mhurhangee/ep-ind-claims huggingface dataset:
An electrically conductive film comprising: a compound represented by Chemical Formula 1 and having a layered crystal structure: Chemical Formula 1 MeCh 2 wherein Me is Ru, Os, Re, Rh, Ir, Pd, Pt, Cu, Ag, or Au, and Ch is sulfur, selenium, tellurium, or a combination thereof; wherein the electrically conductive film has a thickness of less than or equal to 50 nanometers; wherein a product of α and ρ is less than or equal to 30 ohms per square, wherein α is an absorption coefficient of the compound for light having a wavelength of 550 nm and ρ is a resistivity value of the compound; and wherein the electrically conductive film comprises a plurality of nanosheets comprising the compound of Chemical Formula 1. a compound represented by Chemical Formula 1 and having a layered crystal structure: Chemical Formula 1 MeCh 2 wherein Me is Ru, Os, Re, Rh, Ir, Pd, Pt, Cu, Ag, or Au, and Ch is sulfur, selenium, tellurium, or a combination thereof; wherein the electrically conductive film has a thickness of less than or equal to 50 nanometers; wherein a product of α and ρ is less than or equal to 30 ohms per square, wherein α is an absorption coefficient of the compound for light having a wavelength of 550 nm and ρ is a resistivity value of the compound; and wherein the electrically conductive film comprises a plurality of nanosheets comprising the compound of Chemical Formula 1.
A downhole patch setting tool for expanding a patch over a distance of more than 10 metres in a well, the downhole patch setting tool having a top and comprising: - a tool body having a bore, an outer face, a first end and a second end, the second end being arranged closer to the top than the first end, - a first bladder assembly arranged at the first end on the outer face and a second bladder assembly arranged at the second end on the outer face, the bore at least extending from the first bladder assembly to the second bladder assembly, and - an expandable metal patch circumferenting the tool body, the first bladder assembly and the second bladder assembly creating an annular space therebetween, the expandable metal patch having an inner diameter (ID E) in an unexpanded condition, the tool body having a first opening opposite the first bladder assembly and a second opening opposite the second bladder assembly, providing fluid communication between the bore and the first bladder assembly and the second bladder assembly in order to allow pressurised fluid into the bladder assemblies to expand the bladder assemblies, wherein the tool body has a third opening arranged between the first bladder assembly and the second bladder assembly, and a valve arranged in the third opening for controlling passage of the pressurised fluid from the bore to the annular space, wherein the valve is a pressure controlled valve or a pressure relief valve, and the valve is pressure activated to open for allowing fluid to enter the annular space. - a tool body having a bore, an outer face, a first end and a second end, the second end being arranged closer to the top than the first end, - a first bladder assembly arranged at the first end on the outer face and a second bladder assembly arranged at the second end on the outer face, the bore at least extending from the first bladder assembly to the second bladder assembly, and - an expandable metal patch circumferenting the tool body, the first bladder assembly and the second bladder assembly creating an annular space therebetween, the expandable metal patch having an inner diameter (ID E) in an unexpanded condition, the tool body having a first opening opposite the first bladder assembly and a second opening opposite the second bladder assembly, providing fluid communication between the bore and the first bladder assembly and the second bladder assembly in order to allow pressurised fluid into the bladder assemblies to expand the bladder assemblies, wherein the tool body has a third opening arranged between the first bladder assembly and the second bladder assembly, and a valve arranged in the third opening for controlling passage of the pressurised fluid from the bore to the annular space, wherein the valve is a pressure controlled valve or a pressure relief valve, and the valve is pressure activated to open for allowing fluid to enter the annular space.
A method for authenticating a first party to a second party, the method comprising: providing a token, wherein the token is at least a part of a mobile entity (105, 106), wherein the token is coupled to a secret being indicative for the identity of the first party; coupling the token with an access point by establishing a physical contact, wherein the access point is at least a part of a stationary point of sale at a defined location; transferring the secret to the access point; linking the secret with a location information of the access point, thereby providing an authentication token being indicative for the identity and the location of the first party; and providing the authentication token to the second party; establishing a remote communication between the access point and a network of the second party. providing a token, wherein the token is at least a part of a mobile entity (105, 106), wherein the token is coupled to a secret being indicative for the identity of the first party; coupling the token with an access point by establishing a physical contact, wherein the access point is at least a part of a stationary point of sale at a defined location; transferring the secret to the access point; linking the secret with a location information of the access point, thereby providing an authentication token being indicative for the identity and the location of the first party; and providing the authentication token to the second party; establishing a remote communication between the access point and a network of the second party.
Plant for the immersion treatment of vehicle bodies, comprising: - at least one skid intended to support a body to be treated; - at least one process liquid tank; - a line for conveying the skid above the tank; - means for overturning and immersing, inside the tank, the body on the skid which has been positioned over the tank by means of the conveyor line; the skid comprising a base part for support and movement along the conveyor line and a support part for supporting the body, the support part being supported rotatably on the base part by means of a rotatable shaft with axis arranged transverse to the direction of movement of the skid on the conveyor line so that the support part is rotatable between a first upper position and a second position for immersing the body in the tank, the skid further comprising a toothed wheel which is connected kinematically to the shaft for its controlled rotation and, alongside the tank, there being provided at least one rotation actuating device which comprises a rack which is intended to engage the said toothed wheel in order to actuate the rotation of the skid support part by means of the movement of the skid along a section of the conveyor line in region of the rack, characterized in that the skid comprises a controllable locking/unlocking device for locking/unlocking the free rotation of the shaft, the unlocking/locking device being set to the unlocking position by means of interference between an actuating shoe thereof and at least one actuating surface (33, 37) present alongside the tank, the controllable locking/unlocking device comprising a frame pivotably mounted on the skid and provided with an engaging element for locking the toothed wheel and the actuating shoe for displacement of the engaging element between a first rest position, where it is engaged in the toothed wheel, and a second position disengaged from the toothed wheel, the relative position on the frame of engaging element, shoe and pivoting system being such that raising of the shoe displaces the engaging element into the disengaged position. - at least one skid intended to support a body to be treated; - at least one process liquid tank; - a line for conveying the skid above the tank; - means for overturning and immersing, inside the tank, the body on the skid which has been positioned over the tank by means of the conveyor line;
An electroacoustic transducer, comprising: a diaphragm; a frame that is disposed around the diaphragm so as to surround the diaphragm; an edge that closes a space between the diaphragm and the frame in a manner of forming a membrane so as to connect the diaphragm and the frame to each other; a base body that supports the frame and has a through sound output hole in front of the diaphragm; a magnet that is attached to the frame; and a voice coil body that is attached to the diaphragm, wherein the frame has an annular first fitting portion that is disposed around the diaphragm so as to surround the diaphragm, the base body has a second fitting portion that fits with the first fitting portion, and the electroacoustic transducer further comprises a sealing member that is made of a thermoplastic substance and seals a space between the first fitting portion and the second fitting portion fitted with each other, and wherein one of the first fitting portion and the second fitting portion is a groove that includes a sloped sidewall that becomes farther from the diaphragm as becoming closer to an open end. a diaphragm; a frame that is disposed around the diaphragm so as to surround the diaphragm; an edge that closes a space between the diaphragm and the frame in a manner of forming a membrane so as to connect the diaphragm and the frame to each other; a base body that supports the frame and has a through sound output hole in front of the diaphragm; a magnet that is attached to the frame; and a voice coil body that is attached to the diaphragm, wherein the frame has an annular first fitting portion that is disposed around the diaphragm so as to surround the diaphragm, the base body has a second fitting portion that fits with the first fitting portion, and the electroacoustic transducer further comprises a sealing member that is made of a thermoplastic substance and seals a space between the first fitting portion and the second fitting portion fitted with each other, and wherein one of the first fitting portion and the second fitting portion is a groove that includes a sloped sidewall that becomes farther from the diaphragm as becoming closer to an open end.
A method for adding a new codec to an Internet Protocol, IP, telephony system including two or more sites (100A, 100 B), wherein each site includes one or more endpoints (121, 122A, 123) for initiating or receiving a call and a switch for communicatively coupling the endpoints to endpoints at another one of said sites via a network, each switch comprising a supported codecs storage for storing descriptions of one or more codecs supported by the switch, each description of a respective codec including the respective codec's bandwidth, one or more codec lists that includes an identification of the one or more codecs supported by the switch, the one or more codec lists being used by the switch to negotiate a codec for the call, and a site settings storage including bandwidth settings for the respective site, wherein the bandwidth settings include an amount of bandwidth allocated for the site, the method comprising: receiving, at a server, a request from a user to add a description of the new codec to the supported codecs storage in a first one of the sites; receiving, at the server, the description for the new codec from the user; storing the description of the new codec in the supported codec storage of the first one of the sites; updating, at the server, the one or more codecs lists by adding an identifier to the one or more codec lists identifying the new codec; transmitting, from the server, the updated one or more codec lists to each switch; and storing, at each switch, the updated one or more codec lists to enable supporting of the new codec in the IP telephony system. receiving, at a server, a request from a user to add a description of the new codec to the supported codecs storage in a first one of the sites; receiving, at the server, the description for the new codec from the user; storing the description of the new codec in the supported codec storage of the first one of the sites; updating, at the server, the one or more codecs lists by adding an identifier to the one or more codec lists identifying the new codec; transmitting, from the server, the updated one or more codec lists to each switch; and storing, at each switch, the updated one or more codec lists to enable supporting of the new codec in the IP telephony system.
Heatable hose having a fluid-carrying inner hose part, the wall of which can be heated by means of at least one electric heating conductor surrounded by a thermally insulating outer layer, the heating conductor being connected by a device for making contact with at least one electric conductor for attachment to a power source, characterized in that - the device for making contact is formed by a moulding, - which at one end has an integral connection to the electric heating conductor, and - which at the other end has a form-fitting connection to the electric conductor. - the device for making contact is formed by a moulding, - which at one end has an integral connection to the electric heating conductor, and - which at the other end has a form-fitting connection to the electric conductor.
A method for testing the leak-tightness of a fuel supply system of a motor vehicle having a fuel tank, in the interior of which a volume-changing element is provided, the so-called compensation volume of which is connected to the surroundings with a storage unit for gaseous fuel constituents being positioned in-between, whereas the interior of the fuel tank, which is fillable with fuel for a consumer, is connectable to the surroundings by way of a valve unit, which is opened during filling of the fuel tank and in the event that a positive-pressure threshold value in the order of up to 100 mbar is exceeded and in the event that a negative-pressure threshold value between the pressure in the tank interior and the ambient pressure is undershot, and is otherwise closed, wherein, by means of a gas-conveying device (90, 93, 94), sequentially and therefore not simultaneously, (a) a differential pressure in relation to the surroundings is generated in the tank interior with the volume-changing element shut off with respect to the surroundings, and (b) a differential pressure in relation to ambient pressure is generated in the volume-changing element or in the tank interior with the volume-changing element not shut off with respect to the surroundings, wherein the generated differential pressure from (a) and the generated differential pressure from (b) are held by switching of suitable shut-off valves (20, 21) and are monitored over a certain period of time, or are inspected after a certain period of time, and wherein if the differential pressure still exceeds a certain threshold value after this period of time, the leak-tightness of the fuel supply system is deemed to be adequate. (a) a differential pressure in relation to the surroundings is generated in the tank interior with the volume-changing element shut off with respect to the surroundings, and (b) a differential pressure in relation to ambient pressure is generated in the volume-changing element or in the tank interior with the volume-changing element not shut off with respect to the surroundings,
A method for depositing material to selected regions of an electronic device housing, said method comprising: forming a mask layer having at least one predetermined opening in a predetermined pattern; adhering the mask layer to a housing surface of the electronic device housing; depositing a layer of material onto the housing surface, the layer of material being provided on the housing surface at least within the or each predetermined opening of the mask layer; and subsequently removing the mask layer from the housing surface, thereby retaining the layer of material on the housing surface in accordance with the predetermined pattern; and removing select portions of the layer of material that are not desired to remain on the housing surface, wherein said removing of the select portions of the layer of material comprises performing laser ablation of the select portions of the layer of material on the housing surface to thereby remove the select portions of the layer of material that are not desired to remain on the housing surface. forming a mask layer having at least one predetermined opening in a predetermined pattern; adhering the mask layer to a housing surface of the electronic device housing; depositing a layer of material onto the housing surface, the layer of material being provided on the housing surface at least within the or each predetermined opening of the mask layer; and subsequently removing the mask layer from the housing surface, thereby retaining the layer of material on the housing surface in accordance with the predetermined pattern; and removing select portions of the layer of material that are not desired to remain on the housing surface, wherein said removing of the select portions of the layer of material comprises performing laser ablation of the select portions of the layer of material on the housing surface to thereby remove the select portions of the layer of material that are not desired to remain on the housing surface.
An apparatus supporting smart assistant services with at least one smart service provider, the apparatus comprising: an audio device configured to receive a speech signal comprising a user utterance and capture the user utterance when the user utterance includes a user wake word; and a backend computing device configured to receive the captured user utterance from the audio device, replace the user wake word with a first specific wake word in the user utterance to form a first processed utterance, and send the first processed utterance to a first smart service provider, wherein the user wake word and the first specific wake word are different and wherein the at least one smart service provider includes the first smart service provider. an audio device configured to receive a speech signal comprising a user utterance and capture the user utterance when the user utterance includes a user wake word; and a backend computing device configured to receive the captured user utterance from the audio device, replace the user wake word with a first specific wake word in the user utterance to form a first processed utterance, and send the first processed utterance to a first smart service provider, wherein the user wake word and the first specific wake word are different and wherein the at least one smart service provider includes the first smart service provider.
A knitting method of a knitted fabric with double stitches formed by overlapping one stitch over the other stitch of two stitches adjacent in a knitting width direction using a flat knitting machine including at least a front and a back needle bed, capable of transferring stitches between the front and back needle beds; the knitting method characterised by comprising the steps of: continuously knitting the one stitch and an adjacent stitch adjacent on a side opposite to the one stitch with respect to the other stitch; knitting the other stitch; and forming the double stitch by overlapping the knitted one stitch and the other stitch. continuously knitting the one stitch and an adjacent stitch adjacent on a side opposite to the one stitch with respect to the other stitch; knitting the other stitch; and forming the double stitch by overlapping the knitted one stitch and the other stitch.
A helix assembly for a separator, the helix assembly comprising: a plurality of segments coupled end to end, wherein each of the segments has a tubular portion with a first circumferential edge and a second circumferential edge and a helical portion extending from the second circumferential edge, the tubular portions forming an intermediate casing and the helical portions forming a spiral helix; and an inner casing concentrically disposed within the intermediate casing and coupled to the spiral helix; wherein abutting circumferential edges of the adjacent segments are connected by a first coupling; and wherein each of the helical portions has a circumferential edge coupled to the inner casing by a second coupling. a plurality of segments coupled end to end, wherein each of the segments has a tubular portion with a first circumferential edge and a second circumferential edge and a helical portion extending from the second circumferential edge, the tubular portions forming an intermediate casing and the helical portions forming a spiral helix; and an inner casing concentrically disposed within the intermediate casing and coupled to the spiral helix; wherein abutting circumferential edges of the adjacent segments are connected by a first coupling; and wherein each of the helical portions has a circumferential edge coupled to the inner casing by a second coupling.
A method of processing waste matter containing heat softening material, the method comprising: providing an apparatus for pyrolysing material containing organic matter said apparatus having a heated chamber in which said material containing organic matter is heated and a treatment chamber connected to said heated chamber by feed and return conduits (204, 206); providing a waste processing apparatus having rotating drum having gaps therein placing the waste matter containing heat softening material in said rotating drum; pyrolysing said material containing organic matter within said heated chamber to produce syngas; circulating said syngas through said treatment chamber; treating said circulated gas in said treatment chamber by heating it in a substantially oxygen free environment; recycling at least part of said syngas through said heated chamber; and passing at least some of said syngas through said waste processing apparatus to heat the waste matter therein to a temperature sufficient to heat soften the heat softening material contained therein but not sufficient to pyrolyse the waste matter; and rotating the drum so as to cause the heat softened material to centrifugally separate from the remainder of the waste matter by passing through the gaps in the drum; wherein said hot syngas contains substantially no oxygen. providing an apparatus for pyrolysing material containing organic matter said apparatus having a heated chamber in which said material containing organic matter is heated and a treatment chamber connected to said heated chamber by feed and return conduits (204, 206); providing a waste processing apparatus having rotating drum having gaps therein placing the waste matter containing heat softening material in said rotating drum; pyrolysing said material containing organic matter within said heated chamber to produce syngas; circulating said syngas through said treatment chamber; treating said circulated gas in said treatment chamber by heating it in a substantially oxygen free environment; recycling at least part of said syngas through said heated chamber; and passing at least some of said syngas through said waste processing apparatus to heat the waste matter therein to a temperature sufficient to heat soften the heat softening material contained therein but not sufficient to pyrolyse the waste matter; and rotating the drum so as to cause the heat softened material to centrifugally separate from the remainder of the waste matter by passing through the gaps in the drum; wherein said hot syngas contains substantially no oxygen.