mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic tool, comprising: a brush head; a material core loaded with a cosmetic substance; a moving sleeve, wherein the material core is mounted in the moving sleeve, the brush head is located at one end of the moving sleeve and disposed opposite to the material core, and an end face of the material core facing the brush head is provided with a discharge port; a fixed sleeve, wherein the fixed sleeve is sleeved outside the moving sleeve, and the moving sleeve is movable along an axial direction; and a transmission structure through which the fixed sleeve, the moving sleeve and the brush head are connected; wherein when the moving sleeve moves along the axial direction, the moving sleeve drives the brush head to turn over through the transmission structure, so as to dip in the cosmetic substance at the discharge port. a brush head; a material core loaded with a cosmetic substance; a moving sleeve, wherein the material core is mounted in the moving sleeve, the brush head is located at one end of the moving sleeve and disposed opposite to the material core, and an end face of the material core facing the brush head is provided with a discharge port; a fixed sleeve, wherein the fixed sleeve is sleeved outside the moving sleeve, and the moving sleeve is movable along an axial direction; and a transmission structure through which the fixed sleeve, the moving sleeve and the brush head are connected; wherein when the moving sleeve moves along the axial direction, the moving sleeve drives the brush head to turn over through the transmission structure, so as to dip in the cosmetic substance at the discharge port.
A liquid discharge apparatus comprising: a liquid chamber in communication with a nozzle configured to discharge liquid through the nozzle; a capacity change portion configured to change a capacity of the liquid chamber; an inflow path connected to the liquid chamber and configured to allow the liquid to flow into the liquid chamber; an outflow path connected to the liquid chamber and configured to allow the liquid to flow out from the liquid chamber; a first flow-path resistance change portion configured to change a flow-path resistance of the inflow path; a second flow-path resistance change portion configured to change a flow-path resistance of the outflow path; and a controller configured to control the capacity change portion, the first flow-path resistance change portion, and the second flow-path resistance change portion, wherein the controller is configured to discharge the liquid through the nozzle by controlling the first flow-path resistance change portion and the second flow-path resistance change portion to increase the flow-path resistance of the inflow path and the flow-path resistance of the outflow path, controlling the capacity change portion to increase the capacity of the liquid chamber, and then, in a state in which the flow-path resistance of the inflow path and the flow-path resistance of the outflow path remain increased, controlling the capacity change portion to decrease the capacity of the liquid chamber. a liquid chamber in communication with a nozzle configured to discharge liquid through the nozzle; a capacity change portion configured to change a capacity of the liquid chamber; an inflow path connected to the liquid chamber and configured to allow the liquid to flow into the liquid chamber; an outflow path connected to the liquid chamber and configured to allow the liquid to flow out from the liquid chamber; a first flow-path resistance change portion configured to change a flow-path resistance of the inflow path; a second flow-path resistance change portion configured to change a flow-path resistance of the outflow path; and a controller configured to control the capacity change portion, the first flow-path resistance change portion, and the second flow-path resistance change portion, wherein the controller is configured to discharge the liquid through the nozzle by controlling the first flow-path resistance change portion and the second flow-path resistance change portion to increase the flow-path resistance of the inflow path and the flow-path resistance of the outflow path, controlling the capacity change portion to increase the capacity of the liquid chamber, and then, in a state in which the flow-path resistance of the inflow path and the flow-path resistance of the outflow path remain increased, controlling the capacity change portion to decrease the capacity of the liquid chamber.
A method for handling a deteriorating AP-to-AP wireless link in an integrated access and backhaul, IAB, network (100a, 100b, 100c) the method being performed by a first access point, AP, in the IAB network (100a, 100b, 100c), the method comprising: identifying signal deterioration of a first AP-to-AP wireless link between the first AP and a second AP in the IAB network (100a, 100b, 100c), the first AP-to-AP wireless link being used for backhauling data for customer premises equipment, CPEs, served by the second AP and for backhauling data for CPEs served by a third AP in the IAB network (100a, 100b, 100c), wherein the second AP has a second AP-to-AP wireless link to the third AP for backhauling data for the CPEs served by the third AP, and in response thereto: relaying the backhauling data via a first CPE of the CPEs served by the second AP on a first direct wireless link between the first AP and said first CPE.
A method for producing a modified humanized, chimeric or human IgG antibody comprising an FcRn-binding domain, having prolonged or reduced half-life in blood as compared to before said modification, wherein the method comprises: (a) modifying a nucleic acid encoding a humanized, chimeric or human IgG antibody to change the charge of at least one amino acid residue that can be exposed on the surface of the antibody, wherein said at least one amino acid residue is an amino acid residue in a heavy chain or light chain variable region of said antibody, and wherein the change in charge of said at least one amino acid residue is achieved by amino acid substitution; (b) culturing a host cell to express the nucleic acid; (c) collecting said modified antibody from the host cell culture; and (d) assessing whether said half-life has been prolonged or reduced by conducting kinetic tests. (a) modifying a nucleic acid encoding a humanized, chimeric or human IgG antibody to change the charge of at least one amino acid residue that can be exposed on the surface of the antibody, wherein said at least one amino acid residue is an amino acid residue in a heavy chain or light chain variable region of said antibody, and wherein the change in charge of said at least one amino acid residue is achieved by amino acid substitution; (b) culturing a host cell to express the nucleic acid; (c) collecting said modified antibody from the host cell culture; and (d) assessing whether said half-life has been prolonged or reduced by conducting kinetic tests.
A data processing device for detecting motion in a sequence of frames each comprising one or more blocks of pixels, the data processing device comprising: a sampling unit configured to determine image characteristics by point sampling at a set of sample points of a block that are randomly or pseudo-randomly selected, the set of sample points being fixed for the block over the sequence of frames; a feature generation unit configured to form a current feature for the block in dependence on the determined image characteristics, the current feature having a plurality of values derived from the sample points; and motion detection logic configured to generate a motion output for a block by comparing the current feature for the block to a learned feature representing historical feature values for the block. a sampling unit configured to determine image characteristics by point sampling at a set of sample points of a block that are randomly or pseudo-randomly selected, the set of sample points being fixed for the block over the sequence of frames; a feature generation unit configured to form a current feature for the block in dependence on the determined image characteristics, the current feature having a plurality of values derived from the sample points; and motion detection logic configured to generate a motion output for a block by comparing the current feature for the block to a learned feature representing historical feature values for the block.
A transcription unit or expression vector comprising a gene of interest, whereby the gene of interest is an immunoglobulin comprising a heavy chain gene and comprising at least one artificial intron, whereby the artificial intron is i. replacing a native intron sequence within said gene of interest, or ii. positioned at the site of a native intron position within said gene of interest, whereby the artificial intron comprises a nucleotide sequence at least 90% identical to SEQ ID NO: 1 and has a sequence different from the sequence of a native intron at this position and is located within the codon encoding the first amino acid at position 231 according to the numbering in the EU index in Kabat in the constant domain CH2 of the immunoglobulin heavy chain between the first and second nucleotide of the codon, and wherein the presence of the artificial intron sequence enhances expression of the gene of interest as compared to expression of gene of interest without the artificial intron. i. replacing a native intron sequence within said gene of interest, or ii. positioned at the site of a native intron position within said gene of interest,
A planter or pot irrigation system, the system comprising: a planter or pot configured to receive a plant with a root base embedded in plant bedding material; a fluid tank arrangement configured to be embedded in the plant bedding material, and the fluid tank arrangement being configured to contain irrigation fluid; at least one irrigation pipe with a continuous wick; at least one irrigation stake comprising a tipped end configured to be embedded in the bedding material in proximity to the root base of the plant, said at least one irrigation stake being coupled to the fluid tank arrangement by the at least one irrigation pipe; and wherein the continuous wick of the at least one irrigation pipe is configured to originate from inside the fluid tank arrangement and to extend through the at least one irrigation stake to a fluid outlet location in proximity to the tipped end of the at least one irrigation stake, whereby fluid inside the fluid tank arrangement is configured to be conveyed by the continuous wick through a fluid outlet in the irrigation stake to the plant root base by capillary action. a planter or pot configured to receive a plant with a root base embedded in plant bedding material; a fluid tank arrangement configured to be embedded in the plant bedding material, and the fluid tank arrangement being configured to contain irrigation fluid; at least one irrigation pipe with a continuous wick; at least one irrigation stake comprising a tipped end configured to be embedded in the bedding material in proximity to the root base of the plant, said at least one irrigation stake being coupled to the fluid tank arrangement by the at least one irrigation pipe; and wherein the continuous wick of the at least one irrigation pipe is configured to originate from inside the fluid tank arrangement and to extend through the at least one irrigation stake to a fluid outlet location in proximity to the tipped end of the at least one irrigation stake, whereby fluid inside the fluid tank arrangement is configured to be conveyed by the continuous wick through a fluid outlet in the irrigation stake to the plant root base by capillary action.
Anti-fall safeguard for an insulating glass element of a glass facade, which element is fastened, in particular fastened by adhesive bonding, to a wooden structure, at least comprising: 1.1. a first connecting element which, in the mounted state, has two stops in a direction perpendicular to the glass facade and, in the mounted state, is fastened to the wooden structure, 1.2. a second connecting element which, in the mounted state, on the one hand engages in a groove in an outermost pane of the insulating glass element and on the other hand is displaceable between the two stops of the first connecting element and is connected to the first connecting element in a form-fitting manner, wherein, in the mounted state, the connecting elements (20, 30) are displaceable with respect to one another in a direction perpendicular to the glass facade. 1.1. a first connecting element which, in the mounted state, has two stops in a direction perpendicular to the glass facade and, in the mounted state, is fastened to the wooden structure, 1.2. a second connecting element which, in the mounted state, on the one hand engages in a groove in an outermost pane of the insulating glass element and on the other hand is displaceable between the two stops of the first connecting element and is connected to the first connecting element in a form-fitting manner,
Safety device for a percussion system of a firearm, with the said system incorporating a cocking hammer interoperating with a trigger release, with the said device incorporating a removable independent part that can be engaged in a working in a part of the arm to ensure, when desired, the locking of the cocking hammer and of the trigger release in an armed or unarmed position of the said cocking hammer, with the withdrawal of the said part allowing the release of the cocking hammer and of the trigger release for the initiation of a shot and/or to ensure its cocking, characterized by the fact that the removable independent part is designed to be able to be engaged in another working in a part of the arm to interoperate with the percussion system, through the intermediary of a complementary means of coupling, to ensure the cocking of the cocking hammer.
Process for the vulcanisation of tyres, comprising the steps of: closing a green tyre in a vulcanisation mould; introducing a heating fluid into the mould at a predetermined operating temperature, for supplying heat to the tyre; during the heat supplying, enabling monitoring of a value of the cross-linking degree reached in at least one detection zone (14a, 15a, 18a, 19a) located inside the tyre; interrupting the heat supplying when the cross-linking degree in the detection zone (14a, 15a, 18a, 19a) reaches a predetermined reference value; detecting and storing an actual vulcanisation time, running between the beginning and the interruption of the heat supplying; comparing the actual vulcanisation time to a preset nominal vulcanization time, to detect a difference therebetween; recording a warning signal when the difference between the actual vulcanisation time and the nominal vulcanisation time exceeds at least one predetermined attention threshold; upon repeating a predetermined number of recorded warning signals, modifying the operating temperature of the heating fluid, in order to modify the actual vulcanisation time in the subsequent vulcanisation cycles. closing a green tyre in a vulcanisation mould; introducing a heating fluid into the mould at a predetermined operating temperature, for supplying heat to the tyre; during the heat supplying, enabling monitoring of a value of the cross-linking degree reached in at least one detection zone (14a, 15a, 18a, 19a) located inside the tyre; interrupting the heat supplying when the cross-linking degree in the detection zone (14a, 15a, 18a, 19a) reaches a predetermined reference value; detecting and storing an actual vulcanisation time, running between the beginning and the interruption of the heat supplying; comparing the actual vulcanisation time to a preset nominal vulcanization time, to detect a difference therebetween; recording a warning signal when the difference between the actual vulcanisation time and the nominal vulcanisation time exceeds at least one predetermined attention threshold; upon repeating a predetermined number of recorded warning signals, modifying the operating temperature of the heating fluid, in order to modify the actual vulcanisation time in the subsequent vulcanisation cycles.
A method for radio resource control RRC connection reestablishment, wherein the method comprises: searching, by a terminal, for a target cell used for RRC connection reestablishment, and receiving a system information block SIB1 message corresponding to the target cell; extracting, from the SIB1 message, first base station identification information used for identifying a base station to which the target cell belongs, and comparing the first base station identification information with second base station identification information saved by the terminal; and if the first base station identification information is consistent with the second base station identification information saved by the terminal, camping, by the terminal, on the target cell, and sending an RRC connection reestablishment request message to the base station to which the target cell belongs, so that the base station to which the target cell belongs performs the RRC connection reestablishment with the terminal; wherein if the first base station identification information is consistent with the second base station identification information saved by the terminal, it indicates that the base station to which the target cell belongs and the base station corresponding to the second base station identification information are the same base station and include context information of the terminal. searching, by a terminal, for a target cell used for RRC connection reestablishment, and receiving a system information block SIB1 message corresponding to the target cell; extracting, from the SIB1 message, first base station identification information used for identifying a base station to which the target cell belongs, and comparing the first base station identification information with second base station identification information saved by the terminal; and if the first base station identification information is consistent with the second base station identification information saved by the terminal, camping, by the terminal, on the target cell, and sending an RRC connection reestablishment request message to the base station to which the target cell belongs, so that the base station to which the target cell belongs performs the RRC connection reestablishment with the terminal; wherein if the first base station identification information is consistent with the second base station identification information saved by the terminal, it indicates that the base station to which the target cell belongs and the base station corresponding to the second base station identification information are the same base station and include context information of the terminal.
Beverage dispenser connector comprising - a dispenser body defining a cavity with an opening to be open at a side of the dispenser body, - a connection section to attach the dispenser body with the open cavity over a delivery section of a container to close the cavity with the delivery section, - an inlet to deliver a fluid into the cavity, - an outlet to discharge the fluid out of the cavity, - a needle with a piercing tip, the needle being associated with the dispenser body so as to be moveable between a retracted position in which the piercing tip is positioned within the cavity and an extended position in which the piercing tip protrudes out of the cavity via the opening, characterized in that the needle comprises a sealing element for sealing off the inlet from the cavity in the extended position and allowing fluid flow from the inlet to the cavity in the retracted position. - a dispenser body defining a cavity with an opening to be open at a side of the dispenser body, - a connection section to attach the dispenser body with the open cavity over a delivery section of a container to close the cavity with the delivery section, - an inlet to deliver a fluid into the cavity, - an outlet to discharge the fluid out of the cavity, - a needle with a piercing tip, the needle being associated with the dispenser body so as to be moveable between a retracted position in which the piercing tip is positioned within the cavity and an extended position in which the piercing tip protrudes out of the cavity via the opening,
A two-dimensional capacitive sensor comprising a cover panel (501, 502) of varying thickness and an electrode panel arranged under the cover panel, the electrode panel comprising a plurality of transmitter electrodes extending in a first direction and a plurality of receiver electrodes extending in a second direction, wherein an array of sensing nodes is formed between edge portions of the receiver electrodes and adjacent portions of the transmitter electrodes, wherein the transmitter electrodes are arranged in a first plane and the receiver electrodes are arranged in a second plane, the sensing nodes being formed by the receiver electrodes crossing the transmitter electrodes, characterised in that the length of the edge portions per sensing node is varied with the thickness of the cover panel so that the edge portion length per sensing node increases as the thickness increases, so as to provide part or substantially complete compensation for variation in node sensitivity across the sensor which would otherwise exist as a result of the varying thickness of the cover panel, and wherein at each sensing node there is an overlap area between crossing portions of the transmitter and receiver electrodes, and wherein the crossing portions of the receiver electrodes are adapted in shape not only to vary the edge portion length with cover panel thickness but also to reduce or substantially eliminate variations in the overlap area caused by varying the edge portion length.