mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid circulation heating device for modular assembly in the installation step, comprising at least one body provided with an inner chamber , in which a heating liquid can circulate, and with a front plate , having an outer face facing in use the space to heat and defining a first heat exchange surface , and a rear plate , opposite to the front plate and delimiting the chamber at the back; and four connections communicating with the chamber and extending from the body ; wherein the front plate delimits the chamber at the front and has an inner face , opposite to the outer face and facing the chamber and wettable by the heating liquid; and the rear plate has an inner face , facing the chamber and wettable by the heating liquid, and an outer face , opposite to the inner face and defining a second heat exchange surface , which can face, in use, a supporting wall (W) to which the device can be fixed by fastening members; the chamber being delimited at the front by the inner face of the front plate and at the back by the inner face of the rear plate ; wherein the inner face of the front plate and the inner face of the rear plate face one another and are spaced apart so that the distance between said inner faces defines the thickness of the chamber ; and the rear plate supports a plurality of heat exchange fins which extend outside the chamber from said outer face of the rear plate and are integral and form a monolithic piece with the rear plate ; and the four connections project from the rear plate ; wherein all of the fins extend directly from the chamber and are joined directly to a wet wall of the chamber so that all of the fins are wet fins having a root edge joined to the wet wall of the chamber , which can come directly into contact with the heating liquid; and the connections are substantially perpendicular to said rear plate so as the device is configured so as to be able to be connected to other devices , by means of connecting groups which can join pairs of connections of respective devices , and to be able to assembly a modular system which can be assembled in modular form in the installation step in a room/environment to heat and which can extend, with reference to the normal position of use of the system , in height, width and/or depth.
A cardan joint , comprising: a first yoke ; and a second yoke ; wherein the first yoke and the second yoke are connected via a linkage ; the cardan joint further comprising: a backlash adjusting mechanism, the backlash adjusting mechanism configured to reduce or increase an amount of backlash between the linkage and either the first yoke or the second yoke ; and a shaft , either: fixed to one of the yokes and threadedly engaged to the linkage ; or fixed to the linkage and threadedly engaged to one of the yokes ; so as to prevent axial displacement therebetween characterised in that the or each backlash adjusting mechanism is provided as one or more slots within the linkage , wherein a width of the or each slot is adjustable. a first yoke ; and a second yoke ; wherein the first yoke and the second yoke are connected via a linkage ; a backlash adjusting mechanism, the backlash adjusting mechanism configured to reduce or increase an amount of backlash between the linkage and either the first yoke or the second yoke ; and a shaft , either: fixed to one of the yokes and threadedly engaged to the linkage ; or fixed to the linkage and threadedly engaged to one of the yokes ; fixed to one of the yokes and threadedly engaged to the linkage ; or fixed to the linkage and threadedly engaged to one of the yokes ; so as to prevent axial displacement therebetween
An audio apparatus for generating a diffuse reverberation signal for an environment; the apparatus comprising: a receiver arranged to receive a plurality of audio signals representing sound sources in the environment; a metadata receiver arranged to receive metadata for the plurality of audio signals, the metadata comprising: a diffuse reverberation signal to total signal relationship measure indicative of a level of diffuse reverberation sound relative to total emitted sound in the environment, and for each audio signal: a signal level indication; directivity data indicative of directivity of sound radiation from the sound source represented by the audio signal; a circuit arranged to, for each of the plurality of audio signals, determine: a total emitted energy indication based on the signal level indication and the directivity data, and a downmix coefficient based on the total emitted energy indication and the diffuse reverberation signal to total signal relationship measure; a downmixer arranged to generate a downmix signal by combining signal components of each audio signal generated by applying the downmix coefficient for each audio signal to the audio signal; a reverberator for generating the diffuse reverberation signal for the environment from the downmix signal component. a receiver arranged to receive a plurality of audio signals representing sound sources in the environment; a metadata receiver arranged to receive metadata for the plurality of audio signals, the metadata comprising: a diffuse reverberation signal to total signal relationship measure indicative of a level of diffuse reverberation sound relative to total emitted sound in the environment, and for each audio signal: a signal level indication; directivity data indicative of directivity of sound radiation from the sound source represented by the audio signal; a signal level indication; directivity data indicative of directivity of sound radiation from the sound source represented by the audio signal; a circuit arranged to, for each of the plurality of audio signals, determine: a total emitted energy indication based on the signal level indication and the directivity data, and a downmix coefficient based on the total emitted energy indication and the diffuse reverberation signal to total signal relationship measure; a total emitted energy indication based on the signal level indication and the directivity data, and a downmix coefficient based on the total emitted energy indication and the diffuse reverberation signal to total signal relationship measure; a downmixer arranged to generate a downmix signal by combining signal components of each audio signal generated by applying the downmix coefficient for each audio signal to the audio signal; a reverberator for generating the diffuse reverberation signal for the environment from the downmix signal component.
A controller arrangement comprising a transceiver capable of communication via a wireless communication network ; a controller arranged to control a physical entity at which the controller arrangement is arranged; and an interface between the transceiver and the controller , wherein the transceiver is arranged to provide information via the interface about present or imminent interrupts in the communication via the wireless communication network based on mobility management information associated with the wireless communication network , and the controller is arranged to operate in at least a first state when the information indicates that no interrupts are present or imminent, wherein the first state includes closed loop control from a remote entity via the wireless communication network , and a second state when the information indicates that interrupts are present or imminent, wherein the second state includes autonomous control operations by the controller .
A method performed by a mobile station for repeated radio block transmission in a wireless communications network capable of time division multiplexing, wherein the wireless communications network is a Global System for Mobile communications, GSM, network and/or an Enhanced Data Rates for GSM Evolution, EDGE, network, the method comprises: obtaining an information about repeated radio block transmission from a network node , wherein the information comprises a burst mapping to be applied by the mobile station in the uplink; mapping bits of each burst of data out of four bursts of data comprised in a radio block to be transmitted in uplink, to corresponding two or more assigned Time Slots, TS, in respective two or more consecutive Time Division Multiple Access, TDMA, frames until the number of repetitions used by the mobile station is reached; and transmitting each burst of data in the respective two or more consecutive TDMA frames in the uplink. obtaining an information about repeated radio block transmission from a network node , wherein the information comprises a burst mapping to be applied by the mobile station in the uplink; mapping bits of each burst of data out of four bursts of data comprised in a radio block to be transmitted in uplink, to corresponding two or more assigned Time Slots, TS, in respective two or more consecutive Time Division Multiple Access, TDMA, frames until the number of repetitions used by the mobile station is reached; and transmitting each burst of data in the respective two or more consecutive TDMA frames in the uplink.
Structural casing for an axial turbomachine , in particular for an aircraft turbojet engine, the casing comprising: - an outer ring ; - a central hub ; and - a plurality of radial arms extending radially from the central hub to the outer ring , the outer ring being angularly divided into a plurality of angular sectors welded together in pairs and welded to the radial arms , characterised in that at least two of the angular sectors describe different angles, one of the angular sectors preferably describing an angle at least twice, three times or four times greater than another of the angular sectors . - an outer ring ; - a central hub ; and - a plurality of radial arms extending radially from the central hub to the outer ring ,
A filter element for solid-liquid filtering, the filter element is a filter element for a vertical filter chamber press wherein said filter element is able to be arranged between filter plates restricting said vertical filter chamber press wherein the filter element is a planar piece with a horizontal top edge and bottom edge , and vertical side edges ; and the filter element comprises mounting means ; the filter element comprises at least one filtering portion made of a solid-liquid filter fabric and a feed opening , the filter element comprises side surfaces ; and the filter element is provided with at least one support element, which is a separately formed piece fastened to the filter element ; characterised in that around the feed opening there is the support element that consists of only a plate-like piece made of a polymer plate, whereby it differs from the fabric structure, the support element comprises side surfaces ; the support element is of polypropylene (PP) or polyurethane (PU); the support element is permanently fastened to the solid-liquid filter fabric of the filter element by arranging the side surfaces against each other and stitching them together in such a manner that the support element is arranged only on one side of the solid-liquid filter fabric; and the support element comprises at least one flow opening .
A method for laser welding of plastics, comprising the steps of a) providing a first plastic material to be welded comprising a compound capable of absorbing near-infrared light, b) positioning a second plastic material in intimate contact with the first plastic material, and c) activating a laser source emitting a wave length in the near-infrared spectrum to obtain attachments of the first and the second plastic material, characterised in that the compound is a derivative of croconic acid having the general where the functional groups R1, R2, R3, and R4 represent identical alkyls having 4 to 20 carbon atoms. a) providing a first plastic material to be welded comprising a compound capable of absorbing near-infrared light, b) positioning a second plastic material in intimate contact with the first plastic material, and c) activating a laser source emitting a wave length in the near-infrared spectrum to obtain attachments of the first and the second plastic material,
A method for identifying missing elements using a service graph, the method comprising: (a) identifying , by a device intermediary to a plurality of microservices, a service graph comprising a plurality of nodes and a plurality of arcs between the plurality of nodes, each of the plurality of nodes representing a microservice of the plurality of microservices and each of the arcs representing a link of a plurality of links between the plurality of microservices; (b) monitoring , by the device, network traffic across the plurality of links among the plurality of microservices, by monitoring application programming interface, API, calls over the plurality of links between the plurality of microservices represented by the service graph; (c) determining , by the device responsive to the monitoring and by using the service graph, that one of a microservice of the plurality of microservices and a link of the plurality of links is not receiving at least a portion of network traffic, by determining that one or more APIs of the microservice or one or more API calls via the link to one or more microservices are one of not being called or failing; and (d) displaying , by the device, the service graph to identify that one of a node corresponding to the microservice or an arc corresponding to the link is missing. (a) identifying , by a device intermediary to a plurality of microservices, a service graph comprising a plurality of nodes and a plurality of arcs between the plurality of nodes, each of the plurality of nodes representing a microservice of the plurality of microservices and each of the arcs representing a link of a plurality of links between the plurality of microservices; (b) monitoring , by the device, network traffic across the plurality of links among the plurality of microservices, by monitoring application programming interface, API, calls over the plurality of links between the plurality of microservices represented by the service graph; (c) determining , by the device responsive to the monitoring and by using the service graph, that one of a microservice of the plurality of microservices and a link of the plurality of links is not receiving at least a portion of network traffic, by determining that one or more APIs of the microservice or one or more API calls via the link to one or more microservices are one of not being called or failing; and (d) displaying , by the device, the service graph to identify that one of a node corresponding to the microservice or an arc corresponding to the link is missing.
A method for controlling a waste heat recovery system associated with a powertrain of a vehicle , the powertrain comprising a combustion engine and a gearbox connected to the combustion engine , the waste heat recovery system comprising a working fluid circuit ; an evaporator ; an expander ; a condenser ; a reservoir for a working fluid (WF) and a pump arranged to pump the working fluid (WF) through the circuit , wherein the evaporator is arranged for heat exchange between the working fluid (WF) and at least one heat source , wherein the waste heat recovery system further comprises a cooling circuit arranged in connection to the condenser , and wherein the expander is mechanically coupled to the powertrain , the method comprising the steps of: - determining (s101) the pressure (P) and temperature (T) of the working fluid (WF) upstream of the expander ; - controlling (s102) the rotational speed of the expander based on the determined pressure (P) and temperature (T), characterized in that the rotational speed of the expander is controlled based on a comparison between the pressure (P) and a predetermined maximum pressure (P max ) and a comparison between a difference (ΔT) between the temperature (T) and the boiling point (BP) for the working fluid (WF) and a predetermined minimum temperature difference (ΔT min ). - determining (s101) the pressure (P) and temperature (T) of the working fluid (WF) upstream of the expander ; - controlling (s102) the rotational speed of the expander based on the determined pressure (P) and temperature (T),
An insulating body of an injection molding tool for the thermal insulation of a first component from a second component of the injection molding tool or as an element of a component of the injection molding tool, wherein the insulating body comprises a metal that is formed directly from a metallic melt and has an amorphous structure, characterized in that the insulating body forms a pressure piece for arrangement between a hot runner distributor body and a tool body ; and/or in that the insulating body forms a nozzle head for mounting a hot runner nozzle on the hot runner distributor body ; and/or in that the insulating body forms an attachment for arrangement on nozzle tip of a hot runner nozzle ; and/or in that the insulating body forms an element of a hot runner nozzle formed in one part. the insulating body forms a pressure piece for arrangement between a hot runner distributor body and a tool body ; and/or in that the insulating body forms a nozzle head for mounting a hot runner nozzle on the hot runner distributor body ; and/or in that the insulating body forms an attachment for arrangement on nozzle tip of a hot runner nozzle ; and/or in that the insulating body forms an element of a hot runner nozzle formed in one part.
A method for reducing the vibrations of a washing machine body and/or a base on which said washing machine is placed during the operation thereof, said washing machine being loaded from the front, whereby said washing machine comprises a body with a front wall provided with a loading aperture, a movable door with which said loading aperture can be closed, and a washing tub that is placed in said body and comprises an opening facing the front wall of said body and a washing drum for receiving laundry, whereby the washing drum comprises an opening which is at least approximately aligned with the opening of said tub and said loading aperture in the front wall, sensor means for directly or indirectly measuring vibrations, a memory unit, a processing unit, a control unit, and a display unit, characterized in that it comprises: a) detection of the natural frequencies and corresponding vibration amplitudes of a washing machine in relation to a base on which said washing machine is placed by means of sensor means placed in the lower part of a body of the washing machine , b) storing of information about the said natural frequencies and corresponding vibration amplitudes and/or the corresponding directly or indirectly measured forces transmitted from the body to the base in a memory unit of said washing machine , c) comparing in a processing unit of said washing machine of values of the above amplitudes or forces with the limit values stored in said memory unit, d) reducing vibrations of said washing machine body and/or said base on which said washing machine is placed during the operation thereof based on said detection. a) detection of the natural frequencies and corresponding vibration amplitudes of a washing machine in relation to a base on which said washing machine is placed by means of sensor means placed in the lower part of a body of the washing machine , b) storing of information about the said natural frequencies and corresponding vibration amplitudes and/or the corresponding directly or indirectly measured forces transmitted from the body to the base in a memory unit of said washing machine , c) comparing in a processing unit of said washing machine of values of the above amplitudes or forces with the limit values stored in said memory unit, d) reducing vibrations of said washing machine body and/or said base on which said washing machine is placed during the operation thereof based on said detection.
A compound of formula (II): wherein R 1 , R 2 and R 3 are a chlorine atom; R 4 is selected from the group consisting of hydrogen atom, 2-methylpropyl, 1-methylpropyl, cyclopropyl, cyclopropyl substituted by C 2 -C 6 -alkenyl, aralkyl and aralkyl substituted by hydroxyl and R 5 is a hydrogen atom; or R 4 and R 5 form together with the carbon atom to which they are linked a cyclopropyl; R 6 is selected from the group consisting of hydrogen atom, C 1 -C 6 -alkyl, C 1 -C 6 -haloalkyl, C 1 -C6-cyanoalkyl, C2-C6-alkenyl, C2-C6-alkynyl, C3-C8-cycloalkyl, aryl, aralkyl, -C 1 -C 6 -alkyl-Si(C 1 -C 6 -alkyl) and -C 1 -C 6 -alkyl- C3-C8-cycloalkyl; R 7 is a hydrogen atom or a C 1 -C 6 -alkyl. R 1 , R 2 and R 3 are a chlorine atom; R 4 is selected from the group consisting of hydrogen atom, 2-methylpropyl, 1-methylpropyl, cyclopropyl, cyclopropyl substituted by C 2 -C 6 -alkenyl, aralkyl and aralkyl substituted by hydroxyl and R 5 is a hydrogen atom; or R 4 and R 5 form together with the carbon atom to which they are linked a cyclopropyl; R 6 is selected from the group consisting of hydrogen atom, C 1 -C 6 -alkyl, C 1 -C 6 -haloalkyl, C 1 -C6-cyanoalkyl, C2-C6-alkenyl, C2-C6-alkynyl, C3-C8-cycloalkyl, aryl, aralkyl, -C 1 -C 6 -alkyl-Si(C 1 -C 6 -alkyl) and -C 1 -C 6 -alkyl- C3-C8-cycloalkyl; R 7 is a hydrogen atom or a C 1 -C 6 -alkyl.
Apparatus for non-contact identifying of red tissue structures in products of slaughtered animal bodies, comprising a conveying device for continuous conveyance of the products in a conveying direction (F), a light source configured to generate a flat light field which is designed and adapted to form a light line running transversely to the conveying direction (F) of the product from the flat light field , a detecting device for identifying the red tissue structures which comprises at least one optical sensor means for recording the portions of light reflected by the product , wherein the light source is configured as an infrared light source, wherein the light source and the optical sensor means are arranged spaced apart in the conveying direction (F), characterized in that the light source is arranged such that the plane of the flat light field is tilted relative to the conveying direction (F) by a light field angle (α) of less than 90°, and the detecting device is arranged such that the light portions reflected by the product are recorded at a viewing angle (β) of less than 90° relative to the conveying direction (F), and the light source and detecting device are arranged such that the light field angle (α) is greater than the viewing angle (β).