mhurhangee/ep-ind-claims huggingface dataset:
Connection device for connecting an electrical line, comprising a current conductor, a contacting element which from an opening position is transferable to a contacting position for the electrical line to contact the current conductor, and a rocker element which is rotatably held on at least one bearing point and in a holding position is configured to hold the contacting element in the opening position, and under the effect of the electrical line is able to be moved from the holding position to a releasing position for releasing the contacting element so as to transfer to the contacting position in that the rocker element has a triggering region with which the electrical line, when being plugged into a plug opening of the connection device, comes to interact such that the rocker element from the holding position thereof is transferred to the releasing position, wherein the contacting element is configured by a spring element, wherein the contacting element has a support portion, which is supported so as to be stationary in relation to a housing, and a contacting portion which, for the electrical line to electrically contact the current conductor, is able to be deflected in a resilient manner to the support portion, and wherein the contacting portion in the opening position of the contacting element is elastically tensioned toward the support portion, characterized in that the bearing point is configured on the contacting element, and in that the rocker element has at least one bearing point which is rotatably received in the bearing receptacle of the contacting element.
A sensor case with a sensor housed therein for obtaining information on a tire, the sensor case comprising: a lower side member having a bottom surface to be attached on an inner surface of the tire or to a base for mounting the sensor case on the inner surface of the tire; and an upper side member protruding from a surface opposite to the bottom surface of the lower side member to a side opposite to the bottom surface and having a width smaller than a width of the lower side member, wherein a side surface of the upper side member and a top surface of the upper side member, which is a surface opposite to the bottom surface, are connected by a curved surface being in contact with the top surface, and characterized in that: a side surface of the lower side member is formed of a curved surface convex outwardly in a width direction at a maximum width portion of the lower side member. a lower side member having a bottom surface to be attached on an inner surface of the tire or to a base for mounting the sensor case on the inner surface of the tire; and an upper side member protruding from a surface opposite to the bottom surface of the lower side member to a side opposite to the bottom surface and having a width smaller than a width of the lower side member, wherein a side surface of the upper side member and a top surface of the upper side member, which is a surface opposite to the bottom surface, are connected by a curved surface being in contact with the top surface, and characterized in that: a side surface of the lower side member is formed of a curved surface convex outwardly in a width direction at a maximum width portion of the lower side member.
A child seat with a seat surface part having a seat surface, a backrest part having a backrest and a headrest part having a headrest and adjustably connected to the backrest part in its position relative to the backrest part, wherein a longitudinal guide is formed between the backrest part and the headrest part for a height adjustment of the headrest part with its headrest guided in a longitudinal direction, characterised in that at least one toothed wheel having a peripheral toothing is rotatably fixed to a first of the parts of the headrest part and the backrest part, and in that at least one longitudinal toothing extending along the longitudinal direction is formed on the second of the parts of the headrest part and the backrest part in the region of the longitudinal guide, in which the toothed wheel meshes with its peripheral toothing, and in that at least one blocking element having an external toothing corresponding to the peripheral toothing is arranged on the first of the parts of the headrest part and the backrest part, which blocking element can be moved by means of an actuating element between a blocking position in which it meshes with the external toothing and a blocking position in which it is blocked, in which it engages with the outer toothing in the peripheral toothing of the toothed wheel and thus prevents rotation of the toothed wheel, and a release position in which the outer toothing is not in engagement with the peripheral toothing of the toothed wheel and thus allows rotation of the toothed wheel.
A packing method for producing a sealed package; the packing method comprising the steps of: forming a group of articles in a group-forming pocket of a group-forming conveyor that feeds the group-forming pocket itself along a group-forming path; fitting the group of articles with a stiffener, made of rigid material and comprising a front wall, and two lateral walls connected to opposite edges of the front wall; and folding a sheet of packing material having an article extraction opening and a reclosable adhesive panel, about the group of articles enclosed in the stiffener to form the sealed package; wherein the step of fitting the stiffener to the group of articles comprises the further steps of: depositing the stiffener onto the group-forming pocket along the group-forming path; and expelling the stiffener and the group of articles together and simultaneously at the end of the group-forming path; the packing method being characterized in that: the stiffener is deposited completely flat onto the group-forming pocket along the group-forming path; and the lateral walls of the stiffener are folded with respect to the front wall of the stiffener and about the group-forming pocket along the group-forming path. forming a group of articles in a group-forming pocket of a group-forming conveyor that feeds the group-forming pocket itself along a group-forming path; fitting the group of articles with a stiffener, made of rigid material and comprising a front wall, and two lateral walls connected to opposite edges of the front wall; and folding a sheet of packing material having an article extraction opening and a reclosable adhesive panel, about the group of articles enclosed in the stiffener to form the sealed package; wherein the step of fitting the stiffener to the group of articles comprises the further steps of: depositing the stiffener onto the group-forming pocket along the group-forming path; and expelling the stiffener and the group of articles together and simultaneously at the end of the group-forming path; the packing method being characterized in that: the stiffener is deposited completely flat onto the group-forming pocket along the group-forming path; and the lateral walls of the stiffener are folded with respect to the front wall of the stiffener and about the group-forming pocket along the group-forming path. the stiffener is deposited completely flat onto the group-forming pocket along the group-forming path; and the lateral walls of the stiffener are folded with respect to the front wall of the stiffener and about the group-forming pocket along the group-forming path.
A method for sending an assistance resource set, performed by a first device, comprising: sending first stage sidelink control information to a second device; determining second stage sidelink control information, wherein the second stage sidelink control information comprises an information field for indicating an assistance resource set; wherein the second stage sidelink control information is indicated by an information field of a second stage sidelink control information format in the first stage sidelink control information; and sending the second stage sidelink control information to the second device, wherein the second stage sidelink control information is configured to assist the second device in resource selection. sending first stage sidelink control information to a second device; determining second stage sidelink control information, wherein the second stage sidelink control information comprises an information field for indicating an assistance resource set; wherein the second stage sidelink control information is indicated by an information field of a second stage sidelink control information format in the first stage sidelink control information; and sending the second stage sidelink control information to the second device, wherein the second stage sidelink control information is configured to assist the second device in resource selection.
A composition or a kit of parts comprising at least 3 g of eicosapentaenoic acid, and having docosahexaenoic acid in a mass ratio EPA: DHA from 1:1 to 5:1, for use in the treatment, amelioration or prevention of optic nerve damage in a patient, wherein the amount of EPA administered is at least 3 g-day.
A baby's dummy strap for connecting a baby's dummy to a fastening clip, wherein the baby's dummy strap defines a loop at at least one end and includes an adjusting means for adjusting the size of the loop so that the longitudinal extent of the baby's dummy strap is changeable between a maximum size of the loop and a minimum size of the loop and including a container for receiving at least one teat of the baby's dummy, characterised in that the container for receiving the teat is connectable, at least temporarily, to the adjusting means.
A medical balloon comprising a balloon wall defining a chamber and comprising a layered material, wherein the layered material comprises a first polymer layer adhered to a fluoropolymer layer comprising a porous microstructure, wherein layers are in overlying relationship to each other and the fluoropolymer layer is an outermost layer, wherein the layered material defines at least one recessed region on the outer surface, and wherein the at least one recessed region comprises a region of more collapsed pores in the porous polymeric layer relative to a non-recessed region.
Transport drum, designed and adapted for transverse-axial transport of rod-shaped articles of the tobacco-processing industry, comprising a rotationally drivable drive shaft and a drum body assigned to the drive shaft, wherein the drum body has on its outer jacket surface M receptacles with suction openings for receiving and holding the rod-shaped articles and the vacuum pressure required for holding the rod-shaped articles can be generated by means of a vacuum pressure supply and which can be applied via a control flange on at least a part of the receptacles, characterised in that the drum body is operatively connected via a vacuum pressure supply to the drive shaft.
A prime mover and motor-generator gearing arrangement (52;152) comprising: a hydro-mechanical transmission (54;154) having a differential (66;166) and a hydraulic pump (58;158); and a motor-generator (50;150) arranged to be rotatably driven by the hydro-mechanical transmission; characterised by a mechanical transmission (56;156) arranged to be rotatably driven by a prime mover at a first rotational speed, the mechanical transmission being selectively adjustable to rotatably drive the hydraulic pump at the first rotational speed or a second rotational speed different from the first rotational speed, wherein the mechanical transmission is driven by a low-pressure spool of the prime mover, and wherein the prime mover is a turbomachine. a hydro-mechanical transmission (54;154) having a differential (66;166) and a hydraulic pump (58;158); and a motor-generator (50;150) arranged to be rotatably driven by the hydro-mechanical transmission; characterised by a mechanical transmission (56;156) arranged to be rotatably driven by a prime mover at a first rotational speed, the mechanical transmission being selectively adjustable to rotatably drive the hydraulic pump at the first rotational speed or a second rotational speed different from the first rotational speed, wherein the mechanical transmission is driven by a low-pressure spool of the prime mover, and wherein the prime mover is a turbomachine.
Cooking appliance for processing food, of the type that include a body housing an electric motor, a shaft for actuating a processing tool, and an integral handle, coupling several processing tools to the body by means of an arm integrating an implement, such as a grinding, whisking or mixing implement, wherein the appliance includes a sensor control system based on gyroscopic and accelerometer sensors that respond to physical movement stimuli instead of traditional control means such as buttons or dials, that capture parameters of the device movement performed by the user, and transmit this information to a microcontroller in order to detect a characteristic or predetermined movement performed on the appliance, the microcontroller interpreting said movement as an operating instruction, and a control system for the motor associated with the microcontroller characterized in that said captured parameters are changes in the speed and angular velocity in three spatial axes.
A lighting device comprising: a first elongated light-emitting diode, LED, filament; a second elongated LED filament; an at least partially light-transmissive envelope at least partially enveloping at least said first LED filament and said second LED filament; and a base on which said at least partly light-transmissive envelope is mounted; wherein said first LED filament is configured to emit light with a different color temperature than said second LED filament; wherein said second LED filament is at least partially curved such that it defines at least part of a contour of a volume; and wherein said first LED filament is arranged at least partially within said volume, wherein said first LED filament has a first LED filament length and said second LED filament has a second LED filament length, and wherein said second LED filament length is more than twice as long as said first LED filament length, wherein said first LED filament is arranged along a central axis of said volume and said second LED filament forms a helix shape. a first elongated light-emitting diode, LED, filament; a second elongated LED filament; an at least partially light-transmissive envelope at least partially enveloping at least said first LED filament and said second LED filament; and a base on which said at least partly light-transmissive envelope is mounted; wherein said first LED filament is configured to emit light with a different color temperature than said second LED filament; wherein said second LED filament is at least partially curved such that it defines at least part of a contour of a volume; and wherein said first LED filament is arranged at least partially within said volume, wherein said first LED filament has a first LED filament length and said second LED filament has a second LED filament length, and wherein said second LED filament length is more than twice as long as said first LED filament length, wherein said first LED filament is arranged along a central axis of said volume and said second LED filament forms a helix shape.
A process for preparing a cyclic tertiary methylamine of the formula I where A is a C 4 -alkylene group, a C 5 -alkylene group or a -(CH 2) 2 -B-(CH 2) 2 - group, where B is oxygen or an N-R 1 radical and R 1 is C 1 -C 5 -alkyl, aryl or C 5 -C 7 -cycloalkyl, wherein (i) an amino alcohol II from the group consisting of 1,4-aminobutanol, 1,5-aminopentanol, aminodiglycol or aminoethylethanolamine of the formula IIa where R 1 is as defined above or is hydrogen, in which case R 1 = CH 3 in the amine I, is reacted with methanol in a reactor at a temperature in the range from 150 to 270°C in the liquid phase in the presence of a copper-comprising heterogeneous catalyst, where the methanol is used in a from 1- to 25-fold molar amount based on the amino alcohol (II, IIa) used. (i) an amino alcohol II from the group consisting of 1,4-aminobutanol, 1,5-aminopentanol, aminodiglycol or aminoethylethanolamine of the formula IIa
An implantable medical lead kit, comprising: an implantable medical lead having a lead body with a torsional stiffness over a length of the implantable medical lead, the torsional stiffness being sufficient to impart rotation over the length when rotation is applied at any point along the length that includes the torsional stiffness; and a stylet within a lumen of the implantable medical lead, the stylet having a distal guide bend, and being rotationally coupled to the implantable medical lead when present within the lumen such that imparting rotation to the implantable medical lead at one or more points along the length imparts rotation to the stylet to direct the distal guide bend; and wherein the implantable medical lead comprises a coupling feature within the lumen in a distal end of the lead body, wherein the stylet comprises a coupling feature, and wherein the coupling feature of the implantable medical lead is mated to the coupling feature on the stylet such as to form a rotational coupling between the lead and the stylet. an implantable medical lead having a lead body with a torsional stiffness over a length of the implantable medical lead, the torsional stiffness being sufficient to impart rotation over the length when rotation is applied at any point along the length that includes the torsional stiffness; and a stylet within a lumen of the implantable medical lead, the stylet having a distal guide bend, and being rotationally coupled to the implantable medical lead when present within the lumen such that imparting rotation to the implantable medical lead at one or more points along the length imparts rotation to the stylet to direct the distal guide bend; and wherein the implantable medical lead comprises a coupling feature within the lumen in a distal end of the lead body, wherein the stylet comprises a coupling feature, and wherein the coupling feature of the implantable medical lead is mated to the coupling feature on the stylet such as to form a rotational coupling between the lead and the stylet.
An optical measuring system comprising 1) a fibre-optic sensor system comprising at least one fibre-Bragg grating; 2) an optical interrogator comprising a broadband light source arrangement for emitting light at a plurality of wavelengths within a wavelength range, and a spectrum analysing arrangement for receiving and analysing light reflected from the fibre-optic sensor system; and 3) an optical arrangement interconnecting the optical interrogator and the fibre-optic sensor system, characterized in that the fibre-optic sensor system being a polymer-based single-mode fibre-optic sensor system comprising at least one polymer-based single-mode optical fibre having a polymer core. 1) a fibre-optic sensor system comprising at least one fibre-Bragg grating; 2) an optical interrogator comprising a broadband light source arrangement for emitting light at a plurality of wavelengths within a wavelength range, and a spectrum analysing arrangement for receiving and analysing light reflected from the fibre-optic sensor system; and 3) an optical arrangement interconnecting the optical interrogator and the fibre-optic sensor system,
A method for allocating a label in a seamless multi-protocol label switching network, characterized by comprising: obtaining, by a first router, label information of a first access node, wherein the label information comprises a pseudowire, PW, destination address of the first access node; sending, by the first router, the label information to a second router by using a Border Gateway Protocol, BGP, message or a Target-Label Distribution Protocol, T-LDP, message so that the second router configures a PW label and/or a flow label of the first access node to a second access node by using an access network configuration protocol according to the label information. obtaining, by a first router, label information of a first access node, wherein the label information comprises a pseudowire, PW, destination address of the first access node; sending, by the first router, the label information to a second router by using a Border Gateway Protocol, BGP, message or a Target-Label Distribution Protocol, T-LDP, message so that the second router configures a PW label and/or a flow label of the first access node to a second access node by using an access network configuration protocol according to the label information.
A film for use in metal transfer applications consisting essentially of a single base layer, the film having an outer surface and a thickness of about 4 - 75 μm, the film consisting essentially of a blend of a polyester and a release agent characterized in that the release agent is present in the film in an amount effective to provide the outer surface with a preselected adhesion value to a metal in the range of 0.4 - 40 g/cm (1 - 100 g/in) measured by a 180 degree ethylene acrylic acid polymer peel test, and the film further includes a transferable layer of metal adhered in direct contact with the outer surface of the base layer.
A cosmetic agent for lightening keratin fibers, containing at least two separately packaged preparations and which are mixed immediately before application to form an application mixture, preparation containing, based on its total weight, 10 to 99 wt.% peroxide sulfate(s) and preparation being a flowable composition containing water and at least one oxidizing agent, characterized in that preparation is packaged in a water-soluble film which consists, in a proportion of at least 60 wt.% based on its total weight, of a polymer mixture comprising a1) water-soluble vinyl alcohol/vinyl acetate copolymer and a2) at least one optionally modified water-soluble polysaccharide, which mixture has a multimodal molecular weight distribution. a1) water-soluble vinyl alcohol/vinyl acetate copolymer and a2) at least one optionally modified water-soluble polysaccharide, which mixture has a multimodal molecular weight distribution.
A device for receiving and re-radiating electromagnetic signals, the device being adapted to be attached with a construction supply having separated spaces on both sides of the construction supply to guide and re-radiate energy of electromagnetic signals provided by an incident electromagnetic radiation arriving from one of the spaces as an incident electromagnetic wave, as an emitted electromagnetic radiation to another one of the spaces, wherein the device comprises: an electromagnetically floating group of resonating electrically conducting sections configured to form a propagation path to guide electromagnetic energy of the electromagnetic signals from one side of the construction supply to another side of the construction supply; wherein the electromagnetically floating group of resonating electrically conducting sections comprises at least a first resonating electrically conducting section and a second resonating electrically conducting section (503") positioned in the near field of the adjacent, first resonating electrically conducting section in the direction of the propagation path. an electromagnetically floating group of resonating electrically conducting sections configured to form a propagation path to guide electromagnetic energy of the electromagnetic signals from one side of the construction supply to another side of the construction supply; wherein the electromagnetically floating group of resonating electrically conducting sections comprises at least a first resonating electrically conducting section and a second resonating electrically conducting section (503") positioned in the near field of the adjacent, first resonating electrically conducting section in the direction of the propagation path.