mhurhangee/ep-ind-claims huggingface dataset:
An applicator for eyeliner, the applicator comprising a stem and an applicator endpiece carried by the stem: i) the endpiece being of elongate shape along a longitudinal axis; ii) the endpiece including a flexible zone that deforms while the applicator is in use and that has first and second dimensions d x and d y respectively along first and second axes (X and Y) that are perpendicular to each other and perpendicular to the longitudinal axis of the endpiece, the first and second dimensions d x and d y, satisfying 0.5 ≤d y /d x ≤ 2; and iii) the endpiece including a head extending the flexible zone, the head being connected to the remainder of the endpiece solely via the flexible zone, the head being flat in a plane containing the longitudinal axis and the second axis, and measured parallel to the second axis having a maximum width (L max) that is greater than the second dimension d y, the maximum width (L max) of the head lying in the range 0.4 mm to 4 mm.
A servo-lifting device for a window, comprising a lifting arm with a free end and another opposite end hinged to a gliding element, wherein the gliding element is mounted slidingly to a rail; and a rod is connected at one end with the gliding element and cooperating with a lifting spring, with one end fixed relative to the rod and the other end fixed relative to the rail, characterized in that the lifting spring is a compression spring whose end near the gliding element is connected to a base mounted on the rod; the other end which is far away from the gliding element abuts a fixed base fixed in said rail, the rail is groove-shaped and the fixed base is a right-angle plate whose one board matches the inner side of the groove-shaped rail; an opening is constructed in the one board and on the corresponding rail surface; the other board of the right-angle plate is perpendicular to the rail and embedded into a recess on the rail surface opposite the opening.
A variable area fan nozzle for a turbofan aircraft engine, the variable area fan nozzle comprising: a first structure defining a forward portion of a bypass duct of the turbofan aircraft engine; and a second structure defining an aft portion of the bypass duct disposed aft of the forward portion of the bypass duct, the second structure being movable relative to the first structure between a deployed position where a porting flow passage defined between the forward portion of the bypass duct and the aft portion of the bypass duct is open, and a stowed position where the porting flow passage is closed, the second structure comprising: a vane; and a slat attached to the vane and disposed forward of the vane, the porting flow passage extending between the slat and the vane when the second structure is in the deployed position; the variable area fan nozzle further comprising a radially-inner sealing element fixedly secured to the first structure and configured and disposed to provide a radially-inner sealed interface between an inner skin of the first structure defining part of forward portion and a forward-facing skin of the vane of the second structure, when the second structure is in the stowed position; the vane at least partially defining a non-porting flow exit; and wherein movement of the second structure from the stowed position to the deployed position causes an increase in an exit plane area of the non-porting flow exit. a first structure defining a forward portion of a bypass duct of the turbofan aircraft engine; and a second structure defining an aft portion of the bypass duct disposed aft of the forward portion of the bypass duct, the second structure being movable relative to the first structure between a deployed position where a porting flow passage defined between the forward portion of the bypass duct and the aft portion of the bypass duct is open, and a stowed position where the porting flow passage is closed, the second structure comprising: a vane; and a slat attached to the vane and disposed forward of the vane, the porting flow passage extending between the slat and the vane when the second structure is in the deployed position; a vane; and a slat attached to the vane and disposed forward of the vane, the porting flow passage extending between the slat and the vane when the second structure is in the deployed position; the variable area fan nozzle further comprising a radially-inner sealing element fixedly secured to the first structure and configured and disposed to provide a radially-inner sealed interface between an inner skin of the first structure defining part of forward portion and a forward-facing skin of the vane of the second structure, when the second structure is in the stowed position; the vane at least partially defining a non-porting flow exit; and wherein movement of the second structure from the stowed position to the deployed position causes an increase in an exit plane area of the non-porting flow exit.
A process for the preparation of ready-to-eat solid preparations in which edible particles are proportionately fixed on the surface, which comprises (a) heating a fixation system until a melt is formed, (b) spraying the resulting melt by means of one or more nozzles (c) passing the edible particles through the resulting aerosol or fine droplets, allowing them to wet there, and passing them onto the ready-to-eat solid preparation, and (d) cooling the resulting product to the point where the melt solidifies into a glass, wherein the fixation system contains or consists of at least one carbohydrate selected from the group consisting of hydrolyzed starches, mono- and disaccharides, sugar alcohols, and mixtures thereof, said fixing system having a glass transition point between 45 and 85 °C, and the proportion of edible particles and fixing system together is 1 to 10% by weight - based on the solid. (a) heating a fixation system until a melt is formed, (b) spraying the resulting melt by means of one or more nozzles (c) passing the edible particles through the resulting aerosol or fine droplets, allowing them to wet there, and passing them onto the ready-to-eat solid preparation, and (d) cooling the resulting product to the point where the melt solidifies into a glass, wherein the fixation system contains or consists of at least one carbohydrate selected from the group consisting of hydrolyzed starches, mono- and disaccharides, sugar alcohols, and mixtures thereof, said fixing system having a glass transition point between 45 and 85 °C, and the proportion of edible particles and fixing system together is 1 to 10% by weight - based on the solid.
An information processing apparatus, comprising: a display panel that includes a display surface of a predetermined display area; a glass plate integrally covering the display surface and having an area larger than the display area of the display panel, wherein a valid display area is defined by an opaque edge access area formed in the periphery of a surface of the glass plate, the valid display area being a portion of the display area that is visible through the glass plate; a frame that surrounds the display panel; a touch sensor configured to detect touches to the valid display area and the opaque edge access area by a user over the glass plate; and a controller configured to execute predetermined processing when a touch to a first area on the valid display area is detected, and to execute the predetermined processing when a touch to a second area on the opaque edge access area is detected, the second area being adjacent to the first area. a display panel that includes a display surface of a predetermined display area; a glass plate integrally covering the display surface and having an area larger than the display area of the display panel, wherein a valid display area is defined by an opaque edge access area formed in the periphery of a surface of the glass plate, the valid display area being a portion of the display area that is visible through the glass plate; a frame that surrounds the display panel; a touch sensor configured to detect touches to the valid display area and the opaque edge access area by a user over the glass plate; and a controller configured to execute predetermined processing when a touch to a first area on the valid display area is detected, and to execute the predetermined processing when a touch to a second area on the opaque edge access area is detected, the second area being adjacent to the first area.
A unit dose of Apadenoson, comprising: (a) Apadenoson and (b) a pharmaceutically acceptable carrier, wherein the unit dose is suitable for parenteral administration and is to be administered to a patient in a single dose which is independent of the weight of the patient, and wherein the amount of Apadenoson present is selected from 76-175 μg.
A service layer node for enabling machine-to-machine applications to interact with devices, the service layer node comprising a processor, a memory, and communication circuitry, the service layer node being connected to a core network of a communications network via its communication circuitry, the service layer node further comprising computer- executable instructions stored in the memory of the service layer node which, when executed by the processor of the service layer node, cause the service layer node to: send a request that informs a node of the core network of an operation that the service layer node intends to perform, the operation requiring resources of the core network; and based on the request, receive a message from the core network, the message indicating a time for the service layer node to perform the operation, and an acceptable level at which the operation may be performed, wherein the acceptable level is a level at which the operation can be handled by the core network. send a request that informs a node of the core network of an operation that the service layer node intends to perform, the operation requiring resources of the core network; and based on the request, receive a message from the core network, the message indicating a time for the service layer node to perform the operation, and an acceptable level at which the operation may be performed, wherein the acceptable level is a level at which the operation can be handled by the core network.
A method of producing an engineered leather, the method comprising: culturing one or more types of collagen-producing cells in vitro; forming a plurality of sheets of extracellular matrix including collagen produced by the one or more types of collagen-producing cells; layering the plurality of sheets to form a body having a volume; and processing the body by tanning; wherein forming the plurality of sheets comprises forming a plurality of planar layers comprising adjacently arranging a plurality of elongate multicellular bodies, wherein said elongate multicellular bodies are fused to form a planar layer. culturing one or more types of collagen-producing cells in vitro; forming a plurality of sheets of extracellular matrix including collagen produced by the one or more types of collagen-producing cells; layering the plurality of sheets to form a body having a volume; and processing the body by tanning;
A near field communication, NFC, ring, comprising a processing unit and one or more rotatable components, wherein said processing unit is configured to perform one or more predefined functions in response to one or more predefined rotations of said components, wherein one of said components is an outer portion of said NFC ring, said outer portion being arranged to rotate with respect to an inner portion of said NFC ring, wherein the processing unit is configured to determine an angle of rotation between the outer portion and the inner portion, and to select one or more functions in dependence on said angle, characterized in that said angle of rotation falls within an angle range associated with said one or more functions.
A perovskite solar module, comprising: a substrate; a transparent conductive oxide layer provided on at least a part of a surface of the substrate; an electron transport layer provided on at least a part of a surface of the transparent conductive oxide layer facing away from the substrate; a photoactive layer and a barrier layer that are formed on at least a part of a surface of the electron transport layer facing away from the transparent conductive oxide layer, wherein the barrier layer is provided in the photoactive layer; a hole transport layer provided on at least a part of a surface of the photoactive layer and a surface of the barrier layer facing away from the electron transport layer; and an electrode provided on at least a part of a surface of the hole transport layer facing away from the photoactive layer, characterized in that the electrode has a protrusion penetrating through the hole transport layer, the barrier layer, and the electron transport layer to be connected to the transparent conductive oxide layer, the protrusion in a cross-sectional view being surrounded by and directly adjacent to the barrier layer, and the protrusion being separated apart from the photoactive layer by the barrier layer. a substrate; a transparent conductive oxide layer provided on at least a part of a surface of the substrate; an electron transport layer provided on at least a part of a surface of the transparent conductive oxide layer facing away from the substrate; a photoactive layer and a barrier layer that are formed on at least a part of a surface of the electron transport layer facing away from the transparent conductive oxide layer, wherein the barrier layer is provided in the photoactive layer; a hole transport layer provided on at least a part of a surface of the photoactive layer and a surface of the barrier layer facing away from the electron transport layer; and an electrode provided on at least a part of a surface of the hole transport layer facing away from the photoactive layer, characterized in that the electrode has a protrusion penetrating through the hole transport layer, the barrier layer, and the electron transport layer to be connected to the transparent conductive oxide layer, the protrusion in a cross-sectional view being surrounded by and directly adjacent to the barrier layer, and the protrusion being separated apart from the photoactive layer by the barrier layer.
An adjustable tray for a merchandise display system comprising: a floor having a floor surface for receiving products thereon; a retainer for limiting movement of products received on the floor surface; a first adjustable divider comprising a first wall and a second adjustable divider comprising a second wall for guiding products along the floor surface; and at least one cam having multiple notches, wherein the cam is configured to prevent or allow movement of the first adjustable divider and the second adjustable divider; wherein the first adjustable divider comprises a first panel extending perpendicularly from a bottom of the first wall toward the second wall and the second adjustable divider comprises a second panel extending perpendicularly from a bottom of the second wall toward the first wall; wherein the first adjustable divider and the second adjustable divider are configured to move laterally with respect to the floor such that the spacing between the first wall and the second wall is adjusted to accommodate various dimensioned products; wherein the cam is an oblong rectangle with two opposite side surfaces and sized to fit between the first wall and the second wall when the width between the first wall and the second wall is at its narrowest. a floor having a floor surface for receiving products thereon; a retainer for limiting movement of products received on the floor surface; a first adjustable divider comprising a first wall and a second adjustable divider comprising a second wall for guiding products along the floor surface; and at least one cam having multiple notches, wherein the cam is configured to prevent or allow movement of the first adjustable divider and the second adjustable divider; wherein the first adjustable divider comprises a first panel extending perpendicularly from a bottom of the first wall toward the second wall and the second adjustable divider comprises a second panel extending perpendicularly from a bottom of the second wall toward the first wall; wherein the first adjustable divider and the second adjustable divider are configured to move laterally with respect to the floor such that the spacing between the first wall and the second wall is adjusted to accommodate various dimensioned products; wherein the cam is an oblong rectangle with two opposite side surfaces and sized to fit between the first wall and the second wall when the width between the first wall and the second wall is at its narrowest.
A packaged composition comprising a plastic package and a nutritional liquid contained therein, the nutritional liquid comprising beta-hydroxy-beta-methylbutyrate and at least one of fat and protein.
A method for diffusion bonding of a nickel-based superalloy, comprising: (a) forming an outer oxide film and an inner oxide by pre-oxidizing a nickel-based superalloy parent material; (b) removing both the formed outer oxide film and an inner oxide-containing layer; and (c) preparing a diffusion-bonded nickel-based superalloy material by performing diffusion bonding on the nickel-based superalloy from which the outer oxide film and inner oxide-containing layer are removed, wherein, in Step (c), the nickel-based superalloy comprises a surface depletion layer in a state in which an Al or Ti content is depleted through pre-oxidation and removal, and the surface depletion layer is formed to a depth of 50 μm or less from a surface for diffusion bonding, and wherein the pre-oxidation in Step (a) is performed under atmospheric conditions at 600 to 1,200 °C for 10 to 500 hours. (a) forming an outer oxide film and an inner oxide by pre-oxidizing a nickel-based superalloy parent material; (b) removing both the formed outer oxide film and an inner oxide-containing layer; and (c) preparing a diffusion-bonded nickel-based superalloy material by performing diffusion bonding on the nickel-based superalloy from which the outer oxide film and inner oxide-containing layer are removed, wherein, in Step (c), the nickel-based superalloy comprises a surface depletion layer in a state in which an Al or Ti content is depleted through pre-oxidation and removal, and the surface depletion layer is formed to a depth of 50 μm or less from a surface for diffusion bonding, and wherein the pre-oxidation in Step (a) is performed under atmospheric conditions at 600 to 1,200 °C for 10 to 500 hours.
A method performed by a user equipment, UE, the method comprising: receiving, from a base station, a radio resource control, RRC, message including first control information identifying a first index, wherein the first index is mapped to a first offset from among a plurality of possible offsets in accordance with a table; receiving, from the base station, a Physical Downlink Control Channel, PDCCH, which corresponds to one or more control channel element(s), CCE(s), wherein a Downlink Control Information, DCI, format is carried in the PDCCH; determining a number of resource blocks, based on a second index of a first or last CCE of the one or more CCE(s); determining a first position of a resource block of a Physical Uplink Control Channel, PUCCH, transmission based on the first offset and the number of resource blocks; and performing the PUCCH transmission at the first position of the resource block, wherein the PUCCH transmission includes Hybrid Automatic Repeat Request-Acknowledgement, HARQ-ACK, information corresponding to the DCI format, wherein the first position is located within an uplink bandwidth part in frequency domain, wherein the first offset is independent of the second index, wherein the first offset indicates a first distance in the frequency domain between a start position of the uplink bandwidth part and a second position, and wherein the number of resource blocks indicates a second distance in the frequency domain between the second position and the first position. receiving, from a base station, a radio resource control, RRC, message including first control information identifying a first index, wherein the first index is mapped to a first offset from among a plurality of possible offsets in accordance with a table; receiving, from the base station, a Physical Downlink Control Channel, PDCCH, which corresponds to one or more control channel element(s), CCE(s), wherein a Downlink Control Information, DCI, format is carried in the PDCCH; determining a number of resource blocks, based on a second index of a first or last CCE of the one or more CCE(s); determining a first position of a resource block of a Physical Uplink Control Channel, PUCCH, transmission based on the first offset and the number of resource blocks; and performing the PUCCH transmission at the first position of the resource block, wherein the PUCCH transmission includes Hybrid Automatic Repeat Request-Acknowledgement, HARQ-ACK, information corresponding to the DCI format, wherein the first position is located within an uplink bandwidth part in frequency domain, wherein the first offset is independent of the second index, wherein the first offset indicates a first distance in the frequency domain between a start position of the uplink bandwidth part and a second position, and wherein the number of resource blocks indicates a second distance in the frequency domain between the second position and the first position.