mhurhangee/ep-ind-claims huggingface dataset:
Adaptation element for connecting a screw-in heater on a storage sleeve of a hot water tank, wherein the adaptation element is made of electrically insulating material, preferably plastic, has a substantially cylindrical shape, comprises at one end a first thread for connection to the storage sleeve, comprises at the other end a second thread for connection to the screw-in heater, is connected to a first electrically conductive contact body for electrical connection with the storage sleeve, is connected to a second electrically conductive contact body for electrical connection with the screw-in heater and an electrical resistance is arranged between the first electrically conductive contact body and the second electrically conductive contact body, characterised in that the first and second electrically conductive contact bodies (7, 8) are rings, preferably brass rings, the adaptation element comprises two surfaces (11, 12) on the outside, the rings (7, 8) have corresponding surfaces (13, 14) which are connected to the surfaces (11, 12) of the adaptation element, and the rings (7, 8) in the surfaces (13, 14) each comprise at least one groove in which cams which are arranged on the surfaces (11, 12) of the adaption element engage.
Apparatus comprising: a liquid-permeable filtering element having first and second faces (10, 11), the liquid-permeable filtering element to be at least partially submerged in a liquid, the liquid-permeable filtering element arranged to be cycled through the liquid such that: • in a first position, an area of the first face of the filtering element is subject to liquid under pressure and a pressure across the filtering element is greater than 0 and less than or equal to 5.9 kPa; and • in a second position, the area is not subjected to liquid under pressure or is subjected to liquid at a lower pressure, at least one nozzle for directing at least one jet at the second face of the filtering element through the filtering element towards the first face of the filtering element for removing and/or aiding removal of solids accumulated on the first face of the filtering element; characterised in that the filtering element has a pore size between 2 and 40 μm; and the apparatus further comprises: gas feeder(s) for introducing gas bubbles into the liquid. a liquid-permeable filtering element having first and second faces (10, 11), the liquid-permeable filtering element to be at least partially submerged in a liquid, the liquid-permeable filtering element arranged to be cycled through the liquid such that: • in a first position, an area of the first face of the filtering element is subject to liquid under pressure and a pressure across the filtering element is greater than 0 and less than or equal to 5.9 kPa; and • in a second position, the area is not subjected to liquid under pressure or is subjected to liquid at a lower pressure, • in a first position, an area of the first face of the filtering element is subject to liquid under pressure and a pressure across the filtering element is greater than 0 and less than or equal to 5.9 kPa; and • in a second position, the area is not subjected to liquid under pressure or is subjected to liquid at a lower pressure, at least one nozzle for directing at least one jet at the second face of the filtering element through the filtering element towards the first face of the filtering element for removing and/or aiding removal of solids accumulated on the first face of the filtering element; characterised in that the filtering element has a pore size between 2 and 40 μm; and the apparatus further comprises: gas feeder(s) for introducing gas bubbles into the liquid.
Electrostatic discharge protection device comprising: a first stack, forming a Zener diode, comprising a substrate of a first conductivity type having a first area of a second conductivity type located therein, the first area being flush with a surface of the substrate; a second stack, forming a diode, located on top of and in contact with said surface of the substrate and comprising a first layer of the second conductivity type having a second area of the first conductivity type located therein, the second area being flush, opposite the first stack, with the surface of the first layer; and a third stack comprising at least a second layer made of oxygen-doped polycrystalline silicon, on top of and in contact with the second stack, wherein the third stack comprises a third layer of a field oxide on top of and in contact with the second layer. a first stack, forming a Zener diode, comprising a substrate of a first conductivity type having a first area of a second conductivity type located therein, the first area being flush with a surface of the substrate; a second stack, forming a diode, located on top of and in contact with said surface of the substrate and comprising a first layer of the second conductivity type having a second area of the first conductivity type located therein, the second area being flush, opposite the first stack, with the surface of the first layer; and a third stack comprising at least a second layer made of oxygen-doped polycrystalline silicon, on top of and in contact with the second stack, wherein the third stack comprises a third layer of a field oxide on top of and in contact with the second layer.
Process for regenerating a catalyst used in the decarbonylation of an aldehyde, wherein the catalyst is a heterogeneous, supported catalyst containing a metal selected from the group consisting of Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt and mixtures thereof, and wherein the catalyst is subjected to a gas stream comprising hydrogen at a temperature of from 200 to 600 °C, wherein substantially no oxygen is used in the regeneration process, and wherein the catalyst is not heated in the presence of oxygen before treatment with the gas comprising hydrogen.
Filling line for sausage production with several apparatuses (10a, b), wherein at least two apparatuses of the filling line are connected with each other with a connector for real time processdata transmission wherein the first and second apparatus (10a, b) are at least two of the following group: filling machine, wring-off unit, clipper, hangup, separation element, conveying belt, handling apparatus, packing unit, and with a connector comprising: a first connecting element which may be connected to the first apparatus and comprises at least one first data transmission part, and a second connecting element that may be coupled to the first connecting element and connected to the second apparatus and comprises at least one second data transmission part, wherein in the coupled state of the first and second connecting elements (2a, b), the first data transmission part is galvanically isolated from the second data transmission part and at least one of the connecting elements (2a, b) or both are connected with an apparatus (10a, b) via a cable. filling machine, wring-off unit, clipper, hangup, separation element, conveying belt, handling apparatus, packing unit, and with a connector comprising: a first connecting element which may be connected to the first apparatus and comprises at least one first data transmission part, and a second connecting element that may be coupled to the first connecting element and connected to the second apparatus and comprises at least one second data transmission part, wherein in the coupled state of the first and second connecting elements (2a, b), the first data transmission part is galvanically isolated from the second data transmission part and at least one of the connecting elements (2a, b) or both are connected with an apparatus (10a, b) via a cable. a first connecting element which may be connected to the first apparatus and comprises at least one first data transmission part, and a second connecting element that may be coupled to the first connecting element and connected to the second apparatus and comprises at least one second data transmission part, wherein in the coupled state of the first and second connecting elements (2a, b), the first data transmission part is galvanically isolated from the second data transmission part and at least one of the connecting elements (2a, b) or both are connected with an apparatus (10a, b) via a cable.
A method performed by a user equipment for performing Random Access Channel (RACH)-less handover or Secondary Cell Group change, the method comprising: receiving (1018, 1020) a message; reading (1018, 1020) a System Frame Number for a target cell from the message; accessing the target cell during a RACH-less handover or SCG change according to the SFN; and wherein the method is characterized in further comprising one or more of the following steps: changing a transmit power based on the SFN; determining a change in size of a pre-allocated uplink grant based on the SFN; determining a change in periodicity of a pre-allocated UL grant based on the SFN; and changing a modulation and coding scheme based on the SFN. receiving (1018, 1020) a message; reading (1018, 1020) a System Frame Number for a target cell from the message; accessing the target cell during a RACH-less handover or SCG change according to the SFN; and wherein the method is characterized in further comprising one or more of the following steps: changing a transmit power based on the SFN; determining a change in size of a pre-allocated uplink grant based on the SFN; determining a change in periodicity of a pre-allocated UL grant based on the SFN; and changing a modulation and coding scheme based on the SFN. changing a transmit power based on the SFN; determining a change in size of a pre-allocated uplink grant based on the SFN; determining a change in periodicity of a pre-allocated UL grant based on the SFN; and changing a modulation and coding scheme based on the SFN.
A computerized system for detecting connection dependencies in the Internet between a connecting resource and a given connected resource, comprising: one or more data collectors configured to collect data from the Internet for analysis, wherein the collected data references the given connected resource; one or more connection analyzers configured to analyze the collected data and extract connection dependencies; wherein the connection analyzer searches the collected data to identify connections of specific types, including DNS A records, HTML script inclusions and HTML hyperlinks, the connection dependencies including a connecting resource that has a dependency of the specific type on the given connected resource; a connection table that stores information about the connection dependencies; an interface that is configured to provide access to the connection table to retrieve a list of connecting resources that depend on accessing the given connected resource. one or more data collectors configured to collect data from the Internet for analysis, wherein the collected data references the given connected resource; one or more connection analyzers configured to analyze the collected data and extract connection dependencies; wherein the connection analyzer searches the collected data to identify connections of specific types, including DNS A records, HTML script inclusions and HTML hyperlinks, the connection dependencies including a connecting resource that has a dependency of the specific type on the given connected resource; a connection table that stores information about the connection dependencies; an interface that is configured to provide access to the connection table to retrieve a list of connecting resources that depend on accessing the given connected resource.
A bipolar plate formed by two individual plates connected to each other, which are each formed with a reactant flow filed on their plate surfaces facing away form each other, which comprises a plurality of flow channels for a reaction medium bounded by walls of webs, the webs and the flow channels of one of the individual plates being arranged in an active region opposite the webs and the flow channels of the flow channels of one of the other individual plates, so as to provide channels of a coolant flow field extending between the individual plates the reactant flow fields and the coolant flow field each being fluidically connected to a media port (4,5) via a distribution region located outside the active region, so that they cross one another in certain regions, characterized in that, for the purpose of guiding the coolant in the distribution region without crossing at least one of the individual plates on its plate surface facing the other of the individual plates in a crossing region of the reaction medium guides with a reduction in the height of the webs, so that two flow channels running side by side are flow-mechanically connected by the reduction.
A navigation system, comprising: an instrument that extends along an instrument axis and is operable to be moved relative to a subject, the instrument having an exterior wall; a holding portion defined by the instrument within a surface of the exterior wall, and a tracking device, the tracking device is formed of at least a first conductive wire wound in a first oval around a first wire axis, the first oval having first and second ends and having a first minor radius and a first major radius and connected in series to at least a second conductive wire wound in a second oval around a second wire axis, the second oval having a second minor radius and a second major radius; wherein the first conductive wire and the second conductive wire are connected in series to have a combined higher electromagnetic signal than either of the first conductive wire and the second conductive wire alone, said navigation system being characterized in that the holding portion has a first depression in the exterior wall and an opposed second depression in the exterior wall, the first conductive wire and the second conductive wire are angularly offset around the instrument axis of the instrument and positioned in the first depression and the opposed second depression of the instrument, respectively; and the first end is at a first distance from the instrument axis and the second end is at a second distance larger than the first distance from the instrument axis. an instrument that extends along an instrument axis and is operable to be moved relative to a subject, the instrument having an exterior wall; a holding portion defined by the instrument within a surface of the exterior wall, and a tracking device, the tracking device is formed of at least a first conductive wire wound in a first oval around a first wire axis, the first oval having first and second ends and having a first minor radius and a first major radius and connected in series to at least a second conductive wire wound in a second oval around a second wire axis, the second oval having a second minor radius and a second major radius; wherein the first conductive wire and the second conductive wire are connected in series to have a combined higher electromagnetic signal than either of the first conductive wire and the second conductive wire alone, said navigation system being characterized in that the holding portion has a first depression in the exterior wall and an opposed second depression in the exterior wall, the first conductive wire and the second conductive wire are angularly offset around the instrument axis of the instrument and positioned in the first depression and the opposed second depression of the instrument, respectively; and the first end is at a first distance from the instrument axis and the second end is at a second distance larger than the first distance from the instrument axis.
A rotor for a compressor, comprising: a hub; and a plurality of airfoils (204, 300, 500) having a root, a tip opposite the root and a span that extends from 0% at the root to 100% at the tip, each of the plurality of airfoils coupled to the hub at the root and spaced apart from adjacent ones of the plurality of airfoils over the span by a throat dimension defined between the adjacent ones of the plurality of airfoils and being the minimum physical distance between the two airfoils at a spanwise location, the throat dimension has a maximum value at a spanwise location between 70% of the span and 80% of the span of the adjacent ones of the plurality of airfoils, at 10% of the span of the adjacent ones of the plurality of airfoils above or below the spanwise location of the maximum value, the throat dimension is less than 97% of the maximum value, the throat dimension decreases from the maximum value to the tip, and the throat dimension at 10% of the span of the adjacent ones of the plurality of airfoils is less than 60% of the maximum value a hub; and a plurality of airfoils (204, 300, 500) having a root, a tip opposite the root and a span that extends from 0% at the root to 100% at the tip, each of the plurality of airfoils coupled to the hub at the root and spaced apart from adjacent ones of the plurality of airfoils over the span by a throat dimension defined between the adjacent ones of the plurality of airfoils and being the minimum physical distance between the two airfoils at a spanwise location, the throat dimension has a maximum value at a spanwise location between 70% of the span and 80% of the span of the adjacent ones of the plurality of airfoils, at 10% of the span of the adjacent ones of the plurality of airfoils above or below the spanwise location of the maximum value, the throat dimension is less than 97% of the maximum value, the throat dimension decreases from the maximum value to the tip, and the throat dimension at 10% of the span of the adjacent ones of the plurality of airfoils is less than 60% of the maximum value
A cutting device for obtaining a processed material by cutting off an end portion of a plate material by a first cutting blade and a second cutting blade which relatively approach each other, the cutting device comprising: a first contact part and the first cutting blade which clamp a processed material portion to be the processed material, of the plate material, from front and back surfaces thereof; the second cutting blade and a second contact part which clamp an end material portion to be the end portion, of the plate material, from front and back surfaces thereof; and a drive part which causes the first cutting blade and the second cutting blade to start relative approach each other while maintaining a flat state where the processed material portion and the end material portion are on the same plane, on at least one of the front surface and the back surface of the plate material, wherein a curved portion (101a, 102a) is formed in each of the first cutting blade and the second cutting blade in a case of being viewed in a direction in which the first cutting blade and the second cutting blade approach each other, and the second contact part includes: a flat portion which comes into contact with the end material portion of the plate material, and an inclined surface inclined with respect to the flat portion. a first contact part and the first cutting blade which clamp a processed material portion to be the processed material, of the plate material, from front and back surfaces thereof; the second cutting blade and a second contact part which clamp an end material portion to be the end portion, of the plate material, from front and back surfaces thereof; and a drive part which causes the first cutting blade and the second cutting blade to start relative approach each other while maintaining a flat state where the processed material portion and the end material portion are on the same plane, on at least one of the front surface and the back surface of the plate material, wherein a curved portion (101a, 102a) is formed in each of the first cutting blade and the second cutting blade in a case of being viewed in a direction in which the first cutting blade and the second cutting blade approach each other, and the second contact part includes: a flat portion which comes into contact with the end material portion of the plate material, and an inclined surface inclined with respect to the flat portion.
Separator for an electrochemical cell, comprising a flexible perforate support, and a porous ceramic material which fills the perforations in the support and is suitable for receiving an ion-conducting electrolyte, wherein the porous ceramic material comprises a first porous layer which is characterized by an average pore size and also at least one second porous layer for contacting with an electrode, the second porous layer having an average pore size which is smaller than the average pore size of the first porous layer, wherein between the first and second layers there is or are disposed one or more interlayers whose average pore sizes are each less than the average pore size of the adjacent layer which is in the direction of the first layer and are greater than the average pore size of the layer which is in the direction of the second layer. a flexible perforate support, and a porous ceramic material which fills the perforations in the support and is suitable for receiving an ion-conducting electrolyte, wherein the porous ceramic material comprises a first porous layer which is characterized by an average pore size and also at least one second porous layer for contacting with an electrode, the second porous layer having an average pore size which is smaller than the average pore size of the first porous layer, wherein between the first and second layers there is or are disposed one or more interlayers whose average pore sizes are each less than the average pore size of the adjacent layer which is in the direction of the first layer and are greater than the average pore size of the layer which is in the direction of the second layer.
Surface cleaning apparatus, comprising - a cloth receiving body which has a center piece on which a first side piece and a second side piece are oppositely mounted so as to be pivotable about a first pivot axis and about a second pivot axis, respectively, and has a fixing device by way of which a fixing pivot position of the first side piece and the second side piece are fixable on the center piece, wherein in the fixing pivot position, an underside of the first side piece, an underside of the center piece, and an underside of the second side piece lie at least approximately in one plane, and - a holder which holds the cloth receiving body and which is mounted on the center piece so as to be pivotable about a third pivot axis, wherein in a first pivot position range of the holder to the center piece, the holder is decoupled from the fixing device and in a second pivot position range, the holder acts on the fixing device and by pivoting the holder into the second pivot position range and/or in the second pivot position range a fixing of the first side piece and the second side piece on the center piece is releasable. - a cloth receiving body which has a center piece on which a first side piece and a second side piece are oppositely mounted so as to be pivotable about a first pivot axis and about a second pivot axis, respectively, and has a fixing device by way of which a fixing pivot position of the first side piece and the second side piece are fixable on the center piece, wherein in the fixing pivot position, an underside of the first side piece, an underside of the center piece, and an underside of the second side piece lie at least approximately in one plane, and - a holder which holds the cloth receiving body and which is mounted on the center piece so as to be pivotable about a third pivot axis, wherein in a first pivot position range of the holder to the center piece, the holder is decoupled from the fixing device and in a second pivot position range, the holder acts on the fixing device and by pivoting the holder into the second pivot position range and/or in the second pivot position range a fixing of the first side piece and the second side piece on the center piece is releasable.