mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a dishwasher for cleaning washware in a washing chamber, which dishwasher comprises a heat pump circuit having a heat exchanger which is positioned in an air duct together with at least one fan (14, 14') for generating an air flow, characterised in that at least one pressure sensor (18, 19) is arranged in the air duct, a speed of the at least one fan (14, 14') being varied depending on a pressure (p1, p2) measured by the pressure sensor (18, 19).
An apparatus for the production and separation of gases, by electrolysis of an electrolytic solution, the apparatus comprising: - an inlet chamber comprising an inner and outer region - first and second permeable electrodes each having first (20, 26) and second sides (22, 28) in the form of a continuous band and defining an inner aperture surrounding the inner region, the first sides of the first and second electrodes arranged to face each other to define an electrode gap within the inlet chamber - a first electrolytic solution inlet into the outer region and a second electrolytic solution inlet into the inner region; - a first outlet in fluid flow communication with the second side of the first electrode, and a second outlet in fluid flow communication with the second side of the second electrode, so that, in use, a first peripheral flow of electrolytic solution ensues from the outer region into the electrode gap, and a second peripheral flow of electrolytic solution ensues from the inner region into the electrode gap, thereby immersing the electrodes in electrolytic solution, so that operatively, first and second constituent gases form on the first and second electrodes respectively, and wherein, in use, electrolytic solution within the electrode gap diverges into first and second outlet streams that pass through the first and second electrodes respectively, thereby removing at least a portion of the first and second constituent gases from the first and second electrodes into the first and second outlets respectively. - an inlet chamber comprising an inner and outer region - first and second permeable electrodes each having first (20, 26) and second sides (22, 28) in the form of a continuous band and defining an inner aperture surrounding the inner region, the first sides of the first and second electrodes arranged to face each other to define an electrode gap within the inlet chamber - a first electrolytic solution inlet into the outer region and a second electrolytic solution inlet into the inner region; - a first outlet in fluid flow communication with the second side of the first electrode, and a second outlet in fluid flow communication with the second side of the second electrode, so that, in use, a first peripheral flow of electrolytic solution ensues from the outer region into the electrode gap, and a second peripheral flow of electrolytic solution ensues from the inner region into the electrode gap, thereby immersing the electrodes in electrolytic solution, so that operatively, first and second constituent gases form on the first and second electrodes respectively, and wherein, in use, electrolytic solution within the electrode gap diverges into first and second outlet streams that pass through the first and second electrodes respectively, thereby removing at least a portion of the first and second constituent gases from the first and second electrodes into the first and second outlets respectively.
A work machine, in particular a construction machine and/or mining machine such as a crawler-type vehicle, a dump truck, a truck and the like, having an electric drive comprising power electronics which have at least one transformer (14, 16) and/or an intermediate circuit and having power connections covered by a cover for connecting power cables, wherein a manually actuable grounding device is provided for the grounding, in particular all-pole grounding, of the transformer (14, 16) and/or for the short-circuiting of the at least one intermediate circuit, wherein the grounding device is coupled to a cover latching for latching the cover such that the cover can be unlatched by actuating the grounding device, characterized in that the transformer (14, 16) comprises a residual voltage gauge for measuring a residual voltage that is applied to the transformer (14, 16) or to the transformer intermediate circuit, wherein the grounding device comprises an actuation lock for locking the grounding device in the ungrounded and/or non-short-circuited position in dependence on the measured residual voltage, wherein the actuation lock can only be released or is automatically released when the residual voltage measured by the residual voltage gauge is smaller than a predefined voltage limit.
Crane for lifting and transporting loads, comprising: - a base frame, for transferring the loads of the crane onto a support surface by means of contact means arranged in contact with said surface, such as wheels; - a lifting mechanism to lift and transport loads, associated with said base frame; the crane being characterised in that it has a roll-over protection system comprising: - a first portion and a second portion of the base frame, mutually hinged to one another and capable of rotating around a hinge, the first and the second portion being also constrained by at least one elastic means, the deformation of the elastic means being linked to the mutual angular position of the first portion the second portion, and - a control system for detecting the mutual position between the first and the second portion and carrying out predetermined tasks of the crane when said mutual position reaches a threshold condition. - a base frame, for transferring the loads of the crane onto a support surface by means of contact means arranged in contact with said surface, such as wheels; - a lifting mechanism to lift and transport loads, associated with said base frame; - a first portion and a second portion of the base frame, mutually hinged to one another and capable of rotating around a hinge, the first and the second portion being also constrained by at least one elastic means, the deformation of the elastic means being linked to the mutual angular position of the first portion the second portion, and - a control system for detecting the mutual position between the first and the second portion and carrying out predetermined tasks of the crane when said mutual position reaches a threshold condition.
A method comprising: receiving, by an access control management system, from a first client device, information associated with an encrypted data object, the information including a specification that a second user may receive the information within a time period; receiving, by the access control management system, from a second client device, a request for the information associated with the encrypted data object; verifying, by the access control management system, that a user of the second client device is identified in the received information associated with the encrypted data object; requesting, by the access control management system, from a selected identity provider, authentication of the user of the second client device; and sending, by the access control management system, to the second client device, the received information associated with the encrypted data object, responsive to the authentication by the selected identity provider of the user of the second client device; characterised in that the identity provider is selected by the access control management system, based on a user identifier included in the received information associated with the encrypted data object, the user identifier associated with the user of the second client device. receiving, by an access control management system, from a first client device, information associated with an encrypted data object, the information including a specification that a second user may receive the information within a time period; receiving, by the access control management system, from a second client device, a request for the information associated with the encrypted data object; verifying, by the access control management system, that a user of the second client device is identified in the received information associated with the encrypted data object; requesting, by the access control management system, from a selected identity provider, authentication of the user of the second client device; and sending, by the access control management system, to the second client device, the received information associated with the encrypted data object, responsive to the authentication by the selected identity provider of the user of the second client device; characterised in that the identity provider is selected by the access control management system, based on a user identifier included in the received information associated with the encrypted data object, the user identifier associated with the user of the second client device.
A method of wireless communication performed by a user equipment, UE (306, 708), the method comprising: estimating a carrier frequency, wherein the estimated carrier frequency is derived from the frequency of one or more cells; determining per-cell frequency offsets, relative to the estimated carrier frequency, for a plurality of the cells including at least one serving cell and interfering cells; and processing signals received from the plurality of cells based on one or more of the per-cell frequency offsets, wherein the processing comprises applying a phase shift to a cell-specific received signal, wherein the applied phase shift is a function of the determined per-cell frequency offset. estimating a carrier frequency, wherein the estimated carrier frequency is derived from the frequency of one or more cells; determining per-cell frequency offsets, relative to the estimated carrier frequency, for a plurality of the cells including at least one serving cell and interfering cells; and processing signals received from the plurality of cells based on one or more of the per-cell frequency offsets, wherein the processing comprises applying a phase shift to a cell-specific received signal, wherein the applied phase shift is a function of the determined per-cell frequency offset.
A system for stacking a fanfolded continuous web of sheet material of indefinite length, such as corrugated cardboard, which system comprises: - a feeding device having means for guiding the continuous web in a longitudinal direction; - a creasing device located downstream of said feeding device to form transverse creases on the continuous web spaced apart at a constant longitudinal pitch to define a succession of adjacent partitions; - a folding device located downstream of the creasing device for progressively and alternately fanfolding adjacent partitions along the creases; - a collection device for collecting the folded web into a stack of adjacent partitions; wherein said collection device comprises a vertically-extending column for retaining the stack of fanfolded adjacent partitions; wherein a dynamic cutting unit is mounted at the top of said column, to act on the fly on the top adjacent partition of the stack while tracking stack-formation without stopping the folding device characterized in that a first stack-supporting rack, a second stack-supporting rack and a stack unloading unit are mounted to said column. - a feeding device having means for guiding the continuous web in a longitudinal direction; - a creasing device located downstream of said feeding device to form transverse creases on the continuous web spaced apart at a constant longitudinal pitch to define a succession of adjacent partitions; - a folding device located downstream of the creasing device for progressively and alternately fanfolding adjacent partitions along the creases; - a collection device for collecting the folded web into a stack of adjacent partitions; wherein said collection device comprises a vertically-extending column for retaining the stack of fanfolded adjacent partitions; wherein a dynamic cutting unit is mounted at the top of said column, to act on the fly on the top adjacent partition of the stack while tracking stack-formation without stopping the folding device characterized in that a first stack-supporting rack, a second stack-supporting rack and a stack unloading unit are mounted to said column.
A method of call admission control for a continuous stream of data in packet switched networks including at least a first local area network and a second local area network communicating with one another across a connecting network, for use in a call attempt across the connecting network, the method comprising the steps of: a) using a gatekeeper for the first local area network to construct a loss probability for the call attempt by using statistics about the success or failure of calls controlled by a gatekeeper for the second local area network; b) using the gatekeeper to decide, based on the loss probability, whether to determine a current packet loss rate by sending a trial burst of data from the first local area network to the second local area network or to drop the call attempt from the first local area network to the second local area network. a) using a gatekeeper for the first local area network to construct a loss probability for the call attempt by using statistics about the success or failure of calls controlled by a gatekeeper for the second local area network; b) using the gatekeeper to decide, based on the loss probability, whether to determine a current packet loss rate by sending a trial burst of data from the first local area network to the second local area network or to drop the call attempt from the first local area network to the second local area network.
A lubricating composition comprising an oil of lubricating viscosity and a (thio)phosphate salt of an amine-functionalized esterified copolymer, wherein the esterified copolymer comprises units derived from monomers: (i) an α-olefin wherein the α-olefin includes 1-decene, 1-undecene, 1-dodecene, 1-tridecene, 1-tetradecene, 1-pentadecene, 1-hexadecene, 1-heptadecene, 1-octadecene, or mixtures thereof; and (ii) an ethylenically unsaturated carboxylic acid or derivative thereof, esterified with at least one alcohol, wherein at least a portion of carboxylic acid groups of the unsaturated carboxylic acid are reacted with at least one amine; and wherein the (thio)phosphate salt of the amine-functionalised esterified copolymer is present in the lubricating composition in an amount of from 0.1 wt% to 70 wt%. (i) an α-olefin wherein the α-olefin includes 1-decene, 1-undecene, 1-dodecene, 1-tridecene, 1-tetradecene, 1-pentadecene, 1-hexadecene, 1-heptadecene, 1-octadecene, or mixtures thereof; and (ii) an ethylenically unsaturated carboxylic acid or derivative thereof, esterified with at least one alcohol, wherein at least a portion of carboxylic acid groups of the unsaturated carboxylic acid are reacted with at least one amine; and wherein the (thio)phosphate salt of the amine-functionalised esterified copolymer is present in the lubricating composition in an amount of from 0.1 wt% to 70 wt%.
An impact sensor for identifying an impact or any other acceleration, the impact sensor containing a liquid in the form of a drop or in the form of any other liquid supply, and being constructed such that the position and/or distribution of the liquid in the impact sensor indicates whether the impact sensor has been subjected to an impact or any other acceleration of a predetermined minimum strength, the impact sensor having a layered composite comprising at least the following: - a first foil, - a second foil, - at least one cavity, recess or other kind of notch arranged between a foil surface of the first foil and a foil surface of the second foil, and - at least one holding structure arranged on the foil surface of the first and/or second foil (1; 2), - the at least one holding structure being designed to hold the liquid in a predetermined first partial volume of the cavity in contact with both foils (1; 2) as long as the impact sensor is sensitive to impacts or any other accelerations of predetermined minimum strength, and is further designed to allow the escape of the liquid or of a part of the liquid, from the first partial volume into a second partial volume of the cavity serving to collect the liquid, only in the event of an impact or any other acceleration above the predetermined minimum strength, such that - the at least one holding structure is a region of the first and/or second foil (1; 2) which is formed as a local elevation, indentation or any other local non-flatness of the foil surface, wherein the local elevation, indentation or any other non-flatness - forms a surmountable barrier for wetting and/or contacting the first and/or second foil (1; 2) by the liquid and - encloses a surface part of the foil surface of the first and/or second foil (1; 2) corresponding to the first partial volume. - a first foil, - a second foil, - at least one cavity, recess or other kind of notch arranged between a foil surface of the first foil and a foil surface of the second foil, and - at least one holding structure arranged on the foil surface of the first and/or second foil (1; 2), - the at least one holding structure being designed to hold the liquid in a predetermined first partial volume of the cavity in contact with both foils (1; 2) as long as the impact sensor is sensitive to impacts or any other accelerations of predetermined minimum strength, and is further designed to allow the escape of the liquid or of a part of the liquid, from the first partial volume into a second partial volume of the cavity serving to collect the liquid, only in the event of an impact or any other acceleration above the predetermined minimum strength, such that - the at least one holding structure is a region of the first and/or second foil (1; 2) which is formed as a local elevation, indentation or any other local non-flatness of the foil surface, - forms a surmountable barrier for wetting and/or contacting the first and/or second foil (1; 2) by the liquid and - encloses a surface part of the foil surface of the first and/or second foil (1; 2) corresponding to the first partial volume.
A base sequence for protein expression comprising: a gene encoding protein; a promoter of the gene, the promoter being linked upstream of the gene; and a cis element whose activity is improved by an artificial transcription factor, the cis element being linked further upstream of the promoter, wherein the cis element is represented by SEQ ID NO: 1, and wherein the artificial transcription factor comprises a DNA binding domain comprising a base sequence of upstream 1 to 118 aa of a transcription factor KojR and an active domain comprising a base sequence of downstream 113 to 604 aa of a transcription factor AmyR, and the active domain is linked downstream of the DNA binding domain, and is represented by SEQ ID NO: 2. a gene encoding protein; a promoter of the gene, the promoter being linked upstream of the gene; and a cis element whose activity is improved by an artificial transcription factor, the cis element being linked further upstream of the promoter, wherein the cis element is represented by SEQ ID NO: 1, and wherein the artificial transcription factor comprises a DNA binding domain comprising a base sequence of upstream 1 to 118 aa of a transcription factor KojR and an active domain comprising a base sequence of downstream 113 to 604 aa of a transcription factor AmyR, and the active domain is linked downstream of the DNA binding domain, and is represented by SEQ ID NO: 2.
Method for manufacturing a lining panel with integrated electric lines for a lining of a passenger cabin of an aircraft or spacecraft, comprising: using an automated tape placement technique to manufacture a panel body of the lining panel; forming circuit channels within the panel body of the lining panel configured to take in the electric lines, wherein the circuit channels are formed by laser ablation; and using an additive manufacturing, AM, or 3D printing technique to form the electric lines on or into the panel body of the lining panel. using an automated tape placement technique to manufacture a panel body of the lining panel; forming circuit channels within the panel body of the lining panel configured to take in the electric lines, wherein the circuit channels are formed by laser ablation; and using an additive manufacturing, AM, or 3D printing technique to form the electric lines on or into the panel body of the lining panel.
An ex vivo process for producing a dental restoration or part thereof comprising the steps a. providing a container containing a composition to be applied on a dental article, the composition comprising glass and/or glass ceramic particles being contained in a gel, the gel being obtainable by a sol/gel reaction of a Si and O containing inorganic crosslinkable binder precursor being contained in a liquid, the container being sealable or sealed, b. applying the composition contained in the container to the surface of a dental article, wherein the dental article or part thereof is a dental support structure, a dental facing precursor, an abutment or a dental implant and wherein the crosslinkable binder precursor of the composition is selected from orthosilicates, silica sol, water glass, and mixtures thereof. a. providing a container containing a composition to be applied on a dental article, the composition comprising glass and/or glass ceramic particles being contained in a gel, the gel being obtainable by a sol/gel reaction of a Si and O containing inorganic crosslinkable binder precursor being contained in a liquid, the container being sealable or sealed, b. applying the composition contained in the container to the surface of a dental article,