mhurhangee/ep-ind-claims huggingface dataset:
An optical cable assembly, comprising: - an optical cable provided with one or more optical fibers, - a strain-relieve device (20, 21) mounted on the optical cable and configured to provide a strain relieve when the optical cable is fed into an optical module through an opening in a housing of the optical module, the strain-relieve device comprising a first member and a second member being rotatable relative to each other, wherein the strain-relieve device is provided with an adjustment mechanism (20, 21) configured to adjust a distance between an end portion of the one or more optical fibers and the second member wherein the second member is blockable against rotation when inserted into the housing. - an optical cable provided with one or more optical fibers, - a strain-relieve device (20, 21) mounted on the optical cable and configured to provide a strain relieve when the optical cable is fed into an optical module through an opening in a housing of the optical module, the strain-relieve device comprising a first member and a second member being rotatable relative to each other, wherein the strain-relieve device is provided with an adjustment mechanism (20, 21) configured to adjust a distance between an end portion of the one or more optical fibers and the second member wherein the second member is blockable against rotation when inserted into the housing.
Multiple gear transmission of planetary design, in particular automatic transmission for a motor vehicle, comprising a drive shaft, an output shaft and four planetary gear sets (P1, P2, P3, P4) which are arranged in a housing, a total of eight rotatable shafts (1, 2, 3, 4, 5, 6, 7, 8) and six shifting elements (03, 04, 05, 14, 17, 18), comprising brakes (03, 04, 05) and clutches (14, 17, 18), the selective engagement of which brings about different transmission ratios between the drive shaft and the output shaft, with the result that nine forward gears and one reverse gear can be realized, characterized in that a sun gear of the first planetary gear set is connected to a fifth shaft which is connected to a sun gear of the third planetary gear set and can be coupled via a third brake to the housing, it being possible for the drive shaft to be connected releasably via a first clutch to a fourth shaft which is connected to a spider of the third planetary gear set and a sun gear of the second planetary gear set and can be coupled via a second brake to the housing, it being possible for the drive shaft to be connected releasably via a second clutch to a seventh shaft which is connected to an internal gear of the third planetary gear set and to be connected releasably via a third clutch to an eighth shaft which is connected to an internal gear of the fourth planetary gear set and to a spider of the second planetary gear set, a sixth shaft being connected to an internal gear of the second planetary gear set and a spider of the first planetary gear set, and a third shaft being connected to a sun gear of the fourth planetary gear set and being capable of being coupled via a first brake to the housing, and the output shaft being connected to a spider of the fourth planetary gear set and to an internal gear of the first planetary gear set.
A microphone system comprising: a base; and a chip system coupled to the base, the chip system comprising a microphone chip and a circuit chip in a stacked relationship, the circuit chip and microphone chip being configured to electrically communicate; the microphone chip having a diaphragm configured to move upon receipt of an incident audio signal, the circuit chip having at least one through hole forming a part of an audio channel to permit the audio signal to contact with the diaphragm of the microphone chip; and; the through hole having a top opening on one side of the circuit chip, the through hole having a bottom opening on the opposite side of the circuit chip, the top opening and the bottom opening having identical dimensions; wherein the microphone system is characterised by: a first debris filter covering the through hole; and a nonconductive epoxy film formed about a periphery of the at least one through hole of the circuit chip, securing the microphone chip to the circuit chip and having a plurality of holes that effectively form a second debris filter for and inside the audio channel. a base; and a chip system coupled to the base, the chip system comprising a microphone chip and a circuit chip in a stacked relationship, the circuit chip and microphone chip being configured to electrically communicate; the microphone chip having a diaphragm configured to move upon receipt of an incident audio signal, the circuit chip having at least one through hole forming a part of an audio channel to permit the audio signal to contact with the diaphragm of the microphone chip; and; the through hole having a top opening on one side of the circuit chip, the through hole having a bottom opening on the opposite side of the circuit chip, the top opening and the bottom opening having identical dimensions; wherein the microphone system is characterised by: a first debris filter covering the through hole; and a nonconductive epoxy film formed about a periphery of the at least one through hole of the circuit chip, securing the microphone chip to the circuit chip and having a plurality of holes that effectively form a second debris filter for and inside the audio channel. a first debris filter covering the through hole; and a nonconductive epoxy film formed about a periphery of the at least one through hole of the circuit chip, securing the microphone chip to the circuit chip and having a plurality of holes that effectively form a second debris filter for and inside the audio channel.
Textile tool module, in particular for tufting applications, with a module body which has an alignment structure for positioning on a bar comprising a contact face and an interrupted or continuous strip protruding beyond the contact face, with tools held in the module body, with a fixing opening which passes through the contact face and the module body, and with at least one additional opening (33, 34) which is separate from the fixing opening and passes through the contact face and the module body, characterised in that the strip is arranged on a narrow side of the module body through which tool shafts of the held tools pass, and that the at least one additional opening (33, 34) of the module body is arranged in a zone between the fixing opening and the strip, and that the module body is thus divided by the at least one additional opening (33, 34) into a fixing portion and a tool holding portion which are connected together via at least two webs (37, 38, 39).
A chin strap for improved retention of a helmet, comprising a slip guide attached to the helmet, a chin cup and a length of webbing, wherein a first portion of the webbing passes from the chin cup to the slip guide and a second portion of the webbing passes from the slip guide to under a chin of a rider.
Refrigerating device with an evaporator together with a fan, with a fan housing, for generating an airflow on the evaporator and with a bearing shell for the purpose of holding the fan housing onto the evaporator with vibration isolation, wherein the fan housing has at least one first bearing pin and a second bearing pin, characterised in that the bearing shell has at least one first seating recess for the purpose of seating the first bearing pin so that it can pivot and a second seating recess for the purpose of seating the second bearing pin, and that a pivotable locking element is provided for the purpose of locking the second bearing pin in the second seating recess.
A curable composition comprising: a siloxane fluid with a viscosity of at least 1,000 Pa.s (1,000,000 centiPoise); a siloxane-(meth)acrylate co-polymer; and siloxane tackifying resin. a siloxane fluid with a viscosity of at least 1,000 Pa.s (1,000,000 centiPoise); a siloxane-(meth)acrylate co-polymer; and siloxane tackifying resin.
A refrigerant distributor for a heat exchanger, comprising: a pipe for distributing a refrigerant, the pipe having a channel therein in which the refrigerant flows, wherein the channel has at least one portion (6, 6') having reduced cross-section area and the at least one portion (6, 6') having reduced cross-section area is disposed between an end and another end of the pipe wherein the pipe has an inlet disposed at the end of the pipe, the refrigerant flows into the pipe through the inlet, the at least one portion (6, 6', 6") having reduced cross-section area comprises a plurality of portions having reduced cross-section area, characterized in that distances (d1, d2, d3) between the adjacent portions (6, 6', 6") having reduced cross-section area of the plurality of portions having reduced cross-section area gradually increase from the end to the other end of the pipe. a pipe for distributing a refrigerant, the pipe having a channel therein in which the refrigerant flows, wherein the channel has at least one portion (6, 6') having reduced cross-section area and the at least one portion (6, 6') having reduced cross-section area is disposed between an end and another end of the pipe wherein the pipe has an inlet disposed at the end of the pipe, the refrigerant flows into the pipe through the inlet, the at least one portion (6, 6', 6") having reduced cross-section area comprises a plurality of portions having reduced cross-section area, characterized in that distances (d1, d2, d3) between the adjacent portions (6, 6', 6") having reduced cross-section area of the plurality of portions having reduced cross-section area gradually increase from the end to the other end of the pipe.
A demountable link, adapted in particular to connect two chains for the anchoring of a floating installation to the ground, which demountable link, having the shape of an oblong ring, includes two rectilinear sections connected by two bent sections, wherein said demountable link, of the studless link type, comprises: - two lateral parts that each form one of said bent sections, and - two connecting parts, that each form at least one portion of one of said rectilinear sections, wherein said lateral parts are assembled with said connecting parts, through removable fastening means, wherein the two lateral parts each have a U-shape and are each ended by two end portions that extend parallel to each other and that are each intended to extend at one of said rectilinear sections, wherein the two connecting parts are each rectilinear and are each ended by two end portions that extend coaxially relative to each other and that are intended to extend at the corresponding rectilinear section, wherein each of said end portions of a connecting part cooperates with one of said end portions of a lateral part, to form an assembly couple (52, 62) in which said end portions (52, 62) are assembled through removable fastening means, characterized in that, at each assembly couple (52, 62), the removable fastening means comprise: - means for the translational fitting of the end portions (52, 62) into each other, according to a translation axis parallel to a longitudinal axis of the corresponding rectilinear section, - means for translationally blocking said fitted end portions (52, 62) relative to each other, which are operable between an active position and an inactive position, and - means for locking said blocking means in the active position, wherein the locking means comprise at least one removable indexation element, that is added between at least two coaxial housings: - a first housing arranged in a connecting part, and - a second housing arranged in one at least of the lateral parts, wherein the end portions of the lateral parts each comprise a male surface provided with a terminal face including a housing portion, said terminal faces of said lateral parts are intended to come adjacent to each other during the assembly of said link, and said juxtaposed housing portions form together said second housing intended to receive the indexation element. - two lateral parts that each form one of said bent sections, and - two connecting parts, that each form at least one portion of one of said rectilinear sections, - means for the translational fitting of the end portions (52, 62) into each other, according to a translation axis parallel to a longitudinal axis of the corresponding rectilinear section, - means for translationally blocking said fitted end portions (52, 62) relative to each other, which are operable between an active position and an inactive position, and - means for locking said blocking means in the active position, - a first housing arranged in a connecting part, and - a second housing arranged in one at least of the lateral parts,
A carrier comprising a core composed of a magnetic material, and a resin layer including particles of barium sulfate, wherein the resin layer is disposed on the core, wherein an amount of Ba detected is 0.3 atomic% or greater in a Ba analysis through X-ray photoelectron spectroscopy of the carrier, as measured according to the description, and wherein circle-equivalent diameters of the particles of the barium sulfate are 400 nm or greater but 900 nm or smaller, as measured according to the description.
Cleansing composition comprising an anti-microbial agent, a first sulphur binding and/or oxidising agent, and a second sulphur binding and/or oxidising agent, wherein the pH of the composition is 7 or lower, wherein the first sulphur binding/oxidising agent is ammonium, wherein the amount of ammonium in the composition is between 0.04 and 0.5 wt%, wherein the second sulphur binding/oxidising agent is salicylic acid and wherein the anti-microbial agent is NaHCO 3, wherein the amount of salicylic acid and NaHCO 3 is 0.1 to 2.5 wt% for use in the treatment or prophylaxis of halitosis or periodontitis.
A flexible display apparatus, comprising: a base layer having a first section, a second section, and a bend allowance section between the first section and the second section, wherein the first section includes a display area and the second section is a non-display area, wherein the display area includes a plurality of organic light-emitting diode (OLED) elements provided on the base layer; an encapsulation on the plurality of OLED elements in the display area; a printed circuit film attached to the base layer in the second section; a plurality of wire traces on the base layer in the bend allowance section between the encapsulation and the printed circuit film; a first micro-coating layer provided over the plurality of wire traces in the bend allowance section; and a second micro-coating layer provided over the plurality of wire traces in the bend allowance section, and further provided over the encapsulation in the first section and/or over the printed circuit film in the second section, wherein the second micro-coating layer is coated over the first micro-coating layer or the second micro-coating layer is coated adjacent to the sides of the first micro-coating layer, wherein at least one of the first micro-coating layer and the second micro-coating layer is formed of a photo-curable acrylic resin. a base layer having a first section, a second section, and a bend allowance section between the first section and the second section, wherein the first section includes a display area and the second section is a non-display area, wherein the display area includes a plurality of organic light-emitting diode (OLED) elements provided on the base layer; an encapsulation on the plurality of OLED elements in the display area; a printed circuit film attached to the base layer in the second section; a plurality of wire traces on the base layer in the bend allowance section between the encapsulation and the printed circuit film; a first micro-coating layer provided over the plurality of wire traces in the bend allowance section; and a second micro-coating layer provided over the plurality of wire traces in the bend allowance section, and further provided over the encapsulation in the first section and/or over the printed circuit film in the second section, wherein the second micro-coating layer is coated over the first micro-coating layer or the second micro-coating layer is coated adjacent to the sides of the first micro-coating layer, wherein at least one of the first micro-coating layer and the second micro-coating layer is formed of a photo-curable acrylic resin.
A method for multilink scanning, comprising: a wireless station, associating with an access point, wherein the access point is comprised in a multi-link device, MLD; transmitting, to the access point, a robust query request; and receiving, from the access point, a robust query response, wherein the robust query response includes available access points within the MLD and parameters associated with the MLD; transmitting, to the access point, a robust add link request, wherein the add link request indicates a medium access control, MAC, address associated with a link, a new MLD MAC address sequence number offset, and a timing synchronization function, TSF, of an update to the MAC address; and receiving, from the access point, a robust add link response, wherein the add link response indicates the MAC address associated with the link, the new MLD MAC address sequence number offset, and the TSF of the update to the MAC address; and wherein the robust query request and the robust query response refer to wireless communications configured to withstand technical faults, signal disturbances, and security threats. a wireless station, associating with an access point, wherein the access point is comprised in a multi-link device, MLD; transmitting, to the access point, a robust query request; and receiving, from the access point, a robust query response, wherein the robust query response includes available access points within the MLD and parameters associated with the MLD; transmitting, to the access point, a robust add link request, wherein the add link request indicates a medium access control, MAC, address associated with a link, a new MLD MAC address sequence number offset, and a timing synchronization function, TSF, of an update to the MAC address; and receiving, from the access point, a robust add link response, wherein the add link response indicates the MAC address associated with the link, the new MLD MAC address sequence number offset, and the TSF of the update to the MAC address; and associating with an access point, wherein the access point is comprised in a multi-link device, MLD; transmitting, to the access point, a robust query request; and receiving, from the access point, a robust query response, wherein the robust query response includes available access points within the MLD and parameters associated with the MLD; transmitting, to the access point, a robust add link request, wherein the add link request indicates a medium access control, MAC, address associated with a link, a new MLD MAC address sequence number offset, and a timing synchronization function, TSF, of an update to the MAC address; and receiving, from the access point, a robust add link response, wherein the add link response indicates the MAC address associated with the link, the new MLD MAC address sequence number offset, and the TSF of the update to the MAC address; and wherein the robust query request and the robust query response refer to wireless communications configured to withstand technical faults, signal disturbances, and security threats.
A method of preparing a glyceride type polyunsaturated fatty acid, comprising the following steps: 1) feeding: firstly mixing a basic catalyst with glycerol or glyceride uniformly to form a mixture, then adding the mixture to a polyunsaturated fatty acid material slowly under stirring; wherein the basic catalyst comprises one or more of sodium alcoholate with formula R1-ONa, a solution of sodium alcoholate with formula R1-ONa, potassium alcoholate with formula R 2 -OK, and a solution of potassium alcoholate with formula R 2 -OK; wherein R1, R2 represent same or different C 1 ∼C 5 lower alkyl group; the polyunsaturated fatty acid material is selected from the group consisting of fish oil, algae oil, linoleic acids, conjugated linoleic acids, linolenic acids, and arachidonic acids; 2) reaction: heating to 80∼200°C of temperature after completion of feeding, and then recovering low boiling point substances produced by the reaction by condensating; and 3) washing and recycling product: cooling the reaction vessel to 0~60°Cafter completion of the reaction, adding a small amount of water to extract the basic catalyst, and recovering a small amount of remaining water in an organic layer, to obtain a glyceride type polyunsaturated fatty acid product. 1) feeding: firstly mixing a basic catalyst with glycerol or glyceride uniformly to form a mixture, then adding the mixture to a polyunsaturated fatty acid material slowly under stirring; wherein the basic catalyst comprises one or more of sodium alcoholate with formula R1-ONa, a solution of sodium alcoholate with formula R1-ONa, potassium alcoholate with formula R 2 -OK, and a solution of potassium alcoholate with formula R 2 -OK; wherein R1, R2 represent same or different C 1 ∼C 5 lower alkyl group; the polyunsaturated fatty acid material is selected from the group consisting of fish oil, algae oil, linoleic acids, conjugated linoleic acids, linolenic acids, and arachidonic acids; 2) reaction: heating to 80∼200°C of temperature after completion of feeding, and then recovering low boiling point substances produced by the reaction by condensating; and 3) washing and recycling product: cooling the reaction vessel to 0~60°Cafter completion of the reaction, adding a small amount of water to extract the basic catalyst, and recovering a small amount of remaining water in an organic layer, to obtain a glyceride type polyunsaturated fatty acid product.