mhurhangee/patent-ind-claim-en huggingface dataset:
A system for use in determining the relative position of first (1012; 1212; 1312; 1412; 1512; 1612) and second (1014; 1214; 1314; 1414; 1514; 1614) parts of a downhole arrangement, the system comprising: a plurality of indicator elements (1016; 1116; 1216; 1316; 1416; 1516; 1616) having a predetermined spatial arrangement relative to the first part of the downhole arrangement, each indicator element capable of providing a distinct electromagnetic field; and a sensor element (1022; 1222; 1354; 1454; 1554; 1654) which is capable of sensing respective electromagnetic fields coupled from each of the indicator elements, wherein the second part of the downhole arrangement selectively extends between the sensor element and one or more of the indicator elements according to the relative position of the first and second parts of the downhole arrangement. a plurality of indicator elements (1016; 1116; 1216; 1316; 1416; 1516; 1616) having a predetermined spatial arrangement relative to the first part of the downhole arrangement, each indicator element capable of providing a distinct electromagnetic field; and a sensor element (1022; 1222; 1354; 1454; 1554; 1654) which is capable of sensing respective electromagnetic fields coupled from each of the indicator elements, wherein the second part of the downhole arrangement selectively extends between the sensor element and one or more of the indicator elements according to the relative position of the first and second parts of the downhole arrangement.
An apparatus for cooking food with superheated steam comprising an outer casing , which comprises inside it a cooking chamber , adapted to contain one or more foods; a steam generating device associated with said casing , adapted to vaporize a liquid, said steam generating device comprising a body comprising at least one heating element and at least one thermally conductive element , said at least one heating element being adapted to heat said liquid inserted, in use, inside said steam generating device , said heating element also being adapted to heat said thermally conductive element so as to store in said thermally conductive element a predetermined amount of energy to be used to generate steam; a superheating device of said steam, associated with said steam generation device , said superheating device being configured to heat said steam to an operating temperature (T), which is higher than the boiling temperature of said liquid and to allow said superheated steam to come out towards said cooking chamber , said superheating device comprising a containment body , a support member made of a non-electrically conductive material, which is arranged inside said containment body , said support member having at least one channel passing through said support member , to allow the passage of said steam, at least one electrically conductive element arranged in said at least one channel of said support member , said at least one electrically conductive element being fed, in use, by an electric power source to be heated to a temperature such as to emit electromagnetic radiations, said steam being heated, in use, by said electromagnetic radiation by irradiation. a steam generating device associated with said casing , adapted to vaporize a liquid, said steam generating device comprising a body comprising at least one heating element and at least one thermally conductive element , said at least one heating element being adapted to heat said liquid inserted, in use, inside said steam generating device , said heating element also being adapted to heat said thermally conductive element so as to store in said thermally conductive element a predetermined amount of energy to be used to generate steam; a superheating device of said steam, associated with said steam generation device , said superheating device being configured to heat said steam to an operating temperature (T), which is higher than the boiling temperature of said liquid and to allow said superheated steam to come out towards said cooking chamber , said superheating device comprising a containment body , a support member made of a non-electrically conductive material, which is arranged inside said containment body , said support member having at least one channel passing through said support member , to allow the passage of said steam, at least one electrically conductive element arranged in said at least one channel of said support member , said at least one electrically conductive element being fed, in use, by an electric power source to be heated to a temperature such as to emit electromagnetic radiations, said steam being heated, in use, by said electromagnetic radiation by irradiation.
Device intended for the renovation of a building, device comprising a set of ducts (3, 4-6, 11-14) for fluids constituted by a temperature maintenance duct and ducts to supply other fluids (4-6, 11-14) as well as a device to attach said ducts (3, 4-6, 11-14) onto the outer façade of the building, said attachment device comprising a receiver plate attached at a distance on the outer façade by means of mounting studs , the plate being equipped on either side by inner and outer mounting studs spaced at a distance from one another to receive on the inner side the temperature maintenance duct and on the outer side the ducts (4-6, 11-14) to supply other fluids.
A device for generating a non-thermal atmospheric pressure plasma, having - a piezoelectric transformer , and - a first support element , characterized in that the piezoelectric transformer is arranged on the first support element in such a manner that an oscillation node is realized at a position, at which the piezoelectric transformer rests on the first support element , if the piezoelectric transformer is operated at an operational frequency which is less than its parallel resonance frequency, and the piezoelectric transformer is used for generating a non-thermal atmospheric pressure plasma. - a piezoelectric transformer , and - a first support element ,
Connecting device for rigidly anchoring a part to be anchored to an underground , the part to be anchored being a column or a wall, the connecting device comprising a bolt which, when the part has been anchored, is intended to project into a recess of the part to be anchored , which recess is downwardly open, and be adhered to the boundary surfaces of the recess , the recess comprising a larger diameter than the bolt , characterised in that the connecting device comprises an adhesive receptacle which delimits a cavity suitable for receiving an adhesive portion , the cavity being upwardly delimited by a cover surface , the cover surface being penetrated by the bolt and it being possible to move the cover surface in the longitudinal direction of the bolt relative to said bolt, an open gap being located between the edge of the opening , through which the bolt extends, and the peripheral surface of the bolt , through which gap adhesive can be squeezed, along the peripheral surface of the bolt , into the recess on the part to be anchored from the adhesive portion .
Door device for a sanitary cell of a rail vehicle for passenger transport, having a movable door leaf and a first door lever , which is connected to the door leaf , for manually moving the door leaf , wherein the door device has a further, second door lever for manually moving the door leaf , which second door lever is coupled to the first door lever such that actuation of the second door lever brings about actuation of the first door lever , wherein the door device has a manually actuable first locking element , which is connected to the door leaf , for locking and unlocking the door device, and a further, second locking element , which is connected to the door leaf and is manually actuable, wherein the first locking element and the second locking element are coupled to each other such that the actuation of the second locking element brings about an actuation of the first locking element , wherein the first door lever is arranged in the region of a main closing edge of the door leaf , wherein the second door lever is arranged further in the direction of a secondary closing edge of the door leaf opposite the main closing edge , and wherein the first locking element is arranged in the region of a main closing edge of the door leaf , wherein the second locking element is arranged further in the direction of a secondary closing edge of the door leaf opposite the main closing edge .
A frame body structure of push-out windows, comprising: an outer frame and an inner leaf , wherein the outer frame is at least provided with an opening , the inner leaf is pivotally connected to the outer frame and opens and closes the opening of the outer frame , at least one channel (A) is provided in a closed area between the inner leaf and the outer frame when the inner leaf closes the opening of the outer frame , a frame body (B) for receiving a folding screen window component is arranged in the at least one channel (A), and a part of the frame body (B) protrudes out of the at least one channel (A), wherein the at least one channel (A) is provided on the outer frame , and wherein at least one airtight bar (C, D) is provided between the protruding part of the frame body (B) and the outer frame and/or the inner leaf , so that when the inner leaf closes the opening of the outer frame , the at least one airtight bar (C, D) is able to fit against the frame body (B) so as to enable the setting of the frame body (B) not to affect the watertight and airtight effect. an outer frame and an inner leaf , wherein the outer frame is at least provided with an opening , the inner leaf is pivotally connected to the outer frame and opens and closes the opening of the outer frame , at least one channel (A) is provided in a closed area between the inner leaf and the outer frame when the inner leaf closes the opening of the outer frame , a frame body (B) for receiving a folding screen window component is arranged in the at least one channel (A), and a part of the frame body (B) protrudes out of the at least one channel (A), wherein the at least one channel (A) is provided on the outer frame , and wherein at least one airtight bar (C, D) is provided between the protruding part of the frame body (B) and the outer frame and/or the inner leaf , so that when the inner leaf closes the opening of the outer frame , the at least one airtight bar (C, D) is able to fit against the frame body (B) so as to enable the setting of the frame body (B) not to affect the watertight and airtight effect.
Method for distributing and subsequently compacting provided harvested material by means of a distribution tool during a distribution operation, wherein the distribution tool is mounted in a movable manner on an agricultural work machine and is motion-controlled at least partially in an automatic manner, wherein the distributed harvested material is compacted during a subsequent compacting operation, characterized in that a current degree of compaction (V_akt) of the compacted harvested material is determined in dependence on at least one parameter (P_ma) of a work machine used for compaction, on at least one parameter (P_eg) of the harvested material , and on a number (Z_akt) of compacting cycles already carried out during the compacting operation, and is compared with a predetermined value of a minimum degree of compaction (V_min) that depends on properties or parameters of the harvested material , wherein, depending on the result of the comparison between the current degree of compaction (V_akt) and the minimum degree of compaction (V_min), an additional number (Z_zus), still to be carried out during the current compacting operation, of compacting cycles is determined and signalled to a display unit .
Apparatus , configured and adapted to separate substances of different flowability that are mixed together, comprising a frame structure , a hollow drum which is driven in rotation and mounted on the frame structure and has a perforated circumferential surface (M) and at least one at least partially open end side (S V , S H ), an endless press belt driven in rotation which is wrapped around part of the circumferential surface of the hollow drum and can be pressed from outside against the hollow drum , a product intake wedge formed by the press belt and the hollow drum for guiding into the apparatus a product flow consisting of material to be pressed into the space between the hollow drum and the press belt in an inlet region (E) of the product flow, a support apparatus for the press belt with at least one support element which is located on the side of the press belt opposite the hollow drum , and a device for discharging separation material pressed through the perforated circumferential surface (M) into the hollow space (H) of the hollow drum from the at least partially open end side (S V , S H ) of the hollow drum , characterised in that a cooling device configured and adapted to cool the separation material during processing by means of a cryogenic cooling medium is assigned to the hollow drum , wherein the cooling device is disposed in the hollow space (H) of the hollow drum and comprises at least one nozzle which is connected to a reservoir of cooling medium via a supply line .
A method for fabricating a light-emitting diode, comprising a step of preparing a light-emitting layer on a front face of a support , said emitting layer comprising at least three adjacent quantum wells emitting at different wavelengths, said quantum wells being in contact with the front face of the support, comprising a substrate, wherein the step of depositing the light-emitting layer comprises a sub-step consisting in locally varying the temperature of a back face of the support opposite to the front face such that the front face of the support comprises at least three areas at different temperatures, the local temperature variation of the support being carried out on areas of different thicknesses of the substrate.
An apparatus comprising means for performing: - storing a first token and a second token; - obtaining a first hash value based at least in part on the first token and the second token, and - causing the apparatus to participate in a security procedure, based at least in part on the first hash, with a second apparatus , characterized in that the means are configured to obtain, from a server, a second hash, the second hash being based on the first token and a third token, and wherein obtaining the first hash based at least in part on the first token comprises obtaining the first hash based at least in part on the second hash, wherein the apparatus does not know the third token. - storing a first token and a second token; - obtaining a first hash value based at least in part on the first token and the second token, and - causing the apparatus to participate in a security procedure, based at least in part on the first hash, with a second apparatus , characterized in that the means are configured to obtain, from a server, a second hash, the second hash being based on the first token and a third token, and wherein obtaining the first hash based at least in part on the first token comprises obtaining the first hash based at least in part on the second hash, wherein the apparatus does not know the third token.
An air passage structure for a surface cleaning device , comprising: an electric motor accommodating chamber provided with an accommodating chamber air inlet part and an accommodating chamber air outlet part ; an inner cover provided within the electric motor accommodating chamber and provided with an inner cover air inlet part and an inner cover air outlet part , wherein the accommodating chamber air inlet part is in communication with the inner cover air inlet part via an air inlet passage ; and an electric motor accommodated in the inner cover , wherein a partition member is provided in the electric motor accommodating chamber ; the partition member is provided between the inner cover and the accommodating chamber air outlet part to divide the electric motor accommodating chamber into a first air passage cavity and a second air passage cavity ; the inner cover is accommodated in the first air passage cavity ; characterized in that , the first air passage cavity is in communication with the second air passage cavity at an outer wall of the air inlet passage . an electric motor accommodating chamber provided with an accommodating chamber air inlet part and an accommodating chamber air outlet part ; an inner cover provided within the electric motor accommodating chamber and provided with an inner cover air inlet part and an inner cover air outlet part , wherein the accommodating chamber air inlet part is in communication with the inner cover air inlet part via an air inlet passage ; and an electric motor accommodated in the inner cover , wherein a partition member is provided in the electric motor accommodating chamber ; the partition member is provided between the inner cover and the accommodating chamber air outlet part to divide the electric motor accommodating chamber into a first air passage cavity and a second air passage cavity ; the inner cover is accommodated in the first air passage cavity ; characterized in that , the first air passage cavity is in communication with the second air passage cavity at an outer wall of the air inlet passage .
A fabric comprising an arrangement of yarns disposed in a weaving pattern forming a face of the fabric and a reverse side of the fabric, said arrangement of yarns comprising one or several warp yarn(s) and one or several weft yarn(s), characterized in that at least one of said warp yarns and of said weft yarns is an aromatic polyester yarn (1; 3; 5, 6; 9, 10; 13,14), the other yarns (2; 4; 7, 8; 11, 12; 15) being made of a material other than the aromatic polyester, said aromatic polyester yarn being bonded to the other yarns within the weaving pattern such that this aromatic polyester yarn (1; 3; 5, 6; 9, 10; 13, 14) does not appear on the face of the fabric.
A communication apparatus configured to record communication data with a communication destination that is configured to perform communication using a VOIP technology in an external recording apparatus , wherein the external recording apparatus is connected to the communication apparatus via an IP network, the communication apparatus comprising: a memory configured to store communication data with a communication destination ; and a control unit configured to transmit and receive the communication data to and from the communication destination in each first duration and store the transmitted and received communication data in the memory , then output, after a communication session with the external recording apparatus that is configured to record the communication data is established, the communication data stored in the memory to the external recording apparatus in each second duration that is shorter than the first duration, wherein the control unit is configured to output, after a communication session with the communication destination is established and before transmission data is transmitted to the communication destination , a request signal for establishing a communication session to the external recording apparatus . a memory configured to store communication data with a communication destination ; and a control unit configured to transmit and receive the communication data to and from the communication destination in each first duration and store the transmitted and received communication data in the memory , then output, after a communication session with the external recording apparatus that is configured to record the communication data is established, the communication data stored in the memory to the external recording apparatus in each second duration that is shorter than the first duration, wherein the control unit is configured to output, after a communication session with the communication destination is established and before transmission data is transmitted to the communication destination , a request signal for establishing a communication session to the external recording apparatus .
A method of manufacturing an electrode for a fuel cell , comprising the steps of: - Providing a plurality of catalyst particles supported on at least one electrically conductive particle support , and - Depositing one or more atomic or molecular layer of an ionomer from the gas phase on the catalyst particles and/or the at least one particle support and thereby forming a proton-conductive ionomer layer . - Providing a plurality of catalyst particles supported on at least one electrically conductive particle support , and - Depositing one or more atomic or molecular layer of an ionomer from the gas phase on the catalyst particles and/or the at least one particle support and thereby forming a proton-conductive ionomer layer .
A self-moving device for moving and working in a working region, and comprising: a housing ; a movement module , mounted at the housing , and driven by a drive motor to enable the self-moving device to move; a control module, controlling movement and working of the self-moving device; and a detection unit, electrically connected to the control module, and detecting a movement and/or status parameter of the self-moving device, characterized in that when the detection unit detects that the movement and/or status parameter of the self-moving device satisfies a preset condition, the control module alternatingly decreases and increases an acceleration of the movement of the self-moving device, so as to keep a speed of the movement of the self-moving device in a preset range, wherein the movement and/or status parameter of the self-moving device comprises the speed or acceleration of the movement of the self-moving device, and the preset condition is that the speed or acceleration of the movement of the self-moving device is greater than or equal to a first threshold, or wherein the movement and/or status parameter of the self-moving device comprises a downward tilt angle of the self-moving device, and the preset condition is that the downward tilt angle of the self-moving device is greater than or equal to a preset angle value. a housing ; a movement module , mounted at the housing , and driven by a drive motor to enable the self-moving device to move; a control module, controlling movement and working of the self-moving device; and a detection unit, electrically connected to the control module, and detecting a movement and/or status parameter of the self-moving device, characterized in that when the detection unit detects that the movement and/or status parameter of the self-moving device satisfies a preset condition, the control module alternatingly decreases and increases an acceleration of the movement of the self-moving device, so as to keep a speed of the movement of the self-moving device in a preset range, wherein the movement and/or status parameter of the self-moving device comprises the speed or acceleration of the movement of the self-moving device, and the preset condition is that the speed or acceleration of the movement of the self-moving device is greater than or equal to a first threshold, or wherein the movement and/or status parameter of the self-moving device comprises a downward tilt angle of the self-moving device, and the preset condition is that the downward tilt angle of the self-moving device is greater than or equal to a preset angle value.