mhurhangee/ep-ind-claims huggingface dataset:
A process of forming a shaped, dimensionally stable tampon comprising the steps of: a. radially compressing a tampon blank to form a substantially cylindrical, dimensionally stable, intermediate pledget having an intermediate pledget diameter (D I); b. forming a shaped primary tampon package having a length, a first, closed end and a second, open end, the shaped primary tampon package having: i. a first enlarged portion, extending from the first, closed end; ii. a second portion, extending from the second, open end; wherein the second portion is substantially cylindrical and has a substantially uniform diameter (D P) that is greater than the intermediate pledget diameter (D I) and the first enlarged portion has a maximum diameter that is greater than the substantially uniform diameter (D P) of the second portion; c. inserting the intermediate pledget into the shaped primary tampon package, a first portion of the intermediate pledget adjacent the first enlarged portion of the shaped primary tampon package and a second portion of the intermediate pledget adjacent the second portion of the shaped primary tampon package; d. expanding the first portion of the intermediate pledget to substantially fill the first enlarged portion of the shaped primary tampon package to form the dimensionally stable tampon; and e. closing the second, open end of the shaped primary tampon package. a. radially compressing a tampon blank to form a substantially cylindrical, dimensionally stable, intermediate pledget having an intermediate pledget diameter (D I); b. forming a shaped primary tampon package having a length, a first, closed end and a second, open end, the shaped primary tampon package having: i. a first enlarged portion, extending from the first, closed end; ii. a second portion, extending from the second, open end; wherein the second portion is substantially cylindrical and has a substantially uniform diameter (D P) that is greater than the intermediate pledget diameter (D I) and the first enlarged portion has a maximum diameter that is greater than the substantially uniform diameter (D P) of the second portion; i. a first enlarged portion, extending from the first, closed end; ii. a second portion, extending from the second, open end; c. inserting the intermediate pledget into the shaped primary tampon package, a first portion of the intermediate pledget adjacent the first enlarged portion of the shaped primary tampon package and a second portion of the intermediate pledget adjacent the second portion of the shaped primary tampon package; d. expanding the first portion of the intermediate pledget to substantially fill the first enlarged portion of the shaped primary tampon package to form the dimensionally stable tampon; and e. closing the second, open end of the shaped primary tampon package.
Industrial truck, in particular forklift with a counterweight, the industrial truck being provided with a rear space monitoring device, which comprises a sensor device for monitoring the rear-side space of the industrial truck, characterized in that the industrial truck has a trailer coupling which is arranged on a vehicle rear-side component and which has a trailer coupling jaw and a trailer pin, and the sensor device is fixed to a carrier, wherein the carrier is provided with a bush which receives the trailer pin and which can be inserted into the trailer coupling jaw and can be locked by the trailer pin.
A redox flow battery comprising a battery cell including a positive electrode, a negative electrode, and a membrane interposed between the electrodes, the battery being configured to be charged and discharged while a positive electrode electrolyte and a negative electrode electrolyte are supplied to the battery cell, wherein: the positive electrode electrolyte contains manganese ions, titanium ions, and reactive metal ions, and the negative electrode electrolyte contains at least one species of metal ions selected from titanium ions, vanadium ions, chromium ions, and zinc ions, characterised in that the reactive metal ions are at least one selected from vanadium ions, iron ions, cobalt ions, copper ions, molybdenum ions, ruthenium ions, palladium ions, silver ions, tungsten ions, mercury ions, and cerium ions. the positive electrode electrolyte contains manganese ions, titanium ions, and reactive metal ions, and the negative electrode electrolyte contains at least one species of metal ions selected from titanium ions, vanadium ions, chromium ions, and zinc ions,
A method performed in a wireless communication device for handling operating mode in a wireless communication system, wherein the wireless communication device comprises multiple receiving paths and at least two Subscriber Identity Modules, SIMs, wherein a first SIM connection, which is a wireless connection associated to a first SIM, is in active mode towards a first network node, a second SIM connection, which is a wireless connection associated to a second SIM, is in idle mode and camping on a second network node, the method comprising: determining a first time instant, a first time duration and a type of idle mode task to be performed by the second SIM connection at the first time instant during the first time duration; determining a number of receiving paths needed for the idle mode task to be performed by the second SIM connection; reporting at a second time instant prior to the first time instant, to the first network node a first changed receiving capability of the first SIM connection due to a reduced number of receiving paths available for the first SIM connection; allocating a first set of receiving paths to the first SIM connection and a second set of receiving paths to the second SIM connection to perform the idle mode task during the first time duration; reporting at the second time instant prior to the first time instant, to the first network node the first time duration during which the receiving capability of the first SIM connection will be changed; and reporting at a third time instant prior to an end of the first time duration, to the first network node a second changed receiving capability of the first SIM. determining a first time instant, a first time duration and a type of idle mode task to be performed by the second SIM connection at the first time instant during the first time duration; determining a number of receiving paths needed for the idle mode task to be performed by the second SIM connection; reporting at a second time instant prior to the first time instant, to the first network node a first changed receiving capability of the first SIM connection due to a reduced number of receiving paths available for the first SIM connection; allocating a first set of receiving paths to the first SIM connection and a second set of receiving paths to the second SIM connection to perform the idle mode task during the first time duration; reporting at the second time instant prior to the first time instant, to the first network node the first time duration during which the receiving capability of the first SIM connection will be changed; and reporting at a third time instant prior to an end of the first time duration, to the first network node a second changed receiving capability of the first SIM.
A stretch blow molding system, comprising: a cylinder including a movable stretch rod; a blow-mold valve including: a first fluid port in fluid communication with a first pressurized fluid source; a second fluid port in fluid communication with a second pressurized fluid source; and a third fluid port in fluid communication with the cylinder and selectively in fluid communication with the first fluid port and the second fluid port, characterized in that the blow-mold valve is a spool valve. a cylinder including a movable stretch rod; a blow-mold valve including: a first fluid port in fluid communication with a first pressurized fluid source; a second fluid port in fluid communication with a second pressurized fluid source; and a third fluid port in fluid communication with the cylinder and selectively in fluid communication with the first fluid port and the second fluid port, a first fluid port in fluid communication with a first pressurized fluid source; a second fluid port in fluid communication with a second pressurized fluid source; and a third fluid port in fluid communication with the cylinder and selectively in fluid communication with the first fluid port and the second fluid port,
Contrast agent for angiography, especially for postmortem, experimental and/or diagnostic angiography and for examination of animal or human corpses or components, such as extremities or organs thereof, comprising an essentially oil-based, non-polar contrast component for X-ray examinations, said contrast component having a contrast component viscosity in the range of 30-100 mPas, characterized in that the contrast component is present in a mixture with at least one further non-polar component of a viscosity which is lower or at the most equal to the contrast component viscosity, wherein the further non-polar component is paraffin oil.
A preassembled unit to be mounted in a rotatable hub of a wheel of a vehicle, the unit comprising an impulse ring rotatable with the hub, and a sealing device for hermetically sealing a gap between an axial cylindrical cavity of the hub and a central, stationary shaft, wherein the sealing device includes: - a radially outer, metallic annular insert fixable within the cavity of the rotatable hub and having an axial, cylindrical wall portion, - a radially inner, metallic annular stationary insert mountable onto the shaft, and - at least one gasket of rubber or elastomeric material fixed onto one (31, 32) of said inserts for performing dynamic sealing action against the other (32, 31) insert; wherein the impulse ring is an annular member with a substantially L-shaped axial cross-section having a substantially radial wall portion and a radially outer skirt fixed within the cylindrical axial wall portion of the rotatable insert, a dynamic sealing gasket (354, 355) with a radial lip extending in a radially outer direction from the free end of a radial wall of the stationary insert; characterised in that the skirt of the impulse ring is axially adjacent to the radial lip and that the radial lip slidingly contacts the rotatable insert. - a radially outer, metallic annular insert fixable within the cavity of the rotatable hub and having an axial, cylindrical wall portion, - a radially inner, metallic annular stationary insert mountable onto the shaft, and - at least one gasket of rubber or elastomeric material fixed onto one (31, 32) of said inserts for performing dynamic sealing action against the other (32, 31) insert;
A coating composition comprising a hydroxyl group-containing resin, a curing agent and a dispersion of acrylic resin-coated silica particles, wherein the dispersion of acrylic resin-coated silica particles is an acrylic resin-coated silica particle dispersion that is the reaction product of silica particles with a polymerizable unsaturated group and a polymerizable unsaturated monomer, in a mass ratio of: = 20:80 to 90:10, the polymerizable unsaturated monomer includes, as at least a portion of its components, a polymerizable unsaturated monomer (c2-1) represented by the following formula: (wherein R 1 represents a hydrogen atom or a methyl group, Z represents a structure including the following formula, and X represents a hydrogen atom or a (meth)acryloyl, alkyl, hydroxyl, amino, (alicyclic) epoxy, carboxyl, mercapto, vinyl, isocyanate or aryl group). (wherein m represents a number of 5.5 to 160, R 2 represent phenyl groups or alkyl groups of 1 to 6 carbon atoms, which may be the same or different, and R 3 represents an alkylene group of 1 to 6 carbon atoms), and the molecular weight of the resin covering the silica particles is 400 to 6000.
A net for protecting fruit and market-garden plantations, other than nurseries, from the sun and from inclement weather, particularly from hail or rain, including at least linear means of attachment onto two or more holders, characterized in that it defines substantially aligned buttonholes (6, 6'), provided in the form of through holes or blind holes, at the level of which said linear attachment means is free of any fixed and firm connection with the net.
An information transmission method, comprising: receiving, by a terminal device, indication information from a network device, wherein the indication information comprises information used to indicate content of M pieces of system information; receiving, by the terminal device, the M pieces of system information from the network device; determining, by the terminal device, at least two pieces of system information with same content in the M pieces of system information based on the indication information; and processing, by the terminal device, the at least two pieces of system information, wherein M is a positive integer greater than or equal to 2; wherein the processing, by the terminal device, the at least two pieces of system information comprises: demodulating, by the terminal device, a first piece of system information in the at least two pieces of system information, and skipping demodulating system information other than the first piece of system information in the at least two pieces of system information. receiving, by a terminal device, indication information from a network device, wherein the indication information comprises information used to indicate content of M pieces of system information; receiving, by the terminal device, the M pieces of system information from the network device; determining, by the terminal device, at least two pieces of system information with same content in the M pieces of system information based on the indication information; and processing, by the terminal device, the at least two pieces of system information, wherein M is a positive integer greater than or equal to 2; wherein the processing, by the terminal device, the at least two pieces of system information comprises: demodulating, by the terminal device, a first piece of system information in the at least two pieces of system information, and skipping demodulating system information other than the first piece of system information in the at least two pieces of system information.
A powered fastener driver comprising: a magazine (14, 214, 214A) in which fasteners of a first length or fasteners of a second length greater than the first length are receivable, the magazine including a shear block (90, 290) located at a first end of the magazine, a loading portion (98, 298) located at a second end of the magazine opposite the first end, and a feed channel (102, 302) extending lengthwise through the magazine between the shear block and the loading portion; wherein the loading portion of the magazine includes a first slot (114, 314) and a second slot (110, 310) that are each configured to receive fasteners of the corresponding first and second lengths for entry into the feed channel, and a feed channel access gate (122, 322, 322A) configured to prevent fasteners of the first length from being loaded into the second slot; characterized in that the feed channel access gate is configured as a pivot member (126, 326, 326A) pivotable about a pivot axis (134, 334, 334A) between a first, blocking position blocking access to the second slot and a second, bypass position permitting access to the second slot; and wherein the powered fastener driver further comprises a spring (146, 246), and wherein the spring biases the pivot member toward the blocking position. a magazine (14, 214, 214A) in which fasteners of a first length or fasteners of a second length greater than the first length are receivable, the magazine including a shear block (90, 290) located at a first end of the magazine, a loading portion (98, 298) located at a second end of the magazine opposite the first end, and a feed channel (102, 302) extending lengthwise through the magazine between the shear block and the loading portion; wherein the loading portion of the magazine includes a first slot (114, 314) and a second slot (110, 310) that are each configured to receive fasteners of the corresponding first and second lengths for entry into the feed channel, and a feed channel access gate (122, 322, 322A) configured to prevent fasteners of the first length from being loaded into the second slot; characterized in that the feed channel access gate is configured as a pivot member (126, 326, 326A) pivotable about a pivot axis (134, 334, 334A) between a first, blocking position blocking access to the second slot and a second, bypass position permitting access to the second slot; and wherein the powered fastener driver further comprises a spring (146, 246), and wherein the spring biases the pivot member toward the blocking position.
A device for heating an object comprising a magnetic material under intense magnetic field, characterised in that it comprises: - a light source, - fibre optics for transporting the light emitted by said light source and emitting a light beam in the direction of the object to be heated, - a convergent optical system whereof the optical axis is aligned with the axis of the light beam, - a diaphragm placed at the focal point of the optical system, - a reflector, whereof the inner wall is defined by the revolution of a semi-parabola about an axis perpendicular to the optical axis of the parabola and passing through the focal point of said parabola, the optical axis of said reflector coinciding with the optical axis of the optical system and the focal point (F") of said reflector coinciding with the focal point of said optical system, - a support for the object to be heated, placed inside the reflector, said device further being adapted to generate an intense magnetic field around the object to be heated. - a light source, - fibre optics for transporting the light emitted by said light source and emitting a light beam in the direction of the object to be heated, - a convergent optical system whereof the optical axis is aligned with the axis of the light beam, - a diaphragm placed at the focal point of the optical system, - a reflector, whereof the inner wall is defined by the revolution of a semi-parabola about an axis perpendicular to the optical axis of the parabola and passing through the focal point of said parabola, the optical axis of said reflector coinciding with the optical axis of the optical system and the focal point (F") of said reflector coinciding with the focal point of said optical system, - a support for the object to be heated, placed inside the reflector,
A slide rail assembly, comprising: a first rail; a second rail movable relative to the first rail; wherein a first driving device configured to drive the second rail to open relative to the first rail when the second rail is pushed at a retracted position along a first direction; a second driving device configured to drive the second rail to close relative to the first rail when the second rail is moved from an open position to a predetermined position along the first direction; and a switch configured to enable the first driving device in a first state and disable the first driving device in a second state; wherein the first rail comprises an abutting feature; when the switch is in the first state, a predetermined gap is formed between the switch and the abutting feature for enabling the first driving device; and when the switch is in the second state, the switch abuts against or is adjacent to the abutting feature for disabling the first driving device, characterized in that the switch is movably mounted to the base of the second rail. a first rail; a second rail movable relative to the first rail; wherein a first driving device configured to drive the second rail to open relative to the first rail when the second rail is pushed at a retracted position along a first direction; a second driving device configured to drive the second rail to close relative to the first rail when the second rail is moved from an open position to a predetermined position along the first direction; and a switch configured to enable the first driving device in a first state and disable the first driving device in a second state; wherein the first rail comprises an abutting feature; when the switch is in the first state, a predetermined gap is formed between the switch and the abutting feature for enabling the first driving device; and when the switch is in the second state, the switch abuts against or is adjacent to the abutting feature for disabling the first driving device, characterized in that the switch is movably mounted to the base of the second rail. a first driving device configured to drive the second rail to open relative to the first rail when the second rail is pushed at a retracted position along a first direction; a second driving device configured to drive the second rail to close relative to the first rail when the second rail is moved from an open position to a predetermined position along the first direction; and a switch configured to enable the first driving device in a first state and disable the first driving device in a second state;
A system for treating the visual system of a patient, the system comprising: - a display having an array of individually actuable light emitting elements adapted to present stimuli to a human during a course of therapy; - an apportioner adapted to accept a campimetric representation of the visual field and apportion a sequence of stimuli to specified regions of the visual field; and - an actuator for actuating display elements according to the apportionment of the apportioner, characterized in that - the apportioner is adapted to apportion a greater share of stimuli to those of the visual field regions nearer the center of the visual field. - a display having an array of individually actuable light emitting elements adapted to present stimuli to a human during a course of therapy; - an apportioner adapted to accept a campimetric representation of the visual field and apportion a sequence of stimuli to specified regions of the visual field; and - an actuator for actuating display elements according to the apportionment of the apportioner, characterized in that - the apportioner is adapted to apportion a greater share of stimuli to those of the visual field regions nearer the center of the visual field.
A method for producing a surface-active mixture comprising condensation products, wherein an α-hydroxycarboxylic acid having 3 to 6 carbon atoms is reacted with at least one alkane-1,2-diol of the formula I: R 1 -CH -CH 2 -OH where R 1 is a linear or branched hydrocarbon group having in total 6 to 18 carbon atoms, - in a molar ratio of the alkane-1,2-diol to the α-hydroxycarboxylic acid in the range from 1:0.5 to 1:2.5, - at a temperature in the range of 110 to 150°C and - in the presence of water wherein water is at least intermittently prevented from escaping from the reaction vessel during the reaction. an α-hydroxycarboxylic acid having 3 to 6 carbon atoms is reacted with at least one alkane-1,2-diol of the formula I: R 1 -CH -CH 2 -OH where R 1 is a linear or branched hydrocarbon group having in total 6 to 18 carbon atoms, - in a molar ratio of the alkane-1,2-diol to the α-hydroxycarboxylic acid in the range from 1:0.5 to 1:2.5, - at a temperature in the range of 110 to 150°C and - in the presence of water - in a molar ratio of the alkane-1,2-diol to the α-hydroxycarboxylic acid in the range from 1:0.5 to 1:2.5, - at a temperature in the range of 110 to 150°C and - in the presence of water wherein water is at least intermittently prevented from escaping from the reaction vessel during the reaction.