mhurhangee/ep-ind-claims huggingface dataset:
A silk material comprising a plasticizer and having a structure characterized by substantial absence of ice crystals and: interconnected, evenly spaced pores having rounded morphology; substantial uniformity of pore shape; or combinations thereof, wherein the pores within the silk material are formed by cooling a silk fibroin solution at a cooling rate between -10 °C/min to -0.001 °C/min to a freezing temperature of less than or equal to -20 °C, which silk material: a) is susceptible to compression into a compressed state of reduced volume relative to the material's initial volume prior to compression; and b) is characterized by an ability, in response to an environmental trigger, to expand from the compressed state to an expanded state having an expanded volume comparable to the initial volume. interconnected, evenly spaced pores having rounded morphology; substantial uniformity of pore shape; or combinations thereof, a) is susceptible to compression into a compressed state of reduced volume relative to the material's initial volume prior to compression; and b) is characterized by an ability, in response to an environmental trigger, to expand from the compressed state to an expanded state having an expanded volume comparable to the initial volume.
A flexible pouch for a mobile electronic device, the pouch including an opening at at least one end thereof for sliding insertion and removal of the device into and out of the pouch, wherein at least a portion of an inner surface of the flexible pouch comprises a removable cleaning material, major faces of the pouch being made of congruent rectangular sheets of resilient material fixed together at three of their edges and biased together so that pressure is applied to the surface of the device during insertion or removal, thereby cleaning at least part of the surface of the device as the device is slidably removed from and/or inserted into the pouch, and wherein the cleaning material is provided on a substrate shaped to fit within the pouch through the opening and having a width that is approximately equal to the width of the pouch, characterised in that the substrate is removably held in position by abutment of its sides against the sides of the pouch.
A fluid dispenser device comprising a body provided with a dispenser orifice, said device further comprising: an elongate flexible strip supporting a plurality of reservoirs each containing a dose of fluid; reservoir-opening means for opening a respective reservoir on each actuation; first displacement means that can be actuated so as to cause said flexible strip to advance before and/or during and/or after each actuation, so as to bring a full reservoir into register with said reservoir-opening means; and second displacement means for displacing a full reservoir against said opening means each time the device is actuated, the leading end of said flexible strip, in the advance direction of said strip, being fastened to a receiver element that is rotatably mounted, said receiver element being adapted to exert a traction force on said elongate strip, said reservoirs being cavities that are disposed one behind another on said flexible strip, said device being characterized in that it includes an abutment element that is disposed between said first displacement means and said receiver means, said abutment element cooperating with an outer surface of a respective cavity after each actuation, said abutment element cooperating with said flexible strip so as to eliminate said traction force, at least in part, on the portion of the flexible strip that is disposed upstream of said abutment element in the displacement direction of said flexible strip, said abutment element including an end that is in contact with an outer surface of said reservoirs.
A method for manufacturing a light-emitting device, the method comprising: preparing an intermediate product; the intermediate product comprising: a light-emitting element provided with paired electrodes it a first surface; and a first covering member covering the light-emitting element such that portions of surfaces of the paired electrodes are exposed; forming a metal paste layer continuously covering the exposed portion of the paired electrodes and the first covering member; and forming paired wirings for preventing the paired electrodes from being short-circuited by irradiating the metal paste layer on the paired electrodes and the metal paste layer on the first covering member with laser light to remove the metal paste layer between the paired electrodes and a portion of the metal paste layer on the first covering member. preparing an intermediate product; the intermediate product comprising: a light-emitting element provided with paired electrodes it a first surface; and a first covering member covering the light-emitting element such that portions of surfaces of the paired electrodes are exposed; a light-emitting element provided with paired electrodes it a first surface; and a first covering member covering the light-emitting element such that portions of surfaces of the paired electrodes are exposed; forming a metal paste layer continuously covering the exposed portion of the paired electrodes and the first covering member; and forming paired wirings for preventing the paired electrodes from being short-circuited by irradiating the metal paste layer on the paired electrodes and the metal paste layer on the first covering member with laser light to remove the metal paste layer between the paired electrodes and a portion of the metal paste layer on the first covering member.
Method for determining the wear properties of coated flat products, preferably flat metal products, in particular flat steel products, such as galvannealed flat steel products, wherein based on information concerning the thickness and/or the strength of the respective flat products to be bent, at least one bending parameter for the bending of the respective flat product with a bending device is selected according to set criteria, wherein the flat products are in each case bent in the bending device according to the selected bending parameters with the creation of wear and wherein the wear properties are analysed based on the wear of the respective flat products in a predetermined manner.
A broadcast device for wirelessly broadcasting information pertaining to a first aircraft, the broadcast device comprising: - a positioning device configured to determine a position of the broadcast device, - a control unit configured to: ∗ receive the position as determined by the positioning device, and ∗ generate a data packet comprising the received position or values indicative thereof, and wherein the broadcast device further comprises - a radio transmitter configured to receive the generated data packet and wirelessly broadcast the received data packet, wherein the broadcasted data packet is indicative of the to-be-broadcasted information, characterized in that the control unit is configured to generate, at a time T k with k being a positive natural number, a current identifier (ID1 k) of the broadcast device based on a randomly obtained number (RON k-1) and based on a previous identifier (ID1 k-1) as previously, at a prior time T k-1, generated by the control unit, and in that the control unit is configured to generate the data packet such that the data packet comprises the generated current identifier (ID1 k) of the broadcast device or values indicative thereof. - a positioning device configured to determine a position of the broadcast device, - a control unit configured to: ∗ receive the position as determined by the positioning device, and ∗ generate a data packet comprising the received position or values indicative thereof, and ∗ receive the position as determined by the positioning device, and ∗ generate a data packet comprising the received position or values indicative thereof, and wherein the broadcast device further comprises - a radio transmitter configured to receive the generated data packet and wirelessly broadcast the received data packet, - a radio transmitter configured to receive the generated data packet and wirelessly broadcast the received data packet, wherein the broadcasted data packet is indicative of the to-be-broadcasted information, characterized in that the control unit is configured to generate, at a time T k with k being a positive natural number, a current identifier (ID1 k) of the broadcast device based on a randomly obtained number (RON k-1) and based on a previous identifier (ID1 k-1) as previously, at a prior time T k-1, generated by the control unit, and in that the control unit is configured to generate the data packet such that the data packet comprises the generated current identifier (ID1 k) of the broadcast device or values indicative thereof.
A system for treating an oral cavity condition, the system comprising: a plant stem cell product comprising an apple stem cell culture lysate; and a mechanical applicator configured to deliver an effective amount of the plant stem cell product to a treatment area in the oral cavity, the mechanical applicator including one or more of an adherent dressing, a tooth-adherent flexible strip, a treatment tray, a brush, a flosser, an electronic-cigarette, or an injection device, wherein the oral cavity condition includes one or more of an oxidative damage, an inflammation, a wound healing, or a cancer. a plant stem cell product comprising an apple stem cell culture lysate; and a mechanical applicator configured to deliver an effective amount of the plant stem cell product to a treatment area in the oral cavity, the mechanical applicator including one or more of an adherent dressing, a tooth-adherent flexible strip, a treatment tray, a brush, a flosser, an electronic-cigarette, or an injection device, wherein the oral cavity condition includes one or more of an oxidative damage, an inflammation, a wound healing, or a cancer.
System for generating air comprising: - an electromechanical device generating an airflow equipped with an air inlet opening and an outlet, - a casing extending between a first end attached to the air inlet opening and a second end situated opposite the first end, said casing comprising two parts (210, 220) together defining a closed recess, each part (210, 220) comprising a hollow wall defining a channel (211, 221) extending between the two ends (201, 202) of the casing, each channel (211, 221) opening in front of the air inlet opening so that the electromechanical device is supplied with air routed by the channels (211, 221), bypassing the recess of the casing, and - at least one electronic card for power supply or control of the electromechanical device arranged in the recess of the housing. - an electromechanical device generating an airflow equipped with an air inlet opening and an outlet, - a casing extending between a first end attached to the air inlet opening and a second end situated opposite the first end, said casing comprising two parts (210, 220) together defining a closed recess, each part (210, 220) comprising a hollow wall defining a channel (211, 221) extending between the two ends (201, 202) of the casing, each channel (211, 221) opening in front of the air inlet opening so that the electromechanical device is supplied with air routed by the channels (211, 221), bypassing the recess of the casing, and - at least one electronic card for power supply or control of the electromechanical device arranged in the recess of the housing.
A cosmetic article including a reservoir adapted to contain a liquid or semi-liquid cosmetic product, a guide tube extending in a longitudinal direction in said reservoir, and an applicator mounted movable in longitudinal translation in said guide tube between a retracted position in which the applicator is contained in whole or in part in the guide tube and a deployed position in which a portion of the applicator which is contained in the guide tube in the retracted position has emerged from one end of the guide tube, the applicator including a first smooth longitudinal portion, and a second portion having a surface adapted to retain said cosmetic product, the guide tube having a constant inner cross-section, the first portion of the applicator having a constant and identical cross-section, to within a functional clearance, to the cross-section of the guide tube characterised in that the guide tube includes, in the vicinity of said end, at least one lumen allowing the passage of the cosmetic product from the reservoir to the applicator.
An image signal processing driving method, characterized in that the image signal processing driving method is applicable to an image signal processing module comprising a plurality of ISP cores or an ISP core supporting time division multiplexing, wherein the image signal processing module is equipped with a driver architecture, the driver architecture comprises an interface layer, a connection layer and a driver layer, and the driver layer is connected to the ISP cores or the ISP core; the method comprising: receiving, by the interface layer, an image signal processing instruction sent by an upper application, wherein the ISP instruction carries initial control parameters and image size parameters; determining, by the connection layer, a processing mode of image signals according to the image size parameters, and determining target control parameters according to the initial control parameters for different processing modes, wherein the processing mode comprises a single-core mode or a multi-core mode; and sending, by the driver layer, the target control parameters to a target ISP core, so as to drive the target ISP core to perform image signal processing according to the target control parameters. receiving, by the interface layer, an image signal processing instruction sent by an upper application, wherein the ISP instruction carries initial control parameters and image size parameters; determining, by the connection layer, a processing mode of image signals according to the image size parameters, and determining target control parameters according to the initial control parameters for different processing modes, wherein the processing mode comprises a single-core mode or a multi-core mode; and sending, by the driver layer, the target control parameters to a target ISP core, so as to drive the target ISP core to perform image signal processing according to the target control parameters.
An electrode assembly for a secondary battery comprising: a first electrode having a first active material coated part (112, 212) and a first uncoated part (111, 211) that is not coated with active material; a second electrode having a second active material coated part (122, 222) and a second uncoated part (121, 221) that is not coated with active material; a separator (130, 230) between the first and second electrodes; and a ceramic layer (50, 51) on the first uncoated part, adjacent to the first active material coated part; wherein the thickness x of the ceramic layer is less than or equal to the thickness y of the first active material layer. a first electrode having a first active material coated part (112, 212) and a first uncoated part (111, 211) that is not coated with active material; a second electrode having a second active material coated part (122, 222) and a second uncoated part (121, 221) that is not coated with active material; a separator (130, 230) between the first and second electrodes; and a ceramic layer (50, 51) on the first uncoated part, adjacent to the first active material coated part; wherein the thickness x of the ceramic layer is less than or equal to the thickness y of the first active material layer.
Overlapping stop for hood of a motor vehicle of the type having an outer panel doubled by an inner lining, the said stop comprising an elastomer body with a top face intended to rest against the lower face of the inner lining, the said stop also including a joint fastener of the said cushioning body 11) and capable of co-operating with an opening in the inner lining to ensure that the said stop is attached to the said cover; the said fastener, of a quarter-turn type, came from molding of a single piece with the said cushioning body, in the same elastic material as the latter, the said fastening organ having a base protruding from the top of the said cushioning body and a head having two lateral branches (18A, 18B) extending across both sides of the base and each having a respective shoulder removed from the upper face of the cushioning body, the said shoulders being capable of resting against the upper face of the ring of the said hole in such a way as to tighten make the said rim between the latter and the upper face of the damping body, the said base having an elongated shape that is capable of cooperating in its position mounted by shape socket with the said hole so as to ensure the rotating locking of the said stop vis-à-vis the said inner lining.
A method, comprising: transmitting a command from a control entity to a communication entity in an apparatus (100,500, 900), the command instructing the communication entity to set operational parameters causing the communication entity to generate a device discovery event and report it to the control entity every time a response to device discovery is received by the communication entity; receiving a response from the communication entity at the control entity in response to the command; determining in the control entity, based on the response, if the operational parameters instructed by the command have been set in the communication entity; initiating a long interval device discovery mode in the apparatus (100,500,900) if it is determined that the operational parameters have been set, wherein the long interval device discovery mode comprises the communication entity generating a device discovery event and reporting it to the control entity every time a response to device discovery is received by the communication entity; and initiating short interval device discovery mode in the apparatus if it is determined that the operational parameters have not been set, wherein the short interval device discovery mode comprises the communication entity generating a device discovery event and reporting it to the controlentity only one time for each discovered apparatus. transmitting a command from a control entity to a communication entity in an apparatus (100,500, 900), the command instructing the communication entity to set operational parameters causing the communication entity to generate a device discovery event and report it to the control entity every time a response to device discovery is received by the communication entity; receiving a response from the communication entity at the control entity in response to the command; determining in the control entity, based on the response, if the operational parameters instructed by the command have been set in the communication entity; initiating a long interval device discovery mode in the apparatus (100,500,900) if it is determined that the operational parameters have been set, wherein the long interval device discovery mode comprises the communication entity generating a device discovery event and reporting it to the control entity every time a response to device discovery is received by the communication entity; and initiating short interval device discovery mode in the apparatus if it is determined that the operational parameters have not been set, wherein the short interval device discovery mode comprises the communication entity generating a device discovery event and reporting it to the controlentity only one time for each discovered apparatus.
A method of controlling sampling at a plurality of mobile ambient sensors, comprising: providing a plurality of ambient sensors (220, 222, 224, 226), wherein each sensor moves periodically along a predefined route (230, 232, 234) and is controllable on the basis of location by being associated with a positioning functionality; receiving one or more desired measuring locations (240, 250), wherein said predefined routes overlap with the desired measuring locations; and assigning to a first one of the sensors a first sampling location (A, B, C, D), which is at or near the desired measuring location, wherein the assigned sampling locations are output in the form of an instruction to be forwarded to the sensors. providing a plurality of ambient sensors (220, 222, 224, 226), wherein each sensor moves periodically along a predefined route (230, 232, 234) and is controllable on the basis of location by being associated with a positioning functionality; receiving one or more desired measuring locations (240, 250), wherein said predefined routes overlap with the desired measuring locations; and assigning to a first one of the sensors a first sampling location (A, B, C, D), which is at or near the desired measuring location, wherein the assigned sampling locations are output in the form of an instruction to be forwarded to the sensors.
Winding for an electrical machine, said winding having multiple conductor bars (2a,..., 2e) that are arranged one on top of the other above a groove base duct, wherein the conductor bars (2a,..., 2e) comprise in each case a cooling slit (6a,..., 6f) that is embodied in a downwards direction, wherein the width of the cooling slits (6a,..., 6f) reduces in the radial direction from the groove base duct, characterized in that wherein the height of the individual conductor bars (2a,..., 2e) increases in the radial direction from the groove base duct, wherein the cooling slit cross sections decrease in the radial direction from the groove base duct.
An endoluminal prosthesis introducer comprising: an elongate tubular sheath comprising a reinforced longitudinal segment and a peelable longitudinal segment extending distally from the reinforced segment; an elongate tubular cannula disposed within the sheath; and a sheath retaining member comprising a tubular member comprising a distal end opening, a proximal end opening, and a lumen extending longitudinally within the sheath retaining member; wherein, upon application of a force applied to a distal end of the sheath, the peelable segment progressively splits in a proximal direction and the reinforced segment longitudinally moves relative to the cannula in a distal direction; wherein the sheath extends through each of the distal end opening and the proximal end opening of the sheath retaining member, and an engaged portion of the sheath is disposed within the lumen of the sheath retaining member; the introducer comprising an elongate tubular catheter disposed about the cannula and within each of the sheath and the sheath retaining member, and a resilient member disposed within the sheath retaining member, at least partially encircling the catheter, and engaging the engaged portion of the sheath disposed within the lumen of the sheath retaining member. an elongate tubular sheath comprising a reinforced longitudinal segment and a peelable longitudinal segment extending distally from the reinforced segment; an elongate tubular cannula disposed within the sheath; and a sheath retaining member comprising a tubular member comprising a distal end opening, a proximal end opening, and a lumen extending longitudinally within the sheath retaining member; wherein, upon application of a force applied to a distal end of the sheath, the peelable segment progressively splits in a proximal direction and the reinforced segment longitudinally moves relative to the cannula in a distal direction; wherein the sheath extends through each of the distal end opening and the proximal end opening of the sheath retaining member, and an engaged portion of the sheath is disposed within the lumen of the sheath retaining member; the introducer comprising an elongate tubular catheter disposed about the cannula and within each of the sheath and the sheath retaining member, and a resilient member disposed within the sheath retaining member, at least partially encircling the catheter, and engaging the engaged portion of the sheath disposed within the lumen of the sheath retaining member.