mhurhangee/ep-ind-claims huggingface dataset:
Device for holding mudguard stays with simplified release, comprising two half-shells (2, 3), fixed securely to the frame of a bicycle by a first coupling devices passing through holes in the two half-shells (2, 3) having coinciding axis, said two half-shells join together to establish a inner housing (7, 8, 9) suitable for receiving and retaining mudguard stays eyelet, said device being characterized in that said inner housing (7, 8, 9) is configured so that it has at least an inclined surface facing the direction where the stay is extracted; said two half-shells (2, 3) being capable of becoming separated from one another using elastic deformation following the shifting of said stay eyelet from said inner housing (7, 8, 9), said eyelet sliding over said inclined surface, said two half-shells opening apart to let said stay eyelet come out, but being able to take up its initial retention position again.
A spun birefringent fiber having a local linear birefringence B ≠ 0, wherein a relative temperature dependence (1/B)·dB/dT of said birefringence is larger than zero for at least one wavelength λ and for least one temperature T between -60°C and 120°C.
A system for inducing negative pressure in a portion of a urinary tract of a patient, the system comprising: (a) a ureteral catheter (112, 114) comprising a distal portion (120, 121) for insertion within the patient's kidney and a proximal portion; (b) a bladder catheter comprising a distal portion in the patient's bladder and a proximal portion for application of negative pressure, the proximal portion extending outside the patient's body; and (c) a pump external to the patient's body for application of negative pressure at the proximal end of the bladder catheter, wherein the pump induces negative pressure through both the bladder catheter and the ureteral catheter (112, 114), which in turn causes fluid from the kidney to be drawn into the ureteral catheter (112, 114), through both the ureteral catheter (112, 114) and the bladder catheter, and then outside the patient's body. (a) a ureteral catheter (112, 114) comprising a distal portion (120, 121) for insertion within the patient's kidney and a proximal portion; (b) a bladder catheter comprising a distal portion in the patient's bladder and a proximal portion for application of negative pressure, the proximal portion extending outside the patient's body; and (c) a pump external to the patient's body for application of negative pressure at the proximal end of the bladder catheter, wherein the pump induces negative pressure through both the bladder catheter and the ureteral catheter (112, 114), which in turn causes fluid from the kidney to be drawn into the ureteral catheter (112, 114), through both the ureteral catheter (112, 114) and the bladder catheter, and then outside the patient's body.
A recuperative heat exchanger comprising a matrix, which is made of heat absorbing material and has a plurality of fluid flow channels (10A, 10B, 10C) extending there through in a flow direction of fluid, characterized in that the flow channels (10 A, 10B, 10C) comprise channel sections that are attached to and between dividers and that are successive in the flow direction and at least partly staggered relative to each other.
A method of reporting a CQI, channel quality indicator, which is reported by a user equipment to a base station in a wireless communication system, the method comprising: configuring a CQI index table switching pattern for periodic CSI, channel state information, reporting, based on a CQI reporting period; calculating a precoding matrix index and a rank indicator; and reporting a CQI index by selecting the CQI index from one index table of a 1 st CQI index table and a 2 nd CQI index table on an assumption that the precoding matrix index and the rank indicator are applied, wherein the one index table is determined according to the CQI index table switching pattern, wherein the 1 st CQI index table and the 2 nd CQI index table indicate a modulation order and a coding rate indicated by the CQI index, wherein the 2 nd CQI index table supports a modulation order higher than that of the 1 st CQI index table, and wherein, when a specific CQI reporting instance is dropped, the CQI index table switching pattern is not applied for the specific CQI reporting instance. configuring a CQI index table switching pattern for periodic CSI, channel state information, reporting, based on a CQI reporting period; calculating a precoding matrix index and a rank indicator; and reporting a CQI index by selecting the CQI index from one index table of a 1 st CQI index table and a 2 nd CQI index table on an assumption that the precoding matrix index and the rank indicator are applied, wherein the one index table is determined according to the CQI index table switching pattern, wherein the 1 st CQI index table and the 2 nd CQI index table indicate a modulation order and a coding rate indicated by the CQI index, wherein the 2 nd CQI index table supports a modulation order higher than that of the 1 st CQI index table, and wherein, when a specific CQI reporting instance is dropped, the CQI index table switching pattern is not applied for the specific CQI reporting instance.
Decontamination assembly having a chamber to be decontaminated, in particular an isolator chamber, as well as having at least one circulation air generator chamber arranged above the chamber to be decontaminated with a fan arranged therein for generating a gas circulation air volume flow between the circulation air generator chamber and the chamber to be decontaminated, and with a decontamination device for discharging decontamination agent, wherein a catalyst is provided for chemically cleaving the decontamination agent, and wherein the decontamination agent is conveyable through the catalyst by means of the fan, and wherein the catalyst is arranged in the circulation air generator chamber and that the decontamination device is arranged inside the circulation air generator chamber for discharging the decontamination agent in the circulation air generator chamber and/or comprises an outlet for decontamination agents in the circulation air generator chamber, wherein the chamber to be decontaminated is connected to the circulation air generator chamber via at least one circulation air duct formed between double-glazed panels, characterized in that gas directing means are assigned to the fan, which can be switched between a first operating state, in which at least the major part of the gas circulation air volume flow conveyed by means of the fan can be conveyed past the catalyst for distribution of the decontamination agent discharged by the decontamination device and a second operating state, in which at least the major part of the gas circulation air volume flow conveyed by means of the fan can be conveyed through the catalyst for cleaving the decontamination agent, and in that the gas directing means are arranged in the circulation air generator chamber, and in that the at least one fan is arranged sucking or pushing the gas from the circulation air generator chamber past the catalyst in the first operating state and sucking or pushing through the catalyst in the second operating state.
Household appliance, comprising an electronic board and a receptacle which receives said electronic board, further comprising a cover configured to close said receptacle, whereby said cover in an assembled state is connected to said receptacle, fixing means are provided for a connection between said receptacle and said cover, and whereby a sealing element is configured to provide a sealed connection between said receptacle and said cover in an assembled state, whereby the electronic board is placed inside the receptacle and the receptacle is closed by the cover; characterized in that said sealing element is arranged on said cover, whereby said sealing element is a gasket which is co-molded to said cover.
A non-aqueous magenta ink composition for ink jet printing comprising a pigment, a pigment dispersant, a binder resin and an organic solvent, wherein the pigment comprises C.I. Pigment Red 254 and a red pigment having a quinacridone skeleton, and wherein a total amount of the C.I. Pigment Red 254 and the red pigment having a quinacridone skeleton is not less than 50% by mass in the pigment, and wherein the compounding ratio of the C.I. Pigment Red 254 to the red pigment having a quinacridone skeleton is 4:6 to 6:4, and wherein the organic solvent comprises alkylene glycol dialkyl ether. wherein the pigment comprises C.I. Pigment Red 254 and a red pigment having a quinacridone skeleton, and wherein a total amount of the C.I. Pigment Red 254 and the red pigment having a quinacridone skeleton is not less than 50% by mass in the pigment, and wherein the compounding ratio of the C.I. Pigment Red 254 to the red pigment having a quinacridone skeleton is 4:6 to 6:4, and wherein the organic solvent comprises alkylene glycol dialkyl ether.
A method for preparing a lithium iron phosphate nanopowder coated with carbon, comprising the steps of: (a) preparing a non-aqueous mixture solution by adding a lithium precursor, an iron precursor and a phosphorus precursor in a non-aqueous glycerol solvent; (b) putting the non-aqueous mixture solution into a reactor and reacting to prepare amorphous lithium iron phosphate nanoseed particle at a temperature range of 120°C to 290°C for 0.1 to 24 hours and under pressure conditions of less than or equal to 10 bar; and (c) heat treating the lithium iron phosphate nanoseed particle thus to prepare the lithium iron phosphate nanopowder coated with carbon on a portion or a whole of a surface of a particle at a temperature range of 400°C to 900°C for 0.5 to 5 hours. (a) preparing a non-aqueous mixture solution by adding a lithium precursor, an iron precursor and a phosphorus precursor in a non-aqueous glycerol solvent; (b) putting the non-aqueous mixture solution into a reactor and reacting to prepare amorphous lithium iron phosphate nanoseed particle at a temperature range of 120°C to 290°C for 0.1 to 24 hours and under pressure conditions of less than or equal to 10 bar; and (c) heat treating the lithium iron phosphate nanoseed particle thus to prepare the lithium iron phosphate nanopowder coated with carbon on a portion or a whole of a surface of a particle at a temperature range of 400°C to 900°C for 0.5 to 5 hours.
A method of manufacturing a comestible capsule for holding a substance that is required to be held in hermetic isolation, the method including the steps of: providing a first comestible capsule portion having a closed end and an opposed open end; providing a second comestible capsule portion having a closed end and an opposed open end; at least partially filling the first capsule portion with the substance required to be held in hermetic isolation; inserting the closed end of the second capsule portion into the open end of the first capsule portion such that a region of the second capsule portion is in overlapping contact with a region of the first capsule portion; welding overlapping open end regions (20, 26) of the first and second capsule (12, 14) in a fusion welding process such that the open end regions of the first and second capsule portions (12, 14) undergo partial phase change so as to form a fused hermetic seal between the first and second capsule portions (12, 14), whereby the fused hermetic seal connects the open ends of the open end regions (20, 26) to each other and the method being characterised in that it includes bending the plasticised overlapping open end regions of the first and second capsule portions (12, 14) inwardly along a circumference of the open end regions such that a portion of a wall of the first capsule portion extends inwardly across a portion of a wall of the second capsule portion, causing the wall of the first capsule portion to intersect the wall of the second capsule portion, thereby restricting axial movement of the capsule portions (12, 14) relative to one another. providing a first comestible capsule portion having a closed end and an opposed open end; providing a second comestible capsule portion having a closed end and an opposed open end; at least partially filling the first capsule portion with the substance required to be held in hermetic isolation; inserting the closed end of the second capsule portion into the open end of the first capsule portion such that a region of the second capsule portion is in overlapping contact with a region of the first capsule portion; welding overlapping open end regions (20, 26) of the first and second capsule (12, 14) in a fusion welding process such that the open end regions of the first and second capsule portions (12, 14) undergo partial phase change so as to form a fused hermetic seal between the first and second capsule portions (12, 14), whereby the fused hermetic seal connects the open ends of the open end regions (20, 26) to each other and the method being characterised in that it includes bending the plasticised overlapping open end regions of the first and second capsule portions (12, 14) inwardly along a circumference of the open end regions such that a portion of a wall of the first capsule portion extends inwardly across a portion of a wall of the second capsule portion, causing the wall of the first capsule portion to intersect the wall of the second capsule portion, thereby restricting axial movement of the capsule portions (12, 14) relative to one another.
A fixation system (100, 200, 200a) for tissue reconstruction, comprising: a button; a knotless tensionable loop construct connected to the button and having two flexible loops (50,55) that are interconnected and two splices (6,7), at least one of the two flexible loops (50,55) having an adjustable length; and a graft connected to the tensionable loop construct such that at least one of the two flexible loops (50,55) is passed through a bone block of the graft without any knots or any crossing of loop strands between a top of the bone block of the graft and the button. a button; a knotless tensionable loop construct connected to the button and having two flexible loops (50,55) that are interconnected and two splices (6,7), at least one of the two flexible loops (50,55) having an adjustable length; and a graft connected to the tensionable loop construct such that at least one of the two flexible loops (50,55) is passed through a bone block of the graft without any knots or any crossing of loop strands between a top of the bone block of the graft and the button.
A method for determining a color of an interface control, wherein the method comprises: acquiring at least one pixel from a desktop wallpaper; acquiring a color value of the at least one pixel; and determining a color value of each pixel in the interface control according to the color value of the at least one pixel, wherein the acquiring at least one pixel from a desktop wallpaper comprises: acquiring a target image block from the desktop wallpaper according to a preset position; and/or acquiring a target image block from the desktop wallpaper according to a preset size; wherein the target image block comprises the at least one pixel, wherein the acquiring the target image block from the desktop wallpaper according to a preset position comprises: acquiring the target image block from the desktop wallpaper according to a position of the interface control on a screen, wherein a position of the target image block in the desktop wallpaper is corresponding to the position of the interface control on the screen; and/or acquiring the target image block from the desktop wallpaper according to a size of the interface control, wherein a size of the target image block is larger than or equal to the size of the interface control. acquiring at least one pixel from a desktop wallpaper; acquiring a color value of the at least one pixel; and determining a color value of each pixel in the interface control according to the color value of the at least one pixel, wherein the acquiring at least one pixel from a desktop wallpaper comprises: acquiring a target image block from the desktop wallpaper according to a preset position; and/or acquiring a target image block from the desktop wallpaper according to a preset size; acquiring a target image block from the desktop wallpaper according to a preset position; and/or acquiring a target image block from the desktop wallpaper according to a preset size; wherein the target image block comprises the at least one pixel, wherein the acquiring the target image block from the desktop wallpaper according to a preset position comprises: acquiring the target image block from the desktop wallpaper according to a position of the interface control on a screen, wherein a position of the target image block in the desktop wallpaper is corresponding to the position of the interface control on the screen; and/or acquiring the target image block from the desktop wallpaper according to a size of the interface control, wherein a size of the target image block is larger than or equal to the size of the interface control. acquiring the target image block from the desktop wallpaper according to a position of the interface control on a screen, wherein a position of the target image block in the desktop wallpaper is corresponding to the position of the interface control on the screen; and/or acquiring the target image block from the desktop wallpaper according to a size of the interface control, wherein a size of the target image block is larger than or equal to the size of the interface control.
A control device comprising: a first processor (15, 20) that processes a first audio signal of a first standard comprising a first driver and a first application; a second processor (16, 22) that processes a second audio signal of a second standard comprising a second driver and a second application; wherein the first standard differs from the second standard; a third driver of the first standard; a mixing processor that supplies to the first processor (15, 20) the first audio signal which is input, receives the first audio signal which is processed by the first processor (15, 20), receives the second audio signal which is processed by the second processor (16, 22), produces a mixed audio signal by adding the received first audio signal and the received second audio signal, and outputs the mixed audio signal, wherein the mixing processor is capable of outputting the mixed signal to the outside via the third driver of the first standard, and in parallel outputting the mixed audio signal to the second processor; a sound recorder; and a mode selection switch, wherein the second application of the second standard receives the first audio signal for sound recording in the sound recorder from the second driver when the mode selection switch is in a first mode, and the second application of the second standard receives the mixed audio signal for sound recording in the sound recorder from the mixing processor via the second driver of the second standard when the mode selection switch is in a second mode. a first processor (15, 20) that processes a first audio signal of a first standard comprising a first driver and a first application; a second processor (16, 22) that processes a second audio signal of a second standard comprising a second driver and a second application; wherein the first standard differs from the second standard; a third driver of the first standard; a mixing processor that supplies to the first processor (15, 20) the first audio signal which is input, receives the first audio signal which is processed by the first processor (15, 20), receives the second audio signal which is processed by the second processor (16, 22), produces a mixed audio signal by adding the received first audio signal and the received second audio signal, and outputs the mixed audio signal, wherein the mixing processor is capable of outputting the mixed signal to the outside via the third driver of the first standard, and in parallel outputting the mixed audio signal to the second processor; a sound recorder; and a mode selection switch, wherein the second application of the second standard receives the first audio signal for sound recording in the sound recorder from the second driver when the mode selection switch is in a first mode, and the second application of the second standard receives the mixed audio signal for sound recording in the sound recorder from the mixing processor via the second driver of the second standard when the mode selection switch is in a second mode.
A connection device connectable to a display body of a television receiver, comprising: a receiving unit that receives a wireless signal transmitted by radio; a relay unit that relays the received wireless signal to the display body; a light emitting unit adapted for emitting light based on a control signal transmitted from the display body or based on its own control; a storage unit for storing the receiving unit, the relay unit and the light emitting unit; and a device connection unit for connecting the storage unit to the display body, wherein, in a state of being connected to the display body, in a normal direction to a surface having a display screen of the display body, the storage unit has a protruding section which further protrudes from the surface and stores the receiving unit in the protruding section. a receiving unit that receives a wireless signal transmitted by radio; a relay unit that relays the received wireless signal to the display body; a light emitting unit adapted for emitting light based on a control signal transmitted from the display body or based on its own control; a storage unit for storing the receiving unit, the relay unit and the light emitting unit; and a device connection unit for connecting the storage unit to the display body, wherein, in a state of being connected to the display body, in a normal direction to a surface having a display screen of the display body, the storage unit has a protruding section which further protrudes from the surface and stores the receiving unit in the protruding section.