mhurhangee/ep-ind-claims huggingface dataset:
Bar lock for an electronics cabinet, comprising two racks (8a, 8b) being slidable in longitudinal direction, a gear with two counter-rotating pinions (20, 21) which engage with the racks (8a, 8b) in order to slide them in opposite directions and a gear housing, in which the pinions (20, 21) a rotatably mounted and the racks (8a, 8b) are slidably guided, whereby the racks (8a, 8b) are positioned collinear and whereby the racks (8a, 9b) collide with their ends (28a, 28b) facing each other in an end position forming a stop, characterized in, that the gear housing comprises a base plate and a cover, whereby the base plate and the cover each comprise guiding grooves for guiding the racks (8a, 8b) and that the gear housing comprises recesses on its front side which extend from the face side of the gear housing in longitudinal direction of the racks (8a, 8b), and the base plate comprises spring taps in the area of the recesses, which are displacable transver to the longitudinal direction of the racks (8a, 8b) to uncover the recesses in order to install the racks (8a, 8b).
A polymerizable composition for an optical material, comprising two or more different monomers for an optical material, and a polymerization catalyst, wherein: at least one of the two or more different monomers for an optical material is an isocyanate compound containing no aromatic rings, the two or more different monomers for an optical material comprise at least one active hydrogen compound selected from the group consisting of a polythiol compound containing two or more mercapto groups, and a hydroxythiol compound containing one or more mercapto groups and one or more hydroxyl groups, a content of the polymerization catalyst with respect to a total of 100 parts by mass of the two or more different monomers for an optical material is from more than 0.05 parts by mass to 2.0 parts by mass, and a viscosity measured by a B-type viscometer at 25°C and 60 rpm is from 10 mPa·s to 1,000 mPa·s. at least one of the two or more different monomers for an optical material is an isocyanate compound containing no aromatic rings, the two or more different monomers for an optical material comprise at least one active hydrogen compound selected from the group consisting of a polythiol compound containing two or more mercapto groups, and a hydroxythiol compound containing one or more mercapto groups and one or more hydroxyl groups, a content of the polymerization catalyst with respect to a total of 100 parts by mass of the two or more different monomers for an optical material is from more than 0.05 parts by mass to 2.0 parts by mass, and a viscosity measured by a B-type viscometer at 25°C and 60 rpm is from 10 mPa·s to 1,000 mPa·s.
A method of manufacturing an at least two-layer laminate of a membrane electrode assembly for a fuel cell, comprising the steps: - providing a membrane material comprising a proton-conductive electrolyte, - providing an electrode material comprising at least one catalyst, - applying a liquid adhesive to a surface of the membrane material and/or to a surface of the electrode material, and - contacting the surfaces of the membrane material and of the electrode material to form a substance-to-substance bond by means of the liquid adhesive, wherein in addition a production aid is introduced into or applied to a composite formed from the electrode material, from the membrane material and from the still uncured liquid adhesive, the production aid being set up to stabilize the uncured composite, characterized in that the production aid is formed as a joining agent for material bonding to the membrane material and/or to the electrode material, which has a shorter curing time than the liquid adhesive. - providing a membrane material comprising a proton-conductive electrolyte, - providing an electrode material comprising at least one catalyst, - applying a liquid adhesive to a surface of the membrane material and/or to a surface of the electrode material, and - contacting the surfaces of the membrane material and of the electrode material to form a substance-to-substance bond by means of the liquid adhesive, wherein in addition a production aid is introduced into or applied to a composite formed from the electrode material, from the membrane material and from the still uncured liquid adhesive, the production aid being set up to stabilize the uncured composite, characterized in that the production aid is formed as a joining agent for material bonding to the membrane material and/or to the electrode material, which has a shorter curing time than the liquid adhesive.
A mountable unit set usable with an electrophotographic image forming apparatus, said mountable unit set comprising: a cartridge detachably mountable to an apparatus main assembly of the electrophotographic image forming apparatus, said cartridge including a photosensitive drum, and a coupling member for receiving a driving force for rotating the photosensitive drum from a driving shaft provided in the apparatus main assembly, and an attachment detachably mountable to the apparatus main assembly and including a cylindrical portion configured to be mounted around the driving shaft to suppress tilting of the driving shaft, wherein said attachment is provided with a grip portion extending from said cylindrical portion toward an outside in a radial direction of said cylindrical portion, characterized in that an entirety of a connecting portion between the cylindrical portion and the grip portion is within a range smaller than 90 degrees about the axis of cylindrical portion, in a plane perpendicular to the axis of the cylindrical portion. a cartridge detachably mountable to an apparatus main assembly of the electrophotographic image forming apparatus, said cartridge including a photosensitive drum, and a coupling member for receiving a driving force for rotating the photosensitive drum from a driving shaft provided in the apparatus main assembly, and an attachment detachably mountable to the apparatus main assembly and including a cylindrical portion configured to be mounted around the driving shaft to suppress tilting of the driving shaft, wherein said attachment is provided with a grip portion extending from said cylindrical portion toward an outside in a radial direction of said cylindrical portion, characterized in that an entirety of a connecting portion between the cylindrical portion and the grip portion is within a range smaller than 90 degrees about the axis of cylindrical portion, in a plane perpendicular to the axis of the cylindrical portion. wherein said attachment is provided with a grip portion extending from said cylindrical portion toward an outside in a radial direction of said cylindrical portion, characterized in that an entirety of a connecting portion between the cylindrical portion and the grip portion is within a range smaller than 90 degrees about the axis of cylindrical portion, in a plane perpendicular to the axis of the cylindrical portion.
Set of instruments for percutaneous spinal column stabilisation by means of rods and pedicle screws having a screw head and a screw shank, said pedicle screws having a distally open recess for receiving a rod, having a screw manipulator, through which a central cavity passes axially and which comprises a cylindrical sleeve and a slide, wherein - the wall of the cylindrical sleeve is divided into two first wall segments by two diametrically opposed, axially running windows opening out to the proximal end face of the sleeve, - the proximal ends of the first wall segments form gripping elements which receive at least one longitudinal section of the screw head between them during screw manipulation, and - the slide can be moved on the sleeve in the axial direction and is connected to the first wall segments in such a way that it secures these against radial divergence at least in a proximal movement end position, - the slide is a hollow cylinder whose wall is divided into two second wall segments by two diametrically opposed, axially running windows opening out to the proximal end face of the hollow cylinder, said wall segments being guided in an axially displaceable manner into the windows of the sleeve and whose proximal end faces each form a hold-down element, characterised in that, - a first or second wall segment (27, 58) has a rib projecting from its side edge which points in the peripheral direction of the screw manipulator, said rib extending in the axial direction, and a groove extending in the axial direction is present in each case in the side edges of the respective other wall segment (27, 58), the rib engaging in said groove in an axially displaceable manner with a positive connection that acts in the peripheral direction. - the wall of the cylindrical sleeve is divided into two first wall segments by two diametrically opposed, axially running windows opening out to the proximal end face of the sleeve, - the proximal ends of the first wall segments form gripping elements which receive at least one longitudinal section of the screw head between them during screw manipulation, and - the slide can be moved on the sleeve in the axial direction and is connected to the first wall segments in such a way that it secures these against radial divergence at least in a proximal movement end position, - the slide is a hollow cylinder whose wall is divided into two second wall segments by two diametrically opposed, axially running windows opening out to the proximal end face of the hollow cylinder, said wall segments being guided in an axially displaceable manner into the windows of the sleeve and whose proximal end faces each form a hold-down element, characterised in that, - a first or second wall segment (27, 58) has a rib projecting from its side edge which points in the peripheral direction of the screw manipulator, said rib extending in the axial direction, and a groove extending in the axial direction is present in each case in the side edges of the respective other wall segment (27, 58), the rib engaging in said groove in an axially displaceable manner with a positive connection that acts in the peripheral direction.
A method for playing audio, characterized in that the method comprises: acquiring a first audio decoding parameter, the first audio decoding parameter being an audio decoding parameter of a third party terminal externally connected to a split type host, the first audio decoding parameter being used for describing a converting capability for converting a digital audio signal into an analog audio signal; comparing the first audio decoding parameter with the second audio decoding parameter and selecting a device with a greater converting capability from the third party terminal and the split type host according to the first audio decoding parameter and a second audio decoding parameter, the second decoding parameter being an audio decoding parameter of the split type host; and playing the audio using the selected device, wherein both the first audio decoding parameter and the second audio decoding parameter comprise at least a scheme for audio decoding. acquiring a first audio decoding parameter, the first audio decoding parameter being an audio decoding parameter of a third party terminal externally connected to a split type host, the first audio decoding parameter being used for describing a converting capability for converting a digital audio signal into an analog audio signal; comparing the first audio decoding parameter with the second audio decoding parameter and selecting a device with a greater converting capability from the third party terminal and the split type host according to the first audio decoding parameter and a second audio decoding parameter, the second decoding parameter being an audio decoding parameter of the split type host; and playing the audio using the selected device, wherein both the first audio decoding parameter and the second audio decoding parameter comprise at least a scheme for audio decoding.
A composition comprising i) a GLP-1 agonist, ii) a salt of N-(8-(2-hydroxybenzoyl)amino)caprylic acid and iii) a hydrotrope, wherein the hydrotrope is nicotinamide. i) a GLP-1 agonist, ii) a salt of N-(8-(2-hydroxybenzoyl)amino)caprylic acid and iii) a hydrotrope, wherein the hydrotrope is nicotinamide.
Firearm comprising: - a firearm frame; - a barrel sleeve, which extends in a longitudinal direction and which is mounted in a rotatable manner on the firearm frame; - at least one rotation pin (6, 6') which extends between the firearm frame and the barrel sleeve to guide said sleeve around a rotation axis; wherein the rotation pin (6, 6') and the firearm frame lie in abutment with each other by means of complementary sliding surfaces (8, 12), at least one sliding surface being carried by a wear component connected in a releasable manner to the rotation pin (6, 6'), and wherein the barrel sleeve is rotatable between a closed configuration wherein said sleeve and an inner surface of the firearm frame act in conjunction to close at least one firing chamber (30, 30') of the firearm, and an open configuration wherein the sleeve is distanced from said surface; wherein the barrel sleeve and the firearm frame delimit opposite retention surfaces (32, 34) which, when said sleeve is positioned in the closed configuration, interact to retain said sleeve in a firing direction of the firearm; said firearm being characterized in that at least one of said retention surfaces is delimited by a removable abutment shaped correspondingly to the wear component, and in that the rotation pin (6, 6') is made in one piece with the barrel sleeve. - a firearm frame; - a barrel sleeve, which extends in a longitudinal direction and which is mounted in a rotatable manner on the firearm frame; - at least one rotation pin (6, 6') which extends between the firearm frame and the barrel sleeve to guide said sleeve around a rotation axis;
A passenger service unit (1, 101, 201) for an aircraft, comprising at least one light source (2, 102, 202) and at least one passenger air supply device (4, 104, 204), characterized in that, the passenger air supply device (4, 104, 204) applying a directed flow of air (22, 122, 124, 222) to the light source (2, 102, 202), while the direction of the air flow provided to the passenger and the radiation of the light may be adjusted independently from each other.
Moulding apparatus for moulding containers starting from parisons made of thermoplastic material, each parison having a tubular body and a neck, said moulding apparatus comprising: - a VHP or vaporized hydrogen peroxide generator for sterilizing the parisons; - a heating unit for heating the body of the parisons; - a stretch-blowing unit for stretch-blowing the heated body of the parisons by injecting pressurized air therein so as obtain said containers, said blowing unit having a recovery line for the exhausted pressurized air, characterised in that the exhausted pressurized air coming from said recovery line is injected in the VHP generator for acting as a carrier for the vaporized hydrogen peroxide. - a VHP or vaporized hydrogen peroxide generator for sterilizing the parisons; - a heating unit for heating the body of the parisons; - a stretch-blowing unit for stretch-blowing the heated body of the parisons by injecting pressurized air therein so as obtain said containers, said blowing unit having a recovery line for the exhausted pressurized air,
A measuring apparatus for use with known excavating and earth moving equipment, said excavating and earth moving equipment comprising the components a boom, a stick, a stick extension, and a bucket, said components being moveable in relationship to each other and the ground, said measuring apparatus taking its input from the orientation in space of said components and comprising an ultrasound transmitted on the stick and a receiver on the stick extension providing a signal that is delayed by the instant distance from said ultrasound transmitter, for measuring the position of the stick-bucket joint with respect to the boom-stick joint as well as a receiver creating a signal representing the reflection from a reflector to correct influences of velocity of sound on the measured position of the stick-bucket joint with respect to the boom-stick joint, characterised in that the stick is provided with a sensor in the form of an inclination sensor for providing an output signal representing the inclination of the stick with respect to a reference, and that said signals are transmitted to a signal processor provided with a memory for calibration values obtained at any time after installation of said measuring apparatus, said signal processor providing an output representative of the stick-bucket joint position.
A data transmission method, applied to a new access stratum sublayer entity, the data transmission method comprises: receiving quality of service, QoS, flows with first flow IDs; mapping the QoS flows to at least one data radio bearer, DRB, to obtain a protocol data unit, PDU, packet, wherein the PDU packet carries second flow IDs corresponding to the QoS flows, and the first flow IDs have one-to-one correspondences with combinations of the second flow IDs and DRB IDs; and transmitting the PDU packet. receiving quality of service, QoS, flows with first flow IDs; mapping the QoS flows to at least one data radio bearer, DRB, to obtain a protocol data unit, PDU, packet, wherein the PDU packet carries second flow IDs corresponding to the QoS flows, and the first flow IDs have one-to-one correspondences with combinations of the second flow IDs and DRB IDs; and transmitting the PDU packet.
A method for determining the sealing impedance of a gap, filled with an electrically conductive liquid, between a substance and a support, comprising the steps (a) providing the substance on a support comprising at least one first electrode in contact with the electrically conductive liquid, wherein the substance entirely or partially covers the at least one first electrode and wherein the gap filled with the electrically conductive liquid is produced between the support and the substance by accumulation, (b) determining the noise voltage of the impedance between the at least one first electrode and a second electrode, wherein the second electrode is in contact with the electrically conductive liquid, and (c) determining the sealing impedance from the electrical noise. (a) providing the substance on a support comprising at least one first electrode in contact with the electrically conductive liquid, wherein the substance entirely or partially covers the at least one first electrode and wherein the gap filled with the electrically conductive liquid is produced between the support and the substance by accumulation, (b) determining the noise voltage of the impedance between the at least one first electrode and a second electrode, wherein the second electrode is in contact with the electrically conductive liquid, and (c) determining the sealing impedance from the electrical noise.
A heat integrated distillation apparatus comprising: a rectifying column including a trayed section or a packed bed section, which is used as a rectifying section; a stripping column located above seen from said rectifying column and including a trayed section or a packed bed section, which is used as a stripping section; a first pipe that connects a column top of said stripping column with a column bottom of said rectifying column; a compressor installed in said first pipe and configured to compress vapour from the column top of said stripping column and then feed the compressed vapour to the column bottom of said rectifying column; a heat exchanger located at a predetermined stage of said rectifying column; a liquid withdrawal unit located at a predetermined stage of said stripping column and configured to remove a part of liquid from the predetermined stage to an outside of the column; a second pipe that introduces the liquid from said liquid withdrawal unit to said heat exchanger; and a third pipe that introduces fluids introduced through said second pipe to said heat exchanger and then discharged from the heat exchanger, to a stage directly below said liquid withdrawal unit of the stripping section, characterized in that said rectifying column and said stripping column are formed by a partition wall that divides an inside of one column into two, and the partition wall partitions the inside of the column so that the column bottom of said stripping column and the column top of said rectifying column are located in positions at a same column elevation. a rectifying column including a trayed section or a packed bed section, which is used as a rectifying section; a stripping column located above seen from said rectifying column and including a trayed section or a packed bed section, which is used as a stripping section; a first pipe that connects a column top of said stripping column with a column bottom of said rectifying column; a compressor installed in said first pipe and configured to compress vapour from the column top of said stripping column and then feed the compressed vapour to the column bottom of said rectifying column; a heat exchanger located at a predetermined stage of said rectifying column; a liquid withdrawal unit located at a predetermined stage of said stripping column and configured to remove a part of liquid from the predetermined stage to an outside of the column; a second pipe that introduces the liquid from said liquid withdrawal unit to said heat exchanger; and a third pipe that introduces fluids introduced through said second pipe to said heat exchanger and then discharged from the heat exchanger, to a stage directly below said liquid withdrawal unit of the stripping section, characterized in that said rectifying column and said stripping column are formed by a partition wall that divides an inside of one column into two, and the partition wall partitions the inside of the column so that the column bottom of said stripping column and the column top of said rectifying column are located in positions at a same column elevation.
A data transmission method, applicable to a base station, the method comprising: mapping data symbols to a data transmission symbol and an adjustment symbol of a target sub-frame containing the adjustment symbol when performing resource mapping on a physical downlink channel, wherein: the target sub-frame is a last sub-frame before performing a frequency adjustment or an uplink/downlink switching and/or a first sub-frame after performing the frequency adjustment or the uplink/downlink switching, the data transmission symbol is an orthogonal frequency division multiplexing, OFDM, symbol for transmitting data, and the adjustment symbol is an OFDM symbol used for a narrowband frequency adjustment or the uplink/downlink switching without data transmission. the target sub-frame is a last sub-frame before performing a frequency adjustment or an uplink/downlink switching and/or a first sub-frame after performing the frequency adjustment or the uplink/downlink switching, the data transmission symbol is an orthogonal frequency division multiplexing, OFDM, symbol for transmitting data, and the adjustment symbol is an OFDM symbol used for a narrowband frequency adjustment or the uplink/downlink switching without data transmission.