mhurhangee/ep-ind-claims huggingface dataset:
A call scenario mode adjustment method, comprising: synchronizing user-configured calendar information, wherein the calendar information comprises an event type and time information of event occurrence; in response to a user-related call occurring within a time set by the time information, acquiring the event type corresponding to the time information; and matching a corresponding call scenario mode according to the acquired event type, and processing the call based on a preset strategy corresponding to the matched call scenario mode; wherein the time information comprises a time type and a time period during which the event occurs, and acquiring the event type corresponding to the time information comprises: in a case where the time period contains a plurality of events, sequencing priorities of the plurality of events according to the time type; and selecting an event type of an event having a highest priority as the event type corresponding to the time information. synchronizing user-configured calendar information, wherein the calendar information comprises an event type and time information of event occurrence; in response to a user-related call occurring within a time set by the time information, acquiring the event type corresponding to the time information; and matching a corresponding call scenario mode according to the acquired event type, and processing the call based on a preset strategy corresponding to the matched call scenario mode; wherein the time information comprises a time type and a time period during which the event occurs, and acquiring the event type corresponding to the time information comprises: in a case where the time period contains a plurality of events, sequencing priorities of the plurality of events according to the time type; and selecting an event type of an event having a highest priority as the event type corresponding to the time information. in a case where the time period contains a plurality of events, sequencing priorities of the plurality of events according to the time type; and selecting an event type of an event having a highest priority as the event type corresponding to the time information.
An artificial endothelial keratoplasty graft comprising a support layer made of crosslinked hydrogel and corneal endothelial cells on top or within said support layer; characterized in that said hydrogel was initially dried and only then crosslinked, wherein the crosslinked hydrogel is based on crosslinked collagen or collagen methacrylate.
An evaluation unit for determining the position of smartglasses, wherein the smartglasses comprise a first display and a camera, wherein the evaluation unit is designed to: receive images recorded by the camera of the smartglasses; identify a predefined configuration image in one or more of the recorded images, wherein the configuration image is displayed by a second display, wherein the second display is otherwise used to display text-based or graphic-based information perceptible by humans; determine the position of the smartglasses with the aid of the identified configuration image; characterised in that the second display is controlled in such a way that it displays the configuration image for a sufficiently short period of time so that the configuration image is not perceptible by humans, more especially for a period of time shorter than 20 ms. receive images recorded by the camera of the smartglasses; identify a predefined configuration image in one or more of the recorded images, wherein the configuration image is displayed by a second display, wherein the second display is otherwise used to display text-based or graphic-based information perceptible by humans; determine the position of the smartglasses with the aid of the identified configuration image; characterised in that the second display is controlled in such a way that it displays the configuration image for a sufficiently short period of time so that the configuration image is not perceptible by humans, more especially for a period of time shorter than 20 ms.
A laundry treating appliance comprising: a treating chamber for receiving a load of laundry for treatment according to at least one cycle of operation wherein a dye containing liquid is generated in the treating chamber during the operation, a pre-filter downstream from the treating chamber, having a pre-filter medium that removes non-dye material from the dye-containing liquid, a dye filter downstream from the pre-filter, having a dye filter medium that removes dye from the dye-containing liquid, and means to backwash the pre-filter to remove the non-dye material from the pre-filter, the means to backwash the pre-filter comprising: a first valve, a second valve between the pump and the first valve, and a third valve, characterized in that: the first valve is between a pump and an upstream end of the pre-filter and a drain and the third valve between the downstream end of the pre-filter and the dye filter in communication with the second valve, whereby when the first, second, and third valves are set to selected positions, the pump is configured to divert liquid in a reverse flow through the pre-filter to the drain. a treating chamber for receiving a load of laundry for treatment according to at least one cycle of operation wherein a dye containing liquid is generated in the treating chamber during the operation, a pre-filter downstream from the treating chamber, having a pre-filter medium that removes non-dye material from the dye-containing liquid, a dye filter downstream from the pre-filter, having a dye filter medium that removes dye from the dye-containing liquid, and means to backwash the pre-filter to remove the non-dye material from the pre-filter, the means to backwash the pre-filter comprising: a first valve, a second valve between the pump and the first valve, and a third valve, characterized in that: the first valve is between a pump and an upstream end of the pre-filter and a drain and the third valve between the downstream end of the pre-filter and the dye filter in communication with the second valve, whereby when the first, second, and third valves are set to selected positions, the pump is configured to divert liquid in a reverse flow through the pre-filter to the drain. a first valve, a second valve between the pump and the first valve, and a third valve, characterized in that: the first valve is between a pump and an upstream end of the pre-filter and a drain and the third valve between the downstream end of the pre-filter and the dye filter in communication with the second valve, whereby when the first, second, and third valves are set to selected positions, the pump is configured to divert liquid in a reverse flow through the pre-filter to the drain. the first valve is between a pump and an upstream end of the pre-filter and a drain and the third valve between the downstream end of the pre-filter and the dye filter in communication with the second valve, whereby when the first, second, and third valves are set to selected positions, the pump is configured to divert liquid in a reverse flow through the pre-filter to the drain.
A method performed by a wireless device for managing transport block, TB, transmissions by the wireless device to a network node at periodic transmission occasions, the periodic transmission occasions having a periodicity configured by the network node, the method comprising: performing a transport block, TB, transmission to the network node in a first transmission occasion of the periodic transmission occasions; starting a timer for a hybrid automatic repeat request, HARQ, process associated with the TB transmission, the timer being started at the transmission of the TB; identifying a HARQ policy for the HARQ process, wherein the HARQ policy governs whether the wireless device is to retransmit the TB or transmit a new TB where no HARQ feedback responsive to the TB transmission is received from the network node before the timer expires; and responsive to determining that the timer has expired without receiving from the network node HARQ feedback responsive to the TB transmission, retransmitting the TB or transmitting the new TB according to the HARQ policy at a next transmission occasion of the periodic transmission occasions for the HARQ process. performing a transport block, TB, transmission to the network node in a first transmission occasion of the periodic transmission occasions; starting a timer for a hybrid automatic repeat request, HARQ, process associated with the TB transmission, the timer being started at the transmission of the TB; identifying a HARQ policy for the HARQ process, wherein the HARQ policy governs whether the wireless device is to retransmit the TB or transmit a new TB where no HARQ feedback responsive to the TB transmission is received from the network node before the timer expires; and responsive to determining that the timer has expired without receiving from the network node HARQ feedback responsive to the TB transmission, retransmitting the TB or transmitting the new TB according to the HARQ policy at a next transmission occasion of the periodic transmission occasions for the HARQ process.
A high pressure polymerization process to form an ethylene-based polymer, the process comprising at least the following steps: feeding ethylene to a first reaction zone and to one or more subsequent reaction zones, and wherein for each subsequent reaction zone that receives fresh ethylene, the ratio, Rn (n = reaction zone number, n>1), of "mass fraction of fresh ethylene fed to the first reaction zone " to "mass fraction of fresh ethylene fed to the nth reaction zone (RZn)" is (Rn = RZl/RZn) greater than 1, or is from 0 to 0.30, and wherein the "total amount of ethylene fed to the polymerization process" derives from at least one fresh ethylene stream and at least one recycled ethylene stream, and wherein the at least one recycled ethylene stream comprises at least one chain transfer agent and comprises greater than, or equal to, 1 weight %, based on total amount of components in recycled ethylene stream, of one or more non-ethylene components and the CTA(s); wherein the inlet stream to each reaction zone comprises less than, or equal to, 5 weight ppm oxygen, based on the total weight of mass flows fed to the reaction zone; and wherein each CTA is independently selected from an olefin, an aldehyde, a ketone, an alcohol, a saturated hydrocarbon, an ether, a thiol, a phosphine, an amino, an amine, an amide, an ester, or an isocyanate. feeding ethylene to a first reaction zone and to one or more subsequent reaction zones, and wherein for each subsequent reaction zone that receives fresh ethylene, the ratio, Rn (n = reaction zone number, n>1), of "mass fraction of fresh ethylene fed to the first reaction zone " to "mass fraction of fresh ethylene fed to the nth reaction zone (RZn)" is (Rn = RZl/RZn) greater than 1, or is from 0 to 0.30, and wherein the "total amount of ethylene fed to the polymerization process" derives from at least one fresh ethylene stream and at least one recycled ethylene stream, and wherein the at least one recycled ethylene stream comprises at least one chain transfer agent and comprises greater than, or equal to, 1 weight %, based on total amount of components in recycled ethylene stream, of one or more non-ethylene components and the CTA(s); wherein the inlet stream to each reaction zone comprises less than, or equal to, 5 weight ppm oxygen, based on the total weight of mass flows fed to the reaction zone; and wherein each CTA is independently selected from an olefin, an aldehyde, a ketone, an alcohol, a saturated hydrocarbon, an ether, a thiol, a phosphine, an amino, an amine, an amide, an ester, or an isocyanate.
A computer implemented method performed by an electronic device comprising a display and an input device for receiving user input, the method comprising: maintaining a representation of at least one other electronic device (402, 403) and its position relative to the electronic device; receiving a user input indicative of a direction and associated with a function requiring a target device (402, 403); and in response to said user input, utilising the direction indicated by the user input and the representation of the relative position of the at least one other electronic device (402, 403) to determine the target device (402, 403); wherein: said function relates to the sending of data; performing the function requiring the target device comprises sending data to the target device (402, 403); the user input is further indicative of a target location on said target device (402, 403); and sending data to the target device comprises sending data to the target location on the target device (402, 403). maintaining a representation of at least one other electronic device (402, 403) and its position relative to the electronic device; receiving a user input indicative of a direction and associated with a function requiring a target device (402, 403); and in response to said user input, utilising the direction indicated by the user input and the representation of the relative position of the at least one other electronic device (402, 403) to determine the target device (402, 403); wherein: said function relates to the sending of data; performing the function requiring the target device comprises sending data to the target device (402, 403); the user input is further indicative of a target location on said target device (402, 403); and sending data to the target device comprises sending data to the target location on the target device (402, 403). said function relates to the sending of data; performing the function requiring the target device comprises sending data to the target device (402, 403); the user input is further indicative of a target location on said target device (402, 403); and sending data to the target device comprises sending data to the target location on the target device (402, 403).
Device for indicating a time sequence of at least two successive events and/or activities to be carried out, comprising a basic body with at least two display fields (4, 5, 6 - 4f, 5f, 6f) and a movable display appliance (8-8c; 14; 14e; 14f), wherein the movable display appliance (8-8c; 14; 14e; 14f) is arranged to point to one of the display fields in order to indicate the event and/or the activity to be carried out, characterised in that the movement speed of the display appliance (8-8c; 14; 14e; 14f) is adjustable, with the movement speed of the display appliance being variable from display field to display field.
Piston fuel pump for an internal combustion engine having a pump cylinder and a pump piston, which can be moved axially in the pump cylinder, and having a working chamber delimited by the pump piston, wherein there is a seal on the pump piston, which seals the working chamber off from a low-pressure region, characterized in that the seal is applied directly to the pump piston by means of an injection moulding method, and in that the end section of the pump piston adjacent to the working chamber has a first surface structure and the seal has a second surface structure, and the first surface structure and the second surface structure are complementary to one another and/or engage in one another; and in that the first surface structure is a knurled structure or in that the first surface structure is a groove or wave structure running radially around the end section of the pump piston.
An electronic device (100, 400) comprising: a display panel including a first area, a second area facing the first area, and a bending area located between the first area and the second area; a cover layer located under the first area of the display panel, the cover layer including at least one of a light blocking layer, a buffer layer, a lower sheet, or a metal layer; and a spacer located between the second area of the display panel and the cover layer, wherein the cover layer includes a first cover area configured to overlap the spacer in a first direction and a second cover area configured so as not to overlap the spacer in the first direction, the first direction being a thickness direction of the first area, and wherein a thickness of the cover layer in the first direction in the first cover area is smaller than a thickness of the cover layer in the first direction in the second cover area. a display panel including a first area, a second area facing the first area, and a bending area located between the first area and the second area; a cover layer located under the first area of the display panel, the cover layer including at least one of a light blocking layer, a buffer layer, a lower sheet, or a metal layer; and a spacer located between the second area of the display panel and the cover layer, wherein the cover layer includes a first cover area configured to overlap the spacer in a first direction and a second cover area configured so as not to overlap the spacer in the first direction, the first direction being a thickness direction of the first area, and wherein a thickness of the cover layer in the first direction in the first cover area is smaller than a thickness of the cover layer in the first direction in the second cover area.
A device comprising: a component having a component surface; a phosphor converter body bonded to the component and having a phosphor converter body surface facing the component surface; and a bonding layer between the component and the phosphor converter body, the bonding layer comprising - a plurality of particles between and in contact with the component surface and the phosphor converter body surface; and - an inorganic coating on and in contact with at least a portion of the particles, at least a portion of the component surface, and at least a portion of the phosphor converter body surface. a component having a component surface; a phosphor converter body bonded to the component and having a phosphor converter body surface facing the component surface; and a bonding layer between the component and the phosphor converter body, the bonding layer comprising - a plurality of particles between and in contact with the component surface and the phosphor converter body surface; and - an inorganic coating on and in contact with at least a portion of the particles, at least a portion of the component surface, and at least a portion of the phosphor converter body surface. - a plurality of particles between and in contact with the component surface and the phosphor converter body surface; and - an inorganic coating on and in contact with at least a portion of the particles, at least a portion of the component surface, and at least a portion of the phosphor converter body surface.
A silicone baby bottle comprising: a body part of elastomer, the body part including a neck portion with an upper locking portion, and a shoulder portion extending from a lower end of the neck portion; a nipple made of elastomer, the nipple including a flange coming into contact with an upper surface of the body part, a waist portion extending upward from an upper portion of the flange, and a tap extending upward from an upper portion of the waist portion; and a coupling unit which couples the body part and the nipple to each other and which includes a first coupling ring coupled to the neck portion of the body part and a second coupling ring screwed with the first coupling ring and structured to cover an upper surface of the flange of the nipple, wherein the first coupling ring is provided between the shoulder portion and the neck portion of the body part, wherein the upper locking portion of the neck portion of the body part includes a side extension extending in a radial direction from an upper portion of the body part, and a lower extension protruding downward from a lower end of the side extension and surrounding an upper end of the first coupling ring, and characterised in that the upper end of the first coupling ring is locked by the upper locking portion of the body part, wherein an inside surface of the second coupling ring is provided with a pressing portion which directly presses the upper locking portion of the neck portion of the body part when the second coupling ring is coupled. a body part of elastomer, the body part including a neck portion with an upper locking portion, and a shoulder portion extending from a lower end of the neck portion; a nipple made of elastomer, the nipple including a flange coming into contact with an upper surface of the body part, a waist portion extending upward from an upper portion of the flange, and a tap extending upward from an upper portion of the waist portion; and a coupling unit which couples the body part and the nipple to each other and which includes a first coupling ring coupled to the neck portion of the body part and a second coupling ring screwed with the first coupling ring and structured to cover an upper surface of the flange of the nipple, wherein the first coupling ring is provided between the shoulder portion and the neck portion of the body part, wherein the upper locking portion of the neck portion of the body part includes a side extension extending in a radial direction from an upper portion of the body part, and a lower extension protruding downward from a lower end of the side extension and surrounding an upper end of the first coupling ring, and characterised in that the upper end of the first coupling ring is locked by the upper locking portion of the body part, wherein an inside surface of the second coupling ring is provided with a pressing portion which directly presses the upper locking portion of the neck portion of the body part when the second coupling ring is coupled.
A protective cover for a shaving cartridge, the protective cover comprising a housing extending longitudinally along a longitudinal axis and being provided with a comb and at least one trimming blade, said trimming blade having an elongated cutting edge and said comb having several teeth projecting obliquely or perpendicularly to said longitudinal axis and protruding forwardly with regard to said trimming blade.