mhurhangee/ep-ind-claims huggingface dataset:
A system for aerating a liquid food product, wherein the system comprises a bubble generator for generating bubbles in a liquid food product flow, wherein the bubble generator comprises a wall having gas transmissive pores, which wall separates an air supply space from the liquid food product flow, wherein an air supply is provided for supplying air to the air supply space, wherein said air supply comprises - an air drying device for drying air, preferably dehumidifying air, to be supplied to the air supply space and/or - a container containing pre-dried air, said container being arranged for supplying dried air to the air supply space and wherein said air has a relative humidity below 70%. - an air drying device for drying air, preferably dehumidifying air, to be supplied to the air supply space and/or - a container containing pre-dried air, said container being arranged for supplying dried air to the air supply space and wherein said air has a relative humidity below 70%.
A removal device for removing tread band from a tire or part thereof, wherein the device comprises: • fixing means (3.1, 3.2) for fixing the tire, such that they allow the rotation of the tire about an axis perpendicular to its main plane, • a support comprising securing means (2.1) for securing a section of tread band, • driving means (2.3) for driving the support of the securing means (2.1) for pulling the tread band with respect to the tire when it is located in the fixing means (3.1, 3.2) in the operating mode, wherein the pulling direction imposed by the securing means (2.1) on the tread band is such that it favors removing the tread band by ripping, separating the fibers of the tread band from the rest of the tire characterized in that it comprises guides (1.1) for moving the support such that the driving means (2.3) allow moving the support away from or closer to the tire when it is located in the fixing means (3.1, 3.2) in the operating mode. • fixing means (3.1, 3.2) for fixing the tire, such that they allow the rotation of the tire about an axis perpendicular to its main plane, • a support comprising securing means (2.1) for securing a section of tread band, • driving means (2.3) for driving the support of the securing means (2.1) for pulling the tread band with respect to the tire when it is located in the fixing means (3.1, 3.2) in the operating mode,
Combination of a refrigerated goods container for a refrigeration appliance and a bearing surface for bearing the refrigerated goods container in a refrigeration appliance, wherein the combination comprises a guiding assembly for guiding a refrigerated goods container in a refrigeration appliance, having a guide roller and a guide rail for guiding the guide roller, wherein the guide rail has a contact surface arranged radially to the guide roller and a guide profile arranged axially to the guide roller, said guide profile being spaced apart from the guide roller and the contact surface, characterised in that the guide roller is arranged on the refrigerated goods container and the guide rail is arranged on the bearing surface, wherein the guide roller is inset into a base area of the refrigerated goods container, wherein a running groove is provided to guide the track roller, wherein a track roller is arranged at one end of the contact surface to guide the refrigerated goods container.
A method comprising: obtaining phase information dependent upon a time-varying phase difference between audio channels captured by a microphone array; obtaining sampling information relating to time-varying spatial sampling of the captured audio channels, wherein the time-varying spatial sampling is carried out as rotational movements of the microphone array capturing the audio channel, using a time-varying function to compensate for the time-varying spatial sampling of the captured audio channels; and processing the phase information and the sampling information to determine audio control information for controlling spatial rendering of the captured audio channels for positional disambiguation, wherein the processing compares a sense of change of the phase information and a sense of change of the sampling information, wherein the sense of change of the phase information comprises the sign of phase change of the captured audio channels and is associated to changing of direction of relative movement of each audio channel, and the sense of change of the sampling information comprises the sense of rotation of the microphone array capturing the audio channels. obtaining phase information dependent upon a time-varying phase difference between audio channels captured by a microphone array; obtaining sampling information relating to time-varying spatial sampling of the captured audio channels, wherein the time-varying spatial sampling is carried out as rotational movements of the microphone array capturing the audio channel, using a time-varying function to compensate for the time-varying spatial sampling of the captured audio channels; and processing the phase information and the sampling information to determine audio control information for controlling spatial rendering of the captured audio channels for positional disambiguation, wherein the processing compares a sense of change of the phase information and a sense of change of the sampling information, wherein the sense of change of the phase information comprises the sign of phase change of the captured audio channels and is associated to changing of direction of relative movement of each audio channel, and the sense of change of the sampling information comprises the sense of rotation of the microphone array capturing the audio channels.
Method for authenticating a client with respect to a service server from which the client requests a resource, wherein the method comprises the following steps: - before the transmission (step 110) of an authentication token (c) to the client, an authentication server cryptographically attaches the authentication token (c) to a secret (cid) shared between the client and the authentication server; - the secret (cid) comprises a channel identity and/or a session identity; - the secret (cid) is synchronised by means of an interactive protocol; - the secret (cid) is derived from a main secret via the use of the main secret as a starting point (seed) for a pseudo-random function; - transmission (step 110) of the authentication token (c) from the authentication server to the client; - transmission (step 120) of the authentication token (c) from the client to the service server; - verification (step 130) of the authentication token (c) by the service server; and - deciding (step 140) whether to release or not to release the requested resource taking into account a result of the verification by the service server. - before the transmission (step 110) of an authentication token (c) to the client, an authentication server cryptographically attaches the authentication token (c) to a secret (cid) shared between the client and the authentication server; - the secret (cid) comprises a channel identity and/or a session identity; - the secret (cid) is synchronised by means of an interactive protocol; - the secret (cid) is derived from a main secret via the use of the main secret as a starting point (seed) for a pseudo-random function; - transmission (step 110) of the authentication token (c) from the authentication server to the client; - transmission (step 120) of the authentication token (c) from the client to the service server; - verification (step 130) of the authentication token (c) by the service server; and - deciding (step 140) whether to release or not to release the requested resource taking into account a result of the verification by the service server.
A display device (201, 501) comprising: a display screen (202, 708, 808); a backlight (302, 700, 800) including a frame, a light guide panel (704, 804) arranged in the frame, and a plurality of light sources (702, 802) coupled to the light guide panel, wherein the frame further comprises a cavity, and wherein a gap (706, 806) is arranged intermediate the light guide panel and the display screen; a timing controller embedded driver, TED, integrated circuit, IC, coupled to a glass substrate of the display screen using chip-on-glass, COG, bonding, and a flexible printed circuit (218, 412), FPC, in communication with the TED IC and including an electrical component disposed thereto, the electrical component at least partially disposed in the cavity of the frame, wherein the backlight further includes spacers (710, 810) respectively disposed between adjacent light sources of the plurality of light sources, and the spacers include a reflective coating to facilitate the distribution of light emitted by the plurality of light sources. a display screen (202, 708, 808); a backlight (302, 700, 800) including a frame, a light guide panel (704, 804) arranged in the frame, and a plurality of light sources (702, 802) coupled to the light guide panel, wherein the frame further comprises a cavity, and wherein a gap (706, 806) is arranged intermediate the light guide panel and the display screen; a timing controller embedded driver, TED, integrated circuit, IC, coupled to a glass substrate of the display screen using chip-on-glass, COG, bonding, and a flexible printed circuit (218, 412), FPC, in communication with the TED IC and including an electrical component disposed thereto, the electrical component at least partially disposed in the cavity of the frame, wherein the backlight further includes spacers (710, 810) respectively disposed between adjacent light sources of the plurality of light sources, and the spacers include a reflective coating to facilitate the distribution of light emitted by the plurality of light sources.
A method for manufacturing a pierced stone, in particular forming a bearing, comprising a through hole opening into an upper surface and into a lower surface of said stone, said lower surface comprising a functional element, the method comprising the following steps: - producing a precursor from a mixture of at least one powdered material with a binder; - pressing the precursor to form a green body of the future pierced stone, said green body comprising a blind cavity with a height comprised between a height of the green body and a height of the future pierced stone, the cavity being provided with upper and lower parts (15a, 15b) respectively forming ébauches (16a, 16b) of the through hole and of said functional element of the future pierced stone, said pressing step being carried out using an upper die and a lower die said lower die comprising a punch designed to form either the lower part for making the ébauche of the functional element or the upper part for making the ébauche of the through hole; - sintering said green body to form a body of the future pierced stone from said at least one material, and - machining the body of the future pierced stone, comprising a first sub-step of shaping a top of said body so as to define said upper surface of said pierced stone said shaping resulting in the production of an opening leading to the ébauche of the through hole enabling the ébauche of the functional element to be joined to said upper surface, said machining also comprising a second sub-step of shaping a base of the body, in which a height of the lower part comprising the ébauche of the functional element is configured. - producing a precursor from a mixture of at least one powdered material with a binder; - pressing the precursor to form a green body of the future pierced stone, said green body comprising a blind cavity with a height comprised between a height of the green body and a height of the future pierced stone, the cavity being provided with upper and lower parts (15a, 15b) respectively forming ébauches (16a, 16b) of the through hole and of said functional element of the future pierced stone, said pressing step being carried out using an upper die and a lower die said lower die comprising a punch designed to form either the lower part for making the ébauche of the functional element or the upper part for making the ébauche of the through hole; - sintering said green body to form a body of the future pierced stone from said at least one material, and - machining the body of the future pierced stone, comprising a first sub-step of shaping a top of said body so as to define said upper surface of said pierced stone said shaping resulting in the production of an opening leading to the ébauche of the through hole enabling the ébauche of the functional element to be joined to said upper surface, said machining also comprising a second sub-step of shaping a base of the body, in which a height of the lower part comprising the ébauche of the functional element is configured.
A holder for a folded card, the folded card being of the type having a spine and at least two sheets, the holder comprising a holder supporting means for engagement with a surface for preventing the holder being disturbed in an outdoor environment and a card supporting means mounted on the holder supporting means, the folded card being removably mounted on the card support means, the card supporting means comprising means for supporting the spine of the folded card and means for engaging at least a portion of the sheets of the folded card on opposing sides of the spine holding the folded card open at a pre-determined angle, characterised in that the card supporting means further comprises a first elongate support means (118, 124) for engaging an outward facing surface of the folded card about and away from a spinal portion thereof and a second elongate support means (120, 126) for engaging an inwards facing surface of the folded card about and away from a spinal portion thereof, wherein the first (118, 124) and second elongate support means (120, 126) are releasably clamped together by clamp means (130, 128) at or about both ends of the elongate support means.
A retaining device including a strap portion and a lateral interior trim part of the vehicle, said device being arranged so as to hold the seatbelt strap portion of a motor vehicle against the lateral interior trim part of said vehicle, the strap portion comprising a piece of ferromagnetic material integral with the strap portion, the lateral interior trim part being made of nonmagnetic material and comprising a magnet integral with the lateral interior trim part; the magnet and the piece integral with the strap portion being arranged facing one another so that the piece integral with the strap portion, and therefore the portion of the strap, is attracted by the magnet when the latter passes in the magnetic field of the magnet to press said piece, and therefore the strap portion, against the lateral interior trim part, the lateral interior trim part comprising a support of the magnet suited to receive the magnet in a detachable manner, and the support being arranged on the face of the lateral interior trim part which is not visible from the interior of the vehicle.
Device with a backrest cover for fastening the backrest cover to a vehicle seat, wherein the backrest cover has at least one latching element (5a, 5b, 5n) which can engage in the vehicle seat in order to produce a connection between the backrest cover and the vehicle seat, wherein the latching element (5a, 5b, 5n) is acted upon with a spring force, the backrest cover has a guide element on the side facing the vehicle seat, and the latching element (5a, 5b, 5n) is guided in relation to the backrest cover along the guide element, the guide element has a surface along which the latching element (5a, 5b, 5n) is guided in relation to the backrest cover, the latching element (5a, 5b, 5n) is guided rectilinearly in relation to the backrest cover along the guide element, and the guide element is integrally formed on the backrest cover, characterized in that the guide element additionally has an abutment for a spring element for acting upon the latching element (5a, 5b, 5n) with a spring force, and the spring element is a compression spring.
A ribonucleoside derivative represented by General Formula: (wherein R 1 represents a hydrogen atom or a protecting group for a hydroxyl group; R 2 represents a hydrogen atom, a protecting group for a hydroxyl group, or a group expressed by General Formula: (wherein R 6 and R 7 are the same or different and each represents an alkyl group, or binds to each other to form a ring that optionally contains a hetero atom; and R 8 represents a protecting group for a phosphate group); R 3 represents a hydrogen atom, an alkyl group, a substituted alkyl group which is a 2,2,2-trifluoroethyl group, a 2,2,2-trichloroethyl group or cyanomethyl group, an aralkyl group, a substituted aralkyl group which is a 4-chlorobenzyl or 4-nitrobenzyl group, an alkenyl group, a substituted alkenyl group which is a dichloroallyl group, an alkynyl group, an aryl group or a substituted aryl group which is a 4-nitrophenyl group; and B represents a nucleic acid base residue optionally having a protecting group or a modifying group).
A coordinated services method performed by a network node, the method comprising: obtaining a timing requirement value (MRTD R) representing a maximum received timing difference requirement wherein obtaining MRTD R comprises: receiving a message transmitted by an UE, wherein the message comprises information indicating the MRTD R and information indicating that the MRTD R is applicable for a coordinated service; the method further comprising obtaining a first timing alignment error value (TAE-1) indicating a timing alignment error between a first transmission and reception point and a second TRP; and determining, based on at least the TAE-1 and the MRTD R, whether either to; initiate the coordinated service for the user equipment, UE, by determining whether TAE-1 is less than MRTD R or as a result of determining that TAE-1 is not less than MRTD R, obtaining a second timing alignment error value (TAE-2) indicating a timing alignment error between the first TRP and a third TRP; and determining, based on at least the TAE-2 and the MRTD R, whether to initiate the coordinated service for the UE or as a result of determining that TAE-1 is not less than MRTD R, determining not to initiate the coordinated service for the UE. receiving a message transmitted by an UE, wherein the message comprises information indicating the MRTD R and information indicating that the MRTD R is applicable for a coordinated service; the method further comprising obtaining a first timing alignment error value (TAE-1) indicating a timing alignment error between a first transmission and reception point and a second TRP; and determining, based on at least the TAE-1 and the MRTD R, whether either to; initiate the coordinated service for the user equipment, UE, by determining whether TAE-1 is less than MRTD R or as a result of determining that TAE-1 is not less than MRTD R, obtaining a second timing alignment error value (TAE-2) indicating a timing alignment error between the first TRP and a third TRP; and determining, based on at least the TAE-2 and the MRTD R, whether to initiate the coordinated service for the UE or as a result of determining that TAE-1 is not less than MRTD R, determining not to initiate the coordinated service for the UE.
A method of covalently functionalizing carbon nanotubes CNTs grown on a metal film surface according to formula I SURFACE- CNT-A-L- n, comprising a cycloaddition step; an amide coupling step; and a copper -catalyzed azide alkyne cycloaddition (CuAAC) step, wherein A is the attachment to the CNTs, L is a linker between the attachment on the CNTs and the one or more functional groups n, further wherein A is a pyrrolidine ring substituted with L on either the nitrogen atom or on C2 or C5 of the pyrrolidine ring system; wherein L is a linker between the attachment A on the CNTs and the FG, selected from the group consisting of: (C 1 -C 30)alkyl, (C 3 -C 8)cycloalkyl, aryl, heterocyclyl, and any of these groups (except hydrogen) optionally interrupted by one or more O, N, S, P, Si, or B atoms, and/or one or more carbonyls, and/or substituted by one or more halogen atoms and/or one or more of the following groups, (C 1 -C 12)alkyl, (C 1 -C 12)alkoxyC, halogen substituted (C 1 -C 12)alkyl, (C 3 -C 6)cycloalkyl, aryl, hetrocyclyl, optionally interrupted by one or more, O, N, S, P, Si or B atoms, and wherein L contains one or more carbon atoms; and wherein the FG is selected from the group consisting of: amine, azide, alkyne, carboxylic acid, an activated ester of a carboxylic acid, thiol, acid chloride, acid fluoride, sulfonyl chloride, isocyanate, isothiocyanate, aryl halide, alkyl halide, maleimide, ketone, aldehyde, alcohol, alkene, triflate, nitro, nitrile, boronic acid, boronic ester and a trifluoroborate salt. SURFACE- CNT-A-L- n, comprising a cycloaddition step; an amide coupling step; and a copper -catalyzed azide alkyne cycloaddition (CuAAC) step, wherein A is the attachment to the CNTs, L is a linker between the attachment on the CNTs and the one or more functional groups n, further wherein A is a pyrrolidine ring substituted with L on either the nitrogen atom or on C2 or C5 of the pyrrolidine ring system; wherein L is a linker between the attachment A on the CNTs and the FG, selected from the group consisting of: (C 1 -C 30)alkyl, (C 3 -C 8)cycloalkyl, aryl, heterocyclyl, and any of these groups (except hydrogen) optionally interrupted by one or more O, N, S, P, Si, or B atoms, and/or one or more carbonyls, and/or substituted by one or more halogen atoms and/or one or more of the following groups, (C 1 -C 12)alkyl, (C 1 -C 12)alkoxyC, halogen substituted (C 1 -C 12)alkyl, (C 3 -C 6)cycloalkyl, aryl, hetrocyclyl, optionally interrupted by one or more, O, N, S, P, Si or B atoms, and wherein L contains one or more carbon atoms; and wherein the FG is selected from the group consisting of: amine, azide, alkyne, carboxylic acid, an activated ester of a carboxylic acid, thiol, acid chloride, acid fluoride, sulfonyl chloride, isocyanate, isothiocyanate, aryl halide, alkyl halide, maleimide, ketone, aldehyde, alcohol, alkene, triflate, nitro, nitrile, boronic acid, boronic ester and a trifluoroborate salt.
Water-storage container for a washing machine or washer-dryer, comprising an inlet connecting pipe (8, 9), formed on the water-storage container, and a suction connecting pipe, it being possible for the inlet connecting pipe (8, 9) to be connected, via an inlet line into which a free flow path is integrated, to a water-supply network, and for the suction connecting pipe to be connected, via a supply line into which a pump is integrated, to a water-consuming device of the washing machine or the washer-dryer, in particular to a hydraulic balancing system (2, 3), characterised in that the inlet connecting pipe (8, 9) opens into a substantially vertical slowing cylinder (15 or 19), provided for slowing the supplied water and having axial water flow, which slowing cylinder is closed towards the cover of the water-storage container and is open at a distance from the bottom of said water-storage container, and the water-storage container is expanded in the region of its cover by an air collection chamber to which an overflow channel (16, 20), leading to the outside, for guiding away air and water exceeding a certain liquid level is connected, and in that the inlet connecting pipe starts from the bottom of the water-storage container and is connected to a standpipe which is arranged coaxially in the slowing cylinder designed for axial water flow and which ends at a distance from the closed cover of said water-storage container, the overflow channel starting from the air collection chamber leading to the outside in the region of the cover.