mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a workpiece in a tool machine by relatively moving a tool attached to a main axis of the tool machine with respect to said workpiece, said method comprising the following steps: a first step of continuously measuring a position of a tip point of said tool in a two dimensional mode or in a three dimensional mode; a second step of computing a displacement amount of said position of said tip point of said tool based on a result of a comparison between two successive measurements; a third step of observing whether said displacement amount of said position of said tip point of said tool is within a range of a previously set allowable displacement amount for a previously set certain time period in order to judge whether said position of said tip portion of said tool which is thermally displaced is converged or not; a fourth step of keeping an idling operation in the case that a time period that said displacement amount is within said range of said previously set allowable displacement amount is shorter than said previously set certain time period so as to judge whether said position of said tip portion of said tool which is thermally displaced is converged or not, and of stopping said idling operation in the case that said period that said displacement amount is within said range of said previously set allowable displacement amount is equal to or longer than said previously set certain time period; and a fifth step of starting the processing of said workpiece in the case that said idling operation is stopped in said fourth step. a first step of continuously measuring a position of a tip point of said tool in a two dimensional mode or in a three dimensional mode; a second step of computing a displacement amount of said position of said tip point of said tool based on a result of a comparison between two successive measurements; a third step of observing whether said displacement amount of said position of said tip point of said tool is within a range of a previously set allowable displacement amount for a previously set certain time period in order to judge whether said position of said tip portion of said tool which is thermally displaced is converged or not; a fourth step of keeping an idling operation in the case that a time period that said displacement amount is within said range of said previously set allowable displacement amount is shorter than said previously set certain time period so as to judge whether said position of said tip portion of said tool which is thermally displaced is converged or not, and of stopping said idling operation in the case that said period that said displacement amount is within said range of said previously set allowable displacement amount is equal to or longer than said previously set certain time period; and a fifth step of starting the processing of said workpiece in the case that said idling operation is stopped in said fourth step.
A quality of service, QoS, control method, comprising: obtaining, by a session management function entity, one or more QoS rules, wherein one QoS rule corresponds to one service data flow, SDF, and each QoS rule comprises a QoS rule identifier, at least one packet filter corresponding to the SDF, an SDF-level QoS rule priority corresponding to the SDF, and a QoS flow identifier; and sending, by the session management function entity, the one or more QoS rules to a terminal. obtaining, by a session management function entity, one or more QoS rules, wherein one QoS rule corresponds to one service data flow, SDF, and each QoS rule comprises a QoS rule identifier, at least one packet filter corresponding to the SDF, an SDF-level QoS rule priority corresponding to the SDF, and a QoS flow identifier; and sending, by the session management function entity, the one or more QoS rules to a terminal.
Enclosure, particularly an acoustic enclosure, for a thermal equipment, said thermal equipment being mounted on a base, comprising: - a metal structure comprising lateral faces able at least partially to surround said thermal equipment, and - a chamber comprising and being defined by at least an internal face, an external face, an upper face and a lower face, characterized in that the metal structure can be mounted on the base of said thermal equipment and in that said chamber is mounted, via its internal face, on at least one of the lateral faces of the metal structure, and said chamber is able to extend laterally beyond the base of said thermal equipment, said faces of the chamber defining a volume in which people can move around with a view to performing an intervention on said thermal equipment. - a metal structure comprising lateral faces able at least partially to surround said thermal equipment, and - a chamber comprising and being defined by at least an internal face, an external face, an upper face and a lower face,
A supercapacitor device, including: a housing; and one or more supercapacitor cell disposed in the housing, the supercapacitor cell including: two working electrode layers separated by an electrode separator wherein each working electrode layer is electrically connected to a current collector supported upon an inert substrate layer, and an ionic liquid electrolyte disposed within the area occupied by the working electrode layers and the electrode separator, wherein the ionic liquid electrolyte has one or more cationic component including a central cation with an asymmetric arrangement of substituents bonded thereto; characterized in that the cationic component has the generic formula (Rx)n Z+ where Z+ is the ammonium, phosphonium, or sulfonium cation, the Rx substituents are linear or branched alkyl groups including 1-12 carbon atoms and may be the same alkyl group or different alkyl groups, n = 4 for the ammonium and phosphonium cations, and n = 3 for the sulfonium cation. a housing; and one or more supercapacitor cell disposed in the housing, the supercapacitor cell including: two working electrode layers separated by an electrode separator wherein each working electrode layer is electrically connected to a current collector supported upon an inert substrate layer, and an ionic liquid electrolyte disposed within the area occupied by the working electrode layers and the electrode separator, wherein the ionic liquid electrolyte has one or more cationic component including a central cation with an asymmetric arrangement of substituents bonded thereto; characterized in that the cationic component has the generic formula (Rx)n Z+ where Z+ is the ammonium, phosphonium, or sulfonium cation, the Rx substituents are linear or branched alkyl groups including 1-12 carbon atoms and may be the same alkyl group or different alkyl groups, n = 4 for the ammonium and phosphonium cations, and n = 3 for the sulfonium cation. two working electrode layers separated by an electrode separator wherein each working electrode layer is electrically connected to a current collector supported upon an inert substrate layer, and an ionic liquid electrolyte disposed within the area occupied by the working electrode layers and the electrode separator, wherein the ionic liquid electrolyte has one or more cationic component including a central cation with an asymmetric arrangement of substituents bonded thereto; characterized in that the cationic component has the generic formula (Rx)n Z+ where Z+ is the ammonium, phosphonium, or sulfonium cation, the Rx substituents are linear or branched alkyl groups including 1-12 carbon atoms and may be the same alkyl group or different alkyl groups, n = 4 for the ammonium and phosphonium cations, and n = 3 for the sulfonium cation.
A detector of microwave radiation, comprising: - a signal input and a detector output, - an absorber element of ohmic conductivity, coupled to said signal input through a first length of superconductor, and - a variable impedance element, the impedance of which is configured to change as a function of temperature, coupled to said detector output through a second length of superconductor, characterized in that - the detector comprises a heating input, - the detector comprises a heating element coupled to said heating input through a third length of superconductor, and - said absorber element, said variable impedance element, and said heating element are coupled to each other through superconductor sections of lengths shorter than any of said first, second, and third lengths of superconductor to allow hot electron diffusion between said absorber element, said variable impedance element, and said heating element while blocking quasiparticle thermal transport of heat through said first, second, and third lengths of superconductor. - a signal input and a detector output, - an absorber element of ohmic conductivity, coupled to said signal input through a first length of superconductor, and - a variable impedance element, the impedance of which is configured to change as a function of temperature, coupled to said detector output through a second length of superconductor, characterized in that - the detector comprises a heating input, - the detector comprises a heating element coupled to said heating input through a third length of superconductor, and - said absorber element, said variable impedance element, and said heating element are coupled to each other through superconductor sections of lengths shorter than any of said first, second, and third lengths of superconductor to allow hot electron diffusion between said absorber element, said variable impedance element, and said heating element while blocking quasiparticle thermal transport of heat through said first, second, and third lengths of superconductor.
A connector for connection to a discharge device, which comprises a container housing with at least one outlet at one end and with a drive means at the opposite end, the connector being attachable releasably over the at least one outlet by means of a holding arrangement, and the holding arrangement being releasable by means of manual pressure on two opposite side faces of the connector, characterized in that a guide face is provided on each of the two opposite side faces, which guide faces in each case are oriented so as to project obliquely with respect to the longitudinal direction of the discharge device in the direction of the latter, the connector being held on the discharge device over the outlet in a holding position, and in a release position the guide faces being moved radially toward one another by means of pressure on the side faces, the guide faces sliding on an edge of the discharge device, and the pressure force being deflected to the edge so that the connector is displaced axially away from the discharge device in the release position.
Method for determining the position of a construction platform (1, 1') for additive manufacturing of a component, characterized by the following steps: - marking a construction platform (1, 1') for additive manufacturing, comprising providing a marking region of the construction platform (1, 1') with at least one reference feature (2, 2') via mechanical processing, wherein the reference feature is arranged and designed in such a way that a position of the reference feature relative to a reference point can be captured using an optical scanning method, wherein the reference point is provided by a device which is separate from the construction platform and which is installed on or in an arrangement for additive manufacturing of a component, and wherein the relative position enables information relating to the alignment of the construction platform in space, - optically scanning the construction platform in the marking region, and - capturing the relative position with the aid of the reference feature and the reference point. - marking a construction platform (1, 1') for additive manufacturing, comprising providing a marking region of the construction platform (1, 1') with at least one reference feature (2, 2') via mechanical processing, wherein the reference feature is arranged and designed in such a way that a position of the reference feature relative to a reference point can be captured using an optical scanning method, wherein the reference point is provided by a device which is separate from the construction platform and which is installed on or in an arrangement for additive manufacturing of a component, and wherein the relative position enables information relating to the alignment of the construction platform in space, - optically scanning the construction platform in the marking region, and - capturing the relative position with the aid of the reference feature and the reference point.
Multi-layer sealing sheet for a construction field, such as a roof, facade, cellar or tank, having outer layers (14, 22, 24) containing a basic polymer, such as polyvinyl chloride or a polyvinyl chloride copolymer, and a plasticizer, and a combination carrier layer containing a glass mat and a glass reinforcement, the glass reinforcement consisting of the group woven glass fabric, non-crimp glass fabric, glass mesh or any combination thereof, and the glass fibres of the woven glass fabric, non-crimp glass fabric or glass mesh having a laying density or mesh width of 2x2 to 6x6, wherein the plasticiser is a low-molecular-weight plasticiser whose proportion in the outer layers (14, 22, 24) containing the basic polymer is between 25 % by wt. and 40 % by wt., and in particular the combination carrier layer is impregnated with a bonding agent on the basis of at least one material of the group styrene butadiene, acrylate, PVC, EVA or any combination thereof.
A knock-type ejection container in which an ejection nozzle (7, 47) is provided at one end of a container body (2, 32), a knock button is provided at another end of the container body (2, 32), a container chamber capable of containing a liquid dental material is provided in the container body (2, 32), and the dental material capable of being contained in the container chamber is allowed to fall down in drops from the ejection nozzle (7, 47) being interlocked to the operation of pushing the knock button, wherein the ejection nozzle (7, 47) includes a nozzle end portion on a front end side and a nozzle body on a rear end side, and a stepped surface is formed at a boundary portion between the nozzle end portion and the nozzle body over the whole circumference of the nozzle end portion, the stepped surface having a diameter expanding from the outer circumferential surface of the nozzle end portion toward the outer side in the radial direction and suppressing the dental material from creeping around the nozzle body.
Drive unit for a closing device, in particular for a drive rod lock of a door, a window or the like, comprising a mechanical drive device (14, 114) for a closing element (9 - 11), comprising an electronic control device of the mechanical drive device (14, 114) and comprising a power source for supplying the electronic control device with electrical current, characterized in that the power source and the control device are arranged in different regions of the drive device (14, 114) and each have a partition wall (18, 19, 21, 118, 119) and in that the electrical line (20, 120) is separated from the drive device (14, 114) by means of a partition wall (22, 122) and in that the partition wall (22, 122) of the electrical line (20, 120) connects the partition walls (18, 19, 21, 118, 119) of the control device and the power source to one another.
Device for applying a glue track to a movable covering strip of a rod-shaped product of the tobacco processing industry, having - a nozzle which is fixed with respect to the covering strip during the application of the glue track, wherein - a roller which is rotationally drivable by means of a driving device is provided between the covering strip and the outlet opening of the nozzle, the glue being applied to said roller by means of the nozzle, and wherein the roller applies the glue in the form of the glue track directly to the covering strip, characterised in that - a stripping member directed at the roller is provided in the direction of rotation of the roller between the nozzle and the covering strip, said stripping member being at a distance from the roller. - a nozzle which is fixed with respect to the covering strip during the application of the glue track, wherein - a roller which is rotationally drivable by means of a driving device is provided between the covering strip and the outlet opening of the nozzle, the glue being applied to said roller by means of the nozzle, - a stripping member directed at the roller is provided in the direction of rotation of the roller between the nozzle and the covering strip, said stripping member being at a distance from the roller.
A method of deinking inkjet ink-containing suspensions, characterized by - providing a suspension containing aqueous dye-based inkjet ink, and - decolorizing said ink by laccase treatment. - providing a suspension containing aqueous dye-based inkjet ink, and - decolorizing said ink by laccase treatment.
Mobile crusher for lumpy material comprising a frame equipped with at least one travelling mechanism (21, 22), a crusher arranged on the frame and having a discharge opening for crushed material, a charging conveyor device mounted on the frame for charging the crusher, and a dumping conveyor device, wherein the dumping conveyor device, decoupled from the crusher, is designed as a separately movable unit provided with its own travelling mechanism, characterised in that a charging side end of the unit is arranged below the discharge opening of the crusher.
A method for controlling an electrical converter, the electrical converter being configured to convert an input voltage ( v in) into a multi-level output voltage ( v out), the method comprising: determining an optimized pulse pattern ( u( x)); determining switching states from the optimized pulse pattern ( u( x)) and applying the switching states to semiconductor switches of the electrical converter, such that the multi-level output voltage ( v out) is generated; wherein the optimized pulse pattern ( u( x)) comprises a plurality of switching transitions (Δ u), each switching transition (Δ u i) encoding a transition between two different levels of the multi-level output voltage ( v out), at a switching angle ( x i); wherein the optimized pulse pattern ( u( x)) is determined by optimizing a cost function; wherein the cost function J ( x) = Δ u T A ( x)Δ u is a cost matrix A ( x), which is multiplied from both sides with a vector Δ u composed of the plurality of switching transitions (Δ u i); wherein each entry of the cost matrix A ( x) depends on fourth order Bernoulli polynomials into which the switching angles are input ( x i). determining an optimized pulse pattern ( u( x)); determining switching states from the optimized pulse pattern ( u( x)) and applying the switching states to semiconductor switches of the electrical converter, such that the multi-level output voltage ( v out) is generated; wherein the optimized pulse pattern ( u( x)) comprises a plurality of switching transitions (Δ u), each switching transition (Δ u i) encoding a transition between two different levels of the multi-level output voltage ( v out), at a switching angle ( x i); wherein the optimized pulse pattern ( u( x)) is determined by optimizing a cost function; wherein the cost function J ( x) = Δ u T A ( x)Δ u is a cost matrix A ( x), which is multiplied from both sides with a vector Δ u composed of the plurality of switching transitions (Δ u i); wherein each entry of the cost matrix A ( x) depends on fourth order Bernoulli polynomials into which the switching angles are input ( x i).
Internal combustion engine with a control device and at least one combustion chamber and an ignition amplifier assigned to the at least one combustion chamber, wherein - the ignition amplifier is designed as a spark plug or - wherein the ignition amplifier has a device for introducing fuel or a fuel-air mixture and is designed as a precombustion chamber or injector for a liquid fuel, wherein the at least one combustion chamber can be supplied with energy on the one hand via a supply device for a fuel-air mixture and can be supplied with energy on the other hand by the assigned ignition amplifier, wherein the control device is designed, in a detection mode, to change the excess air coefficient (λ) of the fuel-air mixture for the at least one combustion chamber, and at least one sensor is provided, the signals of which can be supplied to the control device and the signals of which are characteristic of the combustion event in the at least one combustion chamber, and wherein the control device is designed, - in detection mode, to recognize whether the change in the combustion event caused by the fuel-air mixture with a changed excess air coefficient (λ) reaches or exceeds a threshold value, and - to generate a detection signal representative of a state of the at least one ignition amplifier assigned to the at least one combustion chamber as a function of the signals supplied by the at least one sensor. - the ignition amplifier is designed as a spark plug or - wherein the ignition amplifier has a device for introducing fuel or a fuel-air mixture and is designed as a precombustion chamber or injector for a liquid fuel, - in detection mode, to recognize whether the change in the combustion event caused by the fuel-air mixture with a changed excess air coefficient (λ) reaches or exceeds a threshold value, and - to generate a detection signal representative of a state of the at least one ignition amplifier assigned to the at least one combustion chamber as a function of the signals supplied by the at least one sensor.
A method of wireless communication of a user equipment, UE, comprising: receiving a first beam and a second beam of a plurality of beams from a base station, the first beam including broadcast information and a first beam index information jointly encoded together, and the second beam including broadcast information and a second beam index information jointly encoded together; determining a first log likelihood ratio, LLR, of the first beam; determining a second LLR of the second beam; and decoding the broadcast information and the first beam index information in the first beam based on both the first LLR and the second LLR. receiving a first beam and a second beam of a plurality of beams from a base station, the first beam including broadcast information and a first beam index information jointly encoded together, and the second beam including broadcast information and a second beam index information jointly encoded together; determining a first log likelihood ratio, LLR, of the first beam; determining a second LLR of the second beam; and decoding the broadcast information and the first beam index information in the first beam based on both the first LLR and the second LLR.
An ophthalmic pharmaceutical composition having a pH ranging from pH 5.2 to 5.7, comprising (a) a therapeutically effective amount of aflibercept; (b) a sodium acetate buffering agent 10 to 20 mM; (c) a sugar 6 to 8 w/v% or a sugar alcohol 3 to 7 w/v%; and (d) a surfactant 0.01 to 0.1 w/v% in an aqueous medium, wherein the ophthalmic pharmaceutical composition is free of an ionic tonicity agent.
An in vitro method of detecting cancer or risk of cancer in a human patient, comprising detecting up-regulation of an LAPTM4B protein comprising the amino acid sequence of SEQ ID No: 4 in comparison with the level of said protein in paired non-cancerous and normal tissue, wherein the cancer is hepatocellular carcinoma, stomach cancer, breast cancer, lung cancer or prostate cancer.