mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: means for receiving, by a first user equipment of the apparatus, an indication that a second user equipment of the apparatus has experienced a failure, where the first user equipment and the second user equipment are part of a same apparatus, and where the first user equipment is configured with a first primary reliability group and where the second user equipment is configured with a second primary reliability group; means for, based upon the indication, the first user equipment transmitting to a first network equipment a first signal to activate a secondary reliability group for the first user equipment; means for receiving, by the first user equipment, a second signal to use the secondary reliability group, where the second signal is at least partially based upon the first signal transmitted from the first user equipment; and means for, based upon receipt of the second signal, switching, by the first user equipment, from a single connectivity with the first network equipment to a multi-connectivity with at least the first network equipment and a second network equipment. means for receiving, by a first user equipment of the apparatus, an indication that a second user equipment of the apparatus has experienced a failure, where the first user equipment and the second user equipment are part of a same apparatus, and where the first user equipment is configured with a first primary reliability group and where the second user equipment is configured with a second primary reliability group; means for, based upon the indication, the first user equipment transmitting to a first network equipment a first signal to activate a secondary reliability group for the first user equipment; means for receiving, by the first user equipment, a second signal to use the secondary reliability group, where the second signal is at least partially based upon the first signal transmitted from the first user equipment; and means for, based upon receipt of the second signal, switching, by the first user equipment, from a single connectivity with the first network equipment to a multi-connectivity with at least the first network equipment and a second network equipment.
Ready-to-install shower tray unit for installation flush with the floor, comprising - an at least two-layer shower pan comprising a top side and a bottom side, the upper layer forming the top side and the lower layer, which forms the bottom side, consisting of synthetic resin; and - a lower component, which is disposed on the bottom side of the shower pan and is designed to be higher compared to the bottom side of the shower pan; characterised in that - the lower layer comprises an edge reinforcement of synthetic resin, the lower layer and edge reinforcement forming one layer, and - the lower component being a mounting frame, which is bonded to the edge reinforcement. - an at least two-layer shower pan comprising a top side and a bottom side, the upper layer forming the top side and the lower layer, which forms the bottom side, consisting of synthetic resin; and - a lower component, which is disposed on the bottom side of the shower pan and is designed to be higher compared to the bottom side of the shower pan; - the lower layer comprises an edge reinforcement of synthetic resin, the lower layer and edge reinforcement forming one layer, and - the lower component being a mounting frame, which is bonded to the edge reinforcement.
Cleaning device for cleaning and/or polishing a surface, which comprises an opening and is such as by way of example a wheel rim contact surface of a motor vehicle, having: a cleaning body; and a housing that comprises a rear rotary section for a rotation of the housing about an axis of rotation and a front fastening section for a releasable fastening of the cleaning body; wherein the cleaning body comprises a stabilising plate which faces the housing and comprises a centering pin that is remote from the housing and protrudes centrally outwards, and a cleaning means that covers the surface of the stabilising plate that is remote from the housing; and wherein the fastening section and the stabilising plate are formend in each case with a corresponding connecting means for a rotationally stable connection to one another; characterised in that the fastening section, the stabilising plate and the centering pin comprise in each case a mutually aligned central aperture for receiving a shaft or axle. a cleaning body; and a housing that comprises a rear rotary section for a rotation of the housing about an axis of rotation and a front fastening section for a releasable fastening of the cleaning body; wherein the cleaning body comprises a stabilising plate which faces the housing and comprises a centering pin that is remote from the housing and protrudes centrally outwards, and a cleaning means that covers the surface of the stabilising plate that is remote from the housing; and wherein the fastening section and the stabilising plate are formend in each case with a corresponding connecting means for a rotationally stable connection to one another; characterised in that the fastening section, the stabilising plate and the centering pin comprise in each case a mutually aligned central aperture for receiving a shaft or axle.
Needle device with a needle bed, on which a plurality of needle elements (10; 110) provided with tips (11; 111) are arranged in such a manner that the needle elements (10; 110) protrude from the needle bed and the tips (11; 111) thereof point away from the needle bed, wherein the needle elements (10; 110) are designed as flat blades each of which having at least one cutting edge (14; 114) extending from the tip (11; 111) of the needle element toward the needle bed, and are inserted in bar-like needle carriers, which are in turn fastened on or in the needle bed, and wherein the portions of the needle elements (10; 110) protruding from the needle bed each have a substantially triangular shape, characterised in that the portions of the needle elements (10; 110) protruding from the needle bed each have a base edge (12; 112) located opposite the tip (11; 111) and two side edges (13, 14; 113, 114) extending from the base edge to the tip, wherein at least one of the side edges (14; 114) is designed as a cutting edge, and in that the needle elements (10; 110) are equipped with two leg-shaped mounting members (15; 115) extending away from the base edge (12; 112) for fastening to the needle carrier.
A method for operating a workstation of a spinning machine, - wherein a yarn being taken off from a spinning unit during normal operation at a take-off speed, - wherein the yarn being monitored with respect to at least one yarn parameter by means of a quality sensor, - wherein the yarn being wound onto a sleeve at a winding speed by means of a winding device and a bobbin thus being produced, - wherein the yarn being displaced back and forth along a traversing width while winding onto the sleeve, and - wherein a stop sequence being initiated when a deviation from a specified value of the at least one yarn parameter caused by a yarn defect is detected by the quality sensor, - wherein the winding speed being reduced during the stop sequence, the resulting speed differential between the winding speed and the take-off speed causing a yarn loop to be formed, characterized in that the traversing width is reduced during the reducing of the winding speed and/or thereafter, and the yarn is cut in the region of the yarn loop after the winding speed is reduced and/or after the traversing width is reduced, wherein a bobbin-side yarn end resulting therefrom is guided toward the bobbin at the winding speed. - wherein a yarn being taken off from a spinning unit during normal operation at a take-off speed, - wherein the yarn being monitored with respect to at least one yarn parameter by means of a quality sensor, - wherein the yarn being wound onto a sleeve at a winding speed by means of a winding device and a bobbin thus being produced, - wherein the yarn being displaced back and forth along a traversing width while winding onto the sleeve, and - wherein a stop sequence being initiated when a deviation from a specified value of the at least one yarn parameter caused by a yarn defect is detected by the quality sensor, - wherein the winding speed being reduced during the stop sequence, the resulting speed differential between the winding speed and the take-off speed causing a yarn loop to be formed, the traversing width is reduced during the reducing of the winding speed and/or thereafter, and the yarn is cut in the region of the yarn loop after the winding speed is reduced and/or after the traversing width is reduced, wherein a bobbin-side yarn end resulting therefrom is guided toward the bobbin at the winding speed.
A fastener pin (37, 57, 77), comprising: a head (31, 51, 71) at a topmost end, said head being the greatest diameter of the fastener pin; a shoulder (32, 52, 72) of rectangular lateral cross-section extending downward from said head, said shoulder including a bottom surface (33, 53, 73) for displacing material of a host object (39, 59, 79); an undercut (34, 54, 74) located below the shoulder for receiving displaced material of said host object; and characterized by a broaching section (35, 55, 75) of rectangular lateral cross-section located immediately below said undercut for cutting a rectangular profile into a round installation hole in the host object; and a tapered tip (36, 56, 76) at a bottommost toe end of the fastener pin. a head (31, 51, 71) at a topmost end, said head being the greatest diameter of the fastener pin; a shoulder (32, 52, 72) of rectangular lateral cross-section extending downward from said head, said shoulder including a bottom surface (33, 53, 73) for displacing material of a host object (39, 59, 79); an undercut (34, 54, 74) located below the shoulder for receiving displaced material of said host object; and characterized by a broaching section (35, 55, 75) of rectangular lateral cross-section located immediately below said undercut for cutting a rectangular profile into a round installation hole in the host object; and a tapered tip (36, 56, 76) at a bottommost toe end of the fastener pin.
A transdermal absorption preparation precursor comprising a release liner, a first layer formed on the release liner and a second layer formed on the release liner, the release liner comprising one first valley fold part, one or two first mountain fold parts, and a first base line and a second base line on one side and the other side apart from the first valley fold part as a line of demarcation and at an approximately equal distance from the first valley fold part, wherein at least one of the first base line and the second base line is a fold line of the first mountain fold part, the first layer having a planar shape being disposed on the release liner such that the center line of the plane is positioned on the first base line, and the second layer having a planar shape being disposed on the release liner such that the center line of the plane is positioned on the second base line, wherein the first layer and/or the second layer comprise(s) a drug. the release liner comprising one first valley fold part, one or two first mountain fold parts, and a first base line and a second base line on one side and the other side apart from the first valley fold part as a line of demarcation and at an approximately equal distance from the first valley fold part, wherein at least one of the first base line and the second base line is a fold line of the first mountain fold part, the first layer having a planar shape being disposed on the release liner such that the center line of the plane is positioned on the first base line, and the second layer having a planar shape being disposed on the release liner such that the center line of the plane is positioned on the second base line, wherein the first layer and/or the second layer comprise(s) a drug.
A fabric care composition comprising: i. a silicone based material cured via a condensation cure chemistry; ii. and at least one fabric care ingredient, wherein the silicone based material cured via a condensation cure chemistry has a viscosity of 1,000 to 300,000 mPa.s, at 25°C measured by using a Brookfield cone plate viscometer (RV DIII) using a cone plate and is the reaction product of: (i) at least one condensation curable silyl terminated polymer having at least one hydrolysable and/or hydroxyl functional groups per molecule; (ii) a cross-linker selected from silanes having at least 2 hydrolysable groups and/or silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group; and (iii) a condensation catalyst selected from the group of titanates or zirconates characterized in that the molar ratio of hydroxyl to hydrolysable groups is between 0.4:1 to 2:1 using a monosilane crosslinker or 0.2:1 to 10:1 using disilyl crosslinker and the molar ratio of M-OR functions to the hydroxyl groups is comprised between 0.01:1 and 0.6:1, where M is titanium or zirconium. i. a silicone based material cured via a condensation cure chemistry; ii. and at least one fabric care ingredient, wherein the silicone based material cured via a condensation cure chemistry has a viscosity of 1,000 to 300,000 mPa.s, at 25°C measured by using a Brookfield cone plate viscometer (RV DIII) using a cone plate and is the reaction product of: (i) at least one condensation curable silyl terminated polymer having at least one hydrolysable and/or hydroxyl functional groups per molecule; (ii) a cross-linker selected from silanes having at least 2 hydrolysable groups and/or silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group; and (iii) a condensation catalyst selected from the group of titanates or zirconates characterized in that the molar ratio of hydroxyl to hydrolysable groups is between 0.4:1 to 2:1 using a monosilane crosslinker or 0.2:1 to 10:1 using disilyl crosslinker and the molar ratio of M-OR functions to the hydroxyl groups is comprised between 0.01:1 and 0.6:1, where M is titanium or zirconium. (i) at least one condensation curable silyl terminated polymer having at least one hydrolysable and/or hydroxyl functional groups per molecule; (ii) a cross-linker selected from silanes having at least 2 hydrolysable groups and/or silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group; and (iii) a condensation catalyst selected from the group of titanates or zirconates characterized in that the molar ratio of hydroxyl to hydrolysable groups is between 0.4:1 to 2:1 using a monosilane crosslinker or 0.2:1 to 10:1 using disilyl crosslinker and the molar ratio of M-OR functions to the hydroxyl groups is comprised between 0.01:1 and 0.6:1, where M is titanium or zirconium.
A method of controlling bit rate of a terminal included in a group of terminals, the method comprising the steps of: acquiring (S101; S201) a predetermined Quality of Service, QoS, parameter for the terminal, said parameter stipulating target QoS to be given to the terminal relative to other terminals in the group; acquiring (S102; S202) at least one or both of the following two types of measures: at least one measure of a channel condition of the terminal and at least one capacity measure of the terminal; and controlling (S103; S203) the bit rate of the terminal on the basis of a reference weighting factor created by a combination of the acquired predetermined QoS parameter, and at least one or both of the acquired at least one measure of a channel condition of the terminal and the acquired at least one capacity measure of the terminal. acquiring (S101; S201) a predetermined Quality of Service, QoS, parameter for the terminal, said parameter stipulating target QoS to be given to the terminal relative to other terminals in the group; acquiring (S102; S202) at least one or both of the following two types of measures: at least one measure of a channel condition of the terminal and at least one capacity measure of the terminal; and controlling (S103; S203) the bit rate of the terminal on the basis of a reference weighting factor created by a combination of the acquired predetermined QoS parameter, and at least one or both of the acquired at least one measure of a channel condition of the terminal and the acquired at least one capacity measure of the terminal.
A surgical stapling instrument configured for use with a surgical staple cartridge (26600, 26600', 26600") containing a plurality of surgical staples configured to be ejected therefrom by a camming assembly (26650, 26650', 26650") supported therein as the camming assembly is moved from an unfired position therein to a fired position, said surgical stapling instrument comprising: a first jaw (26310, 26310', 26310") configured to removably support the surgical staple cartridge therein; a second jaw movable relative to said first jaw between an open position and a closed position; a firing member (26120, 20500) configured to axially move between a starting position and an ending position upon application of a firing motion thereto; and a firing member lockout (26140, 20514) configured to interface with the camming assembly of the surgical staple cartridge supported in said first jaw, said firing member lockout configured to prevent said firing member from moving out of said starting position upon application of said firing motion to said firing member unless the camming assembly is in the unfired position within the surgical staple cartridge, characterized in that the instrument includes: a cartridge verification member (26442, 26442', 26442") configured to move the camming assembly out of the unfired position to an intermediate position unless said cartridge verification member (26442, 26442', 26442") detects a verification feature (26630, 26630', 26630") on the surgical staple cartridge. a first jaw (26310, 26310', 26310") configured to removably support the surgical staple cartridge therein; a second jaw movable relative to said first jaw between an open position and a closed position; a firing member (26120, 20500) configured to axially move between a starting position and an ending position upon application of a firing motion thereto; and a firing member lockout (26140, 20514) configured to interface with the camming assembly of the surgical staple cartridge supported in said first jaw, said firing member lockout configured to prevent said firing member from moving out of said starting position upon application of said firing motion to said firing member unless the camming assembly is in the unfired position within the surgical staple cartridge, characterized in that the instrument includes: a cartridge verification member (26442, 26442', 26442") configured to move the camming assembly out of the unfired position to an intermediate position unless said cartridge verification member (26442, 26442', 26442") detects a verification feature (26630, 26630', 26630") on the surgical staple cartridge.
A power over fiber system comprising: a power sourcing equipment including a semiconductor laser being configured to oscillate with electric. power, thereby being configured to output feed light; a powered device including a photoelectric conversion element being configured to convert the feed light from the power sourcing equipment into electric power; an optical fiber cable being configured to transmit the feed light from the power sourcing equipment to the powered device; a temperature sensor being configured to detect a temperature of the photoelectric conversion element; characterized in comprising a controller (150, 360) being configured to perform a process of lowering an output level of the feed light in response to the temperature detected by the temperature sensor being equal to or higher than a predetermined threshold value, and being configured to perform a process of raising the output level of the feed light in response to the temperature being lower than the predetermined threshold value. a power sourcing equipment including a semiconductor laser being configured to oscillate with electric. power, thereby being configured to output feed light; a powered device including a photoelectric conversion element being configured to convert the feed light from the power sourcing equipment into electric power; an optical fiber cable being configured to transmit the feed light from the power sourcing equipment to the powered device; a temperature sensor being configured to detect a temperature of the photoelectric conversion element; characterized in comprising a controller (150, 360) being configured to perform a process of lowering an output level of the feed light in response to the temperature detected by the temperature sensor being equal to or higher than a predetermined threshold value, and being configured to perform a process of raising the output level of the feed light in response to the temperature being lower than the predetermined threshold value.
A fluorinated cation exchange membrane comprising at least two layers, a first layer made of a fluoropolymer having sulfonic acid groups and a second layer made of a fluoropolymer having carboxylic acid groups on the cathode side thereof, wherein when an electrolytic soda process is conducted using the cation exchange membrane as a diaphragm between an anode compartment and a cathode compartment, the water transport number through the cation exchange membrane is at least 4.8 mol/F (F: Faraday) under operating conditions such that the brine concentration in the anode compartment is 200 g/L, the sodium hydroxide concentration in the cathode compartment is 32 mass%, the current density is 5 kA/m 2, and the temperature is 90°C, wherein the second layer has a crystallinity of from 18 to 22% as obtained from the X-ray diffraction pattern, and a thickness of from 2 to 15 μm, and wherein the first layer has a water content of at least 24 mass% in a 12 mass% sodium hydroxide aqueous solution at 90°C.
Mobility scooter comprising a battery mounting structure, the battery mounting structure comprises: a base unit disposed on a chassis of the mobility scooter and having a base member and two guiding rails; a power connection device disposed on the base unit and electrically connected to an electric motor unit of the mobility scooter; a battery unit having two sliding rails slidably matching the guiding rails of the base unit, respectively, a power connection device pluggable to the power connection device, and an engaging portion, wherein the battery unit is configured to be moved relative to the base unit in a mounting direction and a demounting direction; and an engaging unit disposed on the base unit, movably operable relative to the base unit, and having a fastening portion abutting against the engaging portion of the battery unit; characterized in that the guiding rails of the base unit each have an oblique surface, and the sliding rails of the battery unit each have an oblique surface, allowing the oblique surfaces of the sliding rails to slidably match the oblique surfaces of the guiding rails. a base unit disposed on a chassis of the mobility scooter and having a base member and two guiding rails; a power connection device disposed on the base unit and electrically connected to an electric motor unit of the mobility scooter; a battery unit having two sliding rails slidably matching the guiding rails of the base unit, respectively, a power connection device pluggable to the power connection device, and an engaging portion, wherein the battery unit is configured to be moved relative to the base unit in a mounting direction and a demounting direction; and an engaging unit disposed on the base unit, movably operable relative to the base unit, and having a fastening portion abutting against the engaging portion of the battery unit; characterized in that the guiding rails of the base unit each have an oblique surface, and the sliding rails of the battery unit each have an oblique surface, allowing the oblique surfaces of the sliding rails to slidably match the oblique surfaces of the guiding rails.