mhurhangee/ep-ind-claims huggingface dataset:
A suspension assembly, comprising: a support member configured as a one-piece metal base layer, wherein the one-piece metal base layer includes a first attachment structure (24, 92) the first attachment structure including: a first portion including first conductive traces spaced apart by first spaces and a dielectric between the one-piece metal base layer and the first conductive traces; and a second portion configured to be crimped together with the first portion, the second portion including second conductive traces being spaced apart by second spaces and a dielectric between the one-piece metal base layer and the second conductive traces, wherein the first spaces substantially align with the second conductive traces and the first conductive traces substantially align with the second spaces; and a moving member movably coupled to the support member, the moving member including a plate, wherein the plate includes a second attachment structure; and a shape-memory alloy wire coupled to the first and second portions and the second attachment structure. a support member configured as a one-piece metal base layer, wherein the one-piece metal base layer includes a first attachment structure (24, 92) the first attachment structure including: a first portion including first conductive traces spaced apart by first spaces and a dielectric between the one-piece metal base layer and the first conductive traces; and a second portion configured to be crimped together with the first portion, the second portion including second conductive traces being spaced apart by second spaces and a dielectric between the one-piece metal base layer and the second conductive traces, wherein the first spaces substantially align with the second conductive traces and the first conductive traces substantially align with the second spaces; and a first portion including first conductive traces spaced apart by first spaces and a dielectric between the one-piece metal base layer and the first conductive traces; and a second portion configured to be crimped together with the first portion, the second portion including second conductive traces being spaced apart by second spaces and a dielectric between the one-piece metal base layer and the second conductive traces, wherein the first spaces substantially align with the second conductive traces and the first conductive traces substantially align with the second spaces; and a moving member movably coupled to the support member, the moving member including a plate, wherein the plate includes a second attachment structure; and a shape-memory alloy wire coupled to the first and second portions and the second attachment structure.
A hard coated confectionery product comprising a center core and at least one layer of a composition comprising blue anthocyanin and crystallised sugar.
A method of manufacturing a synthetic elastomeric glove having: (a) a thickness at the palm of less than 0.05mm; and at least one of (b) a modulus at 500% above 6.5 MPa; and (c) an elongation at break below 700%, the method comprising: - dipping a glove-shaped former into a coagulant composition with a coagulant concentration of 0.5 - 10% by weight; - dipping the glove-shaped former into an elastomeric film-forming composition with a total solids content of between 3% and 15% by weight; and - drying and/or curing the elastomeric film-forming composition on the former so as to produce the synthetic elastomeric glove. (a) a thickness at the palm of less than 0.05mm; and at least one of (b) a modulus at 500% above 6.5 MPa; and (c) an elongation at break below 700%, - dipping a glove-shaped former into a coagulant composition with a coagulant concentration of 0.5 - 10% by weight; - dipping the glove-shaped former into an elastomeric film-forming composition with a total solids content of between 3% and 15% by weight; and - drying and/or curing the elastomeric film-forming composition on the former so as to produce the synthetic elastomeric glove.
A safe (52, 146, 162, 168, 176) for securing assets, the safe comprising: a safe housing defining an interior region, a door permitting access to the interior region of the safe housing, a lock positioned to block access to the interior region through the door, a deposit container including an RFID tag (50, 56), and at least one antenna configured to be in periodic communication with the RFID tag to detect the presence of the RFID tag within the interior region of the safe housing; characterized in that: the safe further comprises an RFID transceiver positioned outside of the interior region of the safe housing, wherein the safe housing is RF opaque and the at least one antenna is positioned in the interior region of the safe housing, wherein the lock is configured to contain deposit information and the RFID transceiver is configured to communicate the deposit information from the lock to the RFID tag, and wherein the lock includes a keypad and the deposit information is provided, in use, to the lock through the keypad. a safe housing defining an interior region, a door permitting access to the interior region of the safe housing, a lock positioned to block access to the interior region through the door, a deposit container including an RFID tag (50, 56), and at least one antenna configured to be in periodic communication with the RFID tag to detect the presence of the RFID tag within the interior region of the safe housing; characterized in that: the safe further comprises an RFID transceiver positioned outside of the interior region of the safe housing, wherein the safe housing is RF opaque and the at least one antenna is positioned in the interior region of the safe housing, wherein the lock is configured to contain deposit information and the RFID transceiver is configured to communicate the deposit information from the lock to the RFID tag, and wherein the lock includes a keypad and the deposit information is provided, in use, to the lock through the keypad.
A dental implant, comprising an implant body which extends in a longitudinal direction from an apical end to a coronal end and which has a first bone anchoring surface extending from the apical end to a transition portion lying between the apical and the coronal end and a second bone anchoring surface extending from the transition portion to the coronal end, said second bone anchoring surface having at least two circumferential grooves or a circumferential thread groove with at least two windings, said circumferential grooves or said circumferential thread groove being delimited in a radially inward direction by a groove bottom surface and on both sides in the axial direction by groove flank surfaces (34a, b) extending from the groove bottom surface to an outer surface, wherein - the depth (nt) of the groove (31a-e) in the radial direction is greater than 40 micrometers and smaller than 200 micrometers and - the angle of the groove flank surfaces to the radial direction is less than 30°, - a groove width is formed between the radially outward ends of the groove flank surfaces of a groove or a winding, and - a web having a web width is formed between the radially outward ends of the groove flank surfaces of adjacent grooves or windings, and - the web width is at least half of the groove width. - the depth (nt) of the groove (31a-e) in the radial direction is greater than 40 micrometers and smaller than 200 micrometers and - the angle of the groove flank surfaces to the radial direction is less than 30°, - a groove width is formed between the radially outward ends of the groove flank surfaces of a groove or a winding, and - a web having a web width is formed between the radially outward ends of the groove flank surfaces of adjacent grooves or windings, and - the web width is at least half of the groove width.
A method to protect media data in an encoding system, wherein the media data is to be encoded with encoded information characterizing the media data, the method comprising: generating, by executing an instruction with the processor, a license file to correspond to a message to be encoded in media data by an encoding device, the license file including encoding information for encoding the message into the media data by converting said message in a plurality of frequency signals; generating the encoded message using information contained in the license file; and associating the license file with the message and tailoring said license file for the encoding device to enable the encoding device to encode the media data with the message based on the encoding information. generating, by executing an instruction with the processor, a license file to correspond to a message to be encoded in media data by an encoding device, the license file including encoding information for encoding the message into the media data by converting said message in a plurality of frequency signals; generating the encoded message using information contained in the license file; and associating the license file with the message and tailoring said license file for the encoding device to enable the encoding device to encode the media data with the message based on the encoding information.
A method of decoding multi-channel audio signals, the method comprising: extracting a downmixed audio signal, first additional information for restoring multi-channel audio signals from the downmixed audio signal, and second additional information representing characteristics of a residual signal, which corresponds to a difference value between each of the input multi-channel audio signals before encoding and the corresponding restored multi-channel audio signal after encoding, from encoded audio data; restoring a first multi-channel audio signal by using the downmixed audio signal and the first additional information; generating a second multi-channel audio signal having a predetermined phase difference with respect to the restored first multi-channel audio signal; and generating a final restored audio signal by combining the first multi-channel audio signal and the second multi-channel audio signal by using the second additional information. extracting a downmixed audio signal, first additional information for restoring multi-channel audio signals from the downmixed audio signal, and second additional information representing characteristics of a residual signal, which corresponds to a difference value between each of the input multi-channel audio signals before encoding and the corresponding restored multi-channel audio signal after encoding, from encoded audio data; restoring a first multi-channel audio signal by using the downmixed audio signal and the first additional information; generating a second multi-channel audio signal having a predetermined phase difference with respect to the restored first multi-channel audio signal; and generating a final restored audio signal by combining the first multi-channel audio signal and the second multi-channel audio signal by using the second additional information.
A vacuum tool comprising: a vacuum distributor, the vacuum distributor comprised of an exterior top surface, an interior top surface, an exterior side surface, and an interior side surface; a vacuum distribution cavity, the vacuum distribution cavity formed, at least in part, by the interior top surface and the interior side surface, a switchable plate, the switchable plate is comprised of an interior plate surface and an exterior plate surface, wherein a plurality of apertures extend through the interior plate surface and the exterior plate surface; wherein the switchable plate is removably coupled to the vacuum distributor enclosing the vacuum distribution cavity within the vacuum distributor and the switchable plate, wherein the interior top surface and the interior side surface converge to form an obtuse angle; the interior plate surface and the interior side surface converge to form an acute angle; and wherein the switchable plate is comprised of two or more plate portions having different aperture patterns so as to achieve zoned material manipulation functionality.
A probe (100; 200) for an ultrasonic diagnostic apparatus, including a backing layer, a piezoelectric layer disposed on one side of the backing layer, a matching layer disposed on one side of the piezoelectric layer; a signal connector disposed inside the backing layer to transfer a signal to the piezoelectric layer and a ground connector disposed outside the signal connector, wherein the backing layer, the piezoelectric layer and the matching layer are sequentially disposed and the signal connector is electrically connected to the piezoelectric layer at the other side of the piezoelectric layer, wherein the backing layer is provided with backing layer electrodes, the piezoelectric layer is provided with a piezoelectric layer electrode contacting the backing layer electrodes, the matching layer is provided with a matching layer electrode contacting the piezoelectric layer electrode, an insulator is provided between the backing layer electrodes to divide the backing layer electrodes into first and second backing layer electrodes (112, 114), the signal connector and the ground connector are connected to the first and second backing layer electrodes (112, 114), respectively, the piezoelectric layer electrode comprises first and second piezoelectric layer electrodes divided by the insulator, wherein the first piezoelectric layer electrode contacts the first backing layer electrode which is connected to the signal connector, the second piezoelectric layer electrode contacts the matching layer electrode, the matching layer electrode contacts the second backing layer electrode which is connected to the ground connector, the signal connector and the ground connector being disposed inside the backing layer.
A method for preparing high-content zeaxanthin, which adopts lutein crystals or its fatty acid esters as the raw material and utilizes isomerization reaction to obtain zeaxanthin, and is characterized in that a mixed catalyst consisting of an organic base catalyst and a cocatalyst is used in the isomerization reaction, and the cocatalyst is palladium carbon.
A conveyor system including a drop area and a discharge area for conveying an article from said drop area to said discharge area, the conveyor system comprising: a suspended storage having a storage body for storing the article and a suspending member adapted to suspend the storage body from a rail provided on a ceiling above a floor and disposed between the drop area and the discharge area; wherein the suspended storage has an opening on the storage body through which an article can be dropped into and discharged from the storage body, hanger sorters that convey the suspended storages with the stored articles between the areas (81,82) of the conveyor system, a reorienting device (84, 85, 87, 40) including an engaging member (84A, 85A, 87A, 87B, 40) adapted to be engaged with the storage body at the drop area and the discharge area so as to reorient the suspended storage in order to permit dropping and/or discharging of the article in/from the storage body, characterized in that the engaging member (84A, 85A, 87A, 87B, 40) is adapted to move into the storage body so as to move within an interior of the storage body so as to press an interior surface of the storage body and thereby to reorient the suspended storage from at least one of an orientation for conveying the article to an orientation for dropping the article into the opening at the drop area or from the orientation for conveying the article to an orientation for discharging the article from the opening at the discharge area. a suspended storage having a storage body for storing the article and a suspending member adapted to suspend the storage body from a rail provided on a ceiling above a floor and disposed between the drop area and the discharge area; wherein the suspended storage has an opening on the storage body through which an article can be dropped into and discharged from the storage body, hanger sorters that convey the suspended storages with the stored articles between the areas (81,82) of the conveyor system, a reorienting device (84, 85, 87, 40) including an engaging member (84A, 85A, 87A, 87B, 40) adapted to be engaged with the storage body at the drop area and the discharge area so as to reorient the suspended storage in order to permit dropping and/or discharging of the article in/from the storage body, characterized in that the engaging member (84A, 85A, 87A, 87B, 40) is adapted to move into the storage body so as to move within an interior of the storage body so as to press an interior surface of the storage body and thereby to reorient the suspended storage from at least one of an orientation for conveying the article to an orientation for dropping the article into the opening at the drop area or from the orientation for conveying the article to an orientation for discharging the article from the opening at the discharge area.
A method for producing a dispersant, comprising the steps of a) providing at least one water-soluble polymer comprising polyether groups, b) providing an inorganic component comprising at least one phyllosilicate which has an integral sheet charge of 0, 1 or 2, c) preparing an aqueous suspension comprising the at least one water-soluble polymer comprising polyether groups and the inorganic component comprising the at least one phyllosilicate, d) spray-drying the aqueous suspension to give a solid. a) providing at least one water-soluble polymer comprising polyether groups, b) providing an inorganic component comprising at least one phyllosilicate which has an integral sheet charge of 0, 1 or 2, c) preparing an aqueous suspension comprising the at least one water-soluble polymer comprising polyether groups and the inorganic component comprising the at least one phyllosilicate, d) spray-drying the aqueous suspension to give a solid.
Method for adjusting a range prediction of a motor vehicle on the basis of environmental conditions, wherein - an external temperature is detected and wherein - at least one environment sensor (5, 9) is used, which is selected from a group consisting of a distance-indicating sensor, a distance sensor, an ultrasound sensor, a radar sensor, an optical sensor, a camera and a laser scanner in order to determine a spatial environment of the motor vehicle, wherein - it is detected by means of the at least one environment sensor (5, 9) whether the motor vehicle is located in an internal space or an outside space, wherein - a range prediction for the motor vehicle is adjusted on the basis of the detected external temperature and the detected spatial environment, and wherein - by means of the environment sensor (5, 9) a change is recognised in the spatial environment of the motor vehicle, wherein the range prediction is adjusted on the basis of the recognised change in the spatial environment. - an external temperature is detected and wherein - at least one environment sensor (5, 9) is used, which is selected from a group consisting of a distance-indicating sensor, a distance sensor, an ultrasound sensor, a radar sensor, an optical sensor, a camera and a laser scanner in order to determine a spatial environment of the motor vehicle, wherein - it is detected by means of the at least one environment sensor (5, 9) whether the motor vehicle is located in an internal space or an outside space, wherein - a range prediction for the motor vehicle is adjusted on the basis of the detected external temperature and the detected spatial environment, and wherein - by means of the environment sensor (5, 9) a change is recognised in the spatial environment of the motor vehicle, wherein the range prediction is adjusted on the basis of the recognised change in the spatial environment.
A method (700, 800) of managing interference for a mobile access network, AN,, comprising: identifying interference on a reverse link, RL, of a cell of the mobile AN; and employing an access point, AP, backhaul network at least in part to facilitate interference communication, wherein the communication comprises transmitting (702, 802) an interference avoidance request, IAR; receiving (704, 804) a response to the IAR, the response indicating a transmit power commitment; wherein receiving the response to the IAR further comprises obtaining an indication of cumulative RL interference caused by interfering access terrrlinals, AT, on the RL. identifying interference on a reverse link, RL, of a cell of the mobile AN; and employing an access point, AP, backhaul network at least in part to facilitate interference communication, wherein the communication comprises transmitting (702, 802) an interference avoidance request, IAR; receiving (704, 804) a response to the IAR, the response indicating a transmit power commitment; wherein receiving the response to the IAR further comprises obtaining an indication of cumulative RL interference caused by interfering access terrrlinals, AT, on the RL.
A flexible dry sprinkler head comprising a flexible conduit having a first end and a second end, the second end being configured to couple to a fluid supply containing a first fluid, a sprinkler nozzle mounted at the first end of the flexible conduit and having a fusible element that opens the sprinkler nozzle when the ambient temperature reaches a predetermined temperature, and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, the valve being a swing valve configured to allow the first fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent the first fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, wherein the valve includes a swing type valve element for moving to engage a seal against a seal seat, characterized in that the flexible conduit is configured to receive and contain a second fluid chosen from air, nitrogen or an antifreeze solution which is introduced into the system through the insert pipe to maintain the valve in the latched position, wherein an interior surface area of the valve is larger than the seal seat. a flexible conduit having a first end and a second end, the second end being configured to couple to a fluid supply containing a first fluid, a sprinkler nozzle mounted at the first end of the flexible conduit and having a fusible element that opens the sprinkler nozzle when the ambient temperature reaches a predetermined temperature, and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, the valve being a swing valve configured to allow the first fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent the first fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, wherein the valve includes a swing type valve element for moving to engage a seal against a seal seat, characterized in that the flexible conduit is configured to receive and contain a second fluid chosen from air, nitrogen or an antifreeze solution which is introduced into the system through the insert pipe to maintain the valve in the latched position, wherein an interior surface area of the valve is larger than the seal seat.