mhurhangee/ep-ind-claims huggingface dataset:
A formwork panel for concrete-work shutterings (100, 120), comprising: a supporting structure consisting substantially of plastics material and having at least one double wall (12; 14; 16; 18) the two partial walls of which are connected to each other on the rear side of the supporting structure; and a separate formwork skin constituted by a single formwork skin element substantially of plastics material or by several formwork skin elements substantially of plastics material each; wherein the formwork skin is releasably connected to the supporting structure, characterized in that the supporting structure is substantially in the form of a grating having openings that are open both to the front side of the supporting structure and to the rear side of the supporting structure, with the front side of the supporting structure being directed towards the formwork skin and the rear side of the supporting structure being directed away from the formwork skin, and that the at least one double wall (12; 14; 16; 18) is open on the front side of the supporting structure, with the two partial walls of the double wall (12; 14; 16; 18), on the rear side of the supporting structure, being connected to each other in substantially continuous manner by a material portion or in sections by material portions, such that a U-shaped or a hat-shaped cross-section of the double wall (12; 14; 16; 18) results with the continuous material portion or the material portion sections. a supporting structure consisting substantially of plastics material and having at least one double wall (12; 14; 16; 18) the two partial walls of which are connected to each other on the rear side of the supporting structure; and a separate formwork skin constituted by a single formwork skin element substantially of plastics material or by several formwork skin elements substantially of plastics material each; wherein the formwork skin is releasably connected to the supporting structure, characterized in that the supporting structure is substantially in the form of a grating having openings that are open both to the front side of the supporting structure and to the rear side of the supporting structure, with the front side of the supporting structure being directed towards the formwork skin and the rear side of the supporting structure being directed away from the formwork skin, and that the at least one double wall (12; 14; 16; 18) is open on the front side of the supporting structure, with the two partial walls of the double wall (12; 14; 16; 18), on the rear side of the supporting structure, being connected to each other in substantially continuous manner by a material portion or in sections by material portions, such that a U-shaped or a hat-shaped cross-section of the double wall (12; 14; 16; 18) results with the continuous material portion or the material portion sections.
A buffer management computer-implemented method for a multi-core processor for use on a modem in a telecommunications network, the method being characterized by: for each of a plurality of processing cores attached to the modem: receiving a TCP or UDP IP data packet; acquiring a kernel to user-space (K-U) mapped buffer and corresponding K-U mapped buffer descriptor, wherein the descriptor is associated with the data packet and is indicative of the K-U mapped buffer; inserting the data packet into the buffer; and inserting the buffer descriptor into a K-U mapped circular buffer; wherein the buffer descriptor is created by: creating a frame descriptor containing an acquired K-U mapped buffer pointer corresponding to the K-U mapped buffer; inserting the frame descriptor onto a frame queue specified by a dynamic rule mapping IP addresses to frame queues; and creating the buffer descriptor from the frame descriptor. for each of a plurality of processing cores attached to the modem: receiving a TCP or UDP IP data packet; acquiring a kernel to user-space (K-U) mapped buffer and corresponding K-U mapped buffer descriptor, wherein the descriptor is associated with the data packet and is indicative of the K-U mapped buffer; inserting the data packet into the buffer; and inserting the buffer descriptor into a K-U mapped circular buffer; receiving a TCP or UDP IP data packet; acquiring a kernel to user-space (K-U) mapped buffer and corresponding K-U mapped buffer descriptor, wherein the descriptor is associated with the data packet and is indicative of the K-U mapped buffer; inserting the data packet into the buffer; and inserting the buffer descriptor into a K-U mapped circular buffer; wherein the buffer descriptor is created by: creating a frame descriptor containing an acquired K-U mapped buffer pointer corresponding to the K-U mapped buffer; inserting the frame descriptor onto a frame queue specified by a dynamic rule mapping IP addresses to frame queues; and creating the buffer descriptor from the frame descriptor. creating a frame descriptor containing an acquired K-U mapped buffer pointer corresponding to the K-U mapped buffer; inserting the frame descriptor onto a frame queue specified by a dynamic rule mapping IP addresses to frame queues; and creating the buffer descriptor from the frame descriptor.
Pharmaceutical composition comprising rifaximin in a crystalline, polymorphous or amorphous form, in a form of a hydrate or solvate and/or in a mixture thereof, or one of the pharmaceutically acceptable salts thereof in a dosage from 20 mg to 1200 mg and at least one or more amino acid(s), wherein: - the molar ratio between the amino acid(s) and rifaximin is comprised between 1:1 and 10:1; and - the amino acid(s) are selected from tryptophan, histidine, isoleucine, valine and leucine, or mixtures thereof together with pharmaceutically acceptable excipients. - the molar ratio between the amino acid(s) and rifaximin is comprised between 1:1 and 10:1; and - the amino acid(s) are selected from tryptophan, histidine, isoleucine, valine and leucine, or mixtures thereof
A print system comprising - a print engine for printing on sheets of receiving material, - a user interface unit including a display, - a plurality of holders, each for holding one type of receiving material and delivering said material to the print engine, - a receiver for receiving jobs, a job being an order for printing information on sheets of receiving material of a type as specified in said order, and - a control system for planning jobs wherein the jobs are placed in a print queue in a sequence of finishing, the control system also being provided with means for establishing the types of receiving material required for printing the respective jobs in the print queue, characterized in that the control system is adapted to establish, for a type of receiving material, a shortage quantity, if any, of that receiving material, for completely printing the jobs, and to indicate that shortage quantity on the display of the user interface. - a print engine for printing on sheets of receiving material, - a user interface unit including a display, - a plurality of holders, each for holding one type of receiving material and delivering said material to the print engine, - a receiver for receiving jobs, a job being an order for printing information on sheets of receiving material of a type as specified in said order, and - a control system for planning jobs wherein the jobs are placed in a print queue in a sequence of finishing, the control system also being provided with means for establishing the types of receiving material required for printing the respective jobs in the print queue, characterized in that the control system is adapted to establish, for a type of receiving material, a shortage quantity, if any, of that receiving material, for completely printing the jobs, and to indicate that shortage quantity on the display of the user interface.
A method, comprising: receiving, at a first network device, delay information for one or more communication segments in a network; determining by a machine learning process on the first network device a predictability measurement for delays along the segment using the received delay information; advertising by the first network device the predictability measurement to one or more devices (23, 34, 35, 43, 44, 45) other than the first network device in the network; and using the predictability measurement as a routing constraint to select a routing path in the network; wherein the machine learning process on the first network device dynamically selects which communication segments are to be analyzed by the first network device; and wherein dynamically selecting includes dynamically discovering which other network devices (23, 24, 25, 34, 35, 43, 44, 45, 46) in the network are hosting a machine learning process for delay estimations. receiving, at a first network device, delay information for one or more communication segments in a network; determining by a machine learning process on the first network device a predictability measurement for delays along the segment using the received delay information; advertising by the first network device the predictability measurement to one or more devices (23, 34, 35, 43, 44, 45) other than the first network device in the network; and using the predictability measurement as a routing constraint to select a routing path in the network; wherein the machine learning process on the first network device dynamically selects which communication segments are to be analyzed by the first network device; and wherein dynamically selecting includes dynamically discovering which other network devices (23, 24, 25, 34, 35, 43, 44, 45, 46) in the network are hosting a machine learning process for delay estimations.
A device, comprising; magnetic sensors (102_1 to 102_N, S) and magnets (104_1 to 104_N, M) in an array on a flexible substrate (106, 800), wherein each magnetic sensor in the array is sensitive to immediately proximate magnets in the array; and at least one controller (108, 110) to evaluate magnetic sensor signals from the magnetic sensors produced in response to deformation of the flexible substrate to correlate a known physical position of each magnetic sensor on the flexible substrate with a magnetic sensor signal from that magnetic sensor to develop a shape profile for each position on the flexible substrate.
Cosmetic composition comprising, in a physiologically-acceptable medium at least: a) a cosmetic agent consisting of galactomannans of molar masses comprised between 5 and 630 kDa, preferably between 5 and 120 kDa, still more preferably between 8 and 80 kDa, and crosslinked sulfated galactans of molar masses comprised between 7 and 3000 kDa, preferably between 7 and 1100 kDa, still more preferably between 8 and 200 kDa, and b) a prebiotic and a probiotic. a) a cosmetic agent consisting of galactomannans of molar masses comprised between 5 and 630 kDa, preferably between 5 and 120 kDa, still more preferably between 8 and 80 kDa, and crosslinked sulfated galactans of molar masses comprised between 7 and 3000 kDa, preferably between 7 and 1100 kDa, still more preferably between 8 and 200 kDa, and b) a prebiotic and a probiotic.
A composition comprising pridopidine or its pharmaceutically acceptable salt for use in treating a subject afflicted with Rett syndrome, wherein the composition treats the subject by delaying the onset, preventing worsening, delaying worsening or improving at least one RTT symptom in the subject, wherein the RTT symptom is abnormal gait, ataxia, impaired gait initiation, a delay in acquiring purposeful hand skills or a partial or complete loss of acquired purposeful hand skills, abnormal hand movement, startle response, delayed crawling and/or walking, or decreased ability to crawl and/or walk.
A dual-unit pack comprising: a first blister pack positioned on a formable film having a first cavity with at least one protrusion; a second blister pack positioned on the same formable film having a second cavity with at least one protrusion; and a folding region positioned in between the first blister pack and second blister pack, wherein the folding region has a line of weakness which intersects the protrusions of the first blister pack and the second blister pack; and wherein a backing seals the first cavity and the second cavity; wherein the second cavity has at least two protrusions; wherein the protrusion is the narrow extension channels positioned at the proximal end of each cavity (12, 22), which may be any suitable dimension for discharging a consumer product retained inside the cavity once the line of weakness is snapped. a first blister pack positioned on a formable film having a first cavity with at least one protrusion; a second blister pack positioned on the same formable film having a second cavity with at least one protrusion; and a folding region positioned in between the first blister pack and second blister pack, wherein the folding region has a line of weakness which intersects the protrusions of the first blister pack and the second blister pack; and wherein a backing seals the first cavity and the second cavity; wherein the second cavity has at least two protrusions; wherein the protrusion is the narrow extension channels positioned at the proximal end of each cavity (12, 22), which may be any suitable dimension for discharging a consumer product retained inside the cavity once the line of weakness is snapped.
Method of transmitting objects on to a boundary surface designed as the boundary of a space by means of an apparatus comprising a marking device having a printing device, a locator device and a control device, wherein: ▪ in a first step, a first object to be marked having a first starting position (E l1) and first target coordinates (E l1, E r1, E ol, E or) is selected, the dimensions (B 1, H 1) of the first object being greater than the dimensions of the print field of the printing device, ▪ in a second step, the current position (P akt) and the current orientation (O akt) of the marking device are determined by means of the locator device, ▪ in a third step, the current print field of the marking device on the boundary surface is determined by the control device based on the current position (P akt) and the current orientation (O akt) of the marking device, ▪ in a fourth step, the first starting position (E l1) of the first object is compared with the current print field of the marking device on the boundary surface by the control device and ▪ a command to mark the first object is issued to the marking device by the control device when the first starting position (E l1) is arranged within the current print field of the marking device on the boundary surface. ▪ in a first step, a first object to be marked having a first starting position (E l1) and first target coordinates (E l1, E r1, E ol, E or) is selected, the dimensions (B 1, H 1) of the first object being greater than the dimensions of the print field of the printing device, ▪ in a second step, the current position (P akt) and the current orientation (O akt) of the marking device are determined by means of the locator device, ▪ in a third step, the current print field of the marking device on the boundary surface is determined by the control device based on the current position (P akt) and the current orientation (O akt) of the marking device, ▪ in a fourth step, the first starting position (E l1) of the first object is compared with the current print field of the marking device on the boundary surface by the control device and ▪ a command to mark the first object is issued to the marking device by the control device when the first starting position (E l1) is arranged within the current print field of the marking device on the boundary surface.
Fluid distributor for a heat and material exchange column, comprising a series of adjacent raised parallel walls defining alternate spaces of gas and liquid, the raised walls being separated by lower horizontal walls equipped with a row of openings and at least one portion of each raised wall being equipped with a row of orifices (12, 12A), each pair of adjacent raised walls defining a gas space, the row of orifices (12, 12A) being formed in the upper section of the raised wall, the horizontal walls being fixed by their ends to a peripheral crown characterised in that first orifices have a first dimension towards the horizontal wall and characterised in that second orifices have a second dimension towards the horizontal wall, the second dimension being greater than the first, thus enabling the liquid to flow into the lower section of the second orifices, without hindering the gas rising through the first orifices, and the row of orifices comprising one orifice out of five orifices (12, 12A), which is a second orifice, and the other orifices of the row being first orifices positioned between the second orifices.
A method of managing ultra low latency, ULL, communications over a plurality of component carriers, CC, comprising: receiving a configuration for aggregating a set of CCs, wherein the set of CCs includes at least a primary cell and a secondary cell; communicating, based on the received configuration, with at least the primary cell for legacy communications, wherein the legacy communications are based on a first transmission time interval, TTI, having a first duration; and communicating, based on the received configuration, with at least one of the primary cell and the secondary cell for ULL communications, wherein the ULL communications are based on a second TTI having a second duration that is less than the first duration, characterized in that the method is specifically adapted for, receiving a deactivation command for deactivating ULL communications with the at least one of the primary cell or the secondary cell; and receiving an activation command for activating legacy communications with the secondary cell, along with deactivating ULL communications with the secondary cell. receiving a configuration for aggregating a set of CCs, wherein the set of CCs includes at least a primary cell and a secondary cell; communicating, based on the received configuration, with at least the primary cell for legacy communications, wherein the legacy communications are based on a first transmission time interval, TTI, having a first duration; and communicating, based on the received configuration, with at least one of the primary cell and the secondary cell for ULL communications, wherein the ULL communications are based on a second TTI having a second duration that is less than the first duration, characterized in that the method is specifically adapted for, receiving a deactivation command for deactivating ULL communications with the at least one of the primary cell or the secondary cell; and receiving an activation command for activating legacy communications with the secondary cell, along with deactivating ULL communications with the secondary cell.
An antimicrobial and UV protection additive comprising mixed layer illite-smectite, chlorite, illite, carbonates, silica and hematite, wherein the additive contains the following ratio of the components, weight %: - mixed layer illite-smectite from 40 to 70%, - chlorite from 5 to 10%, - illite from 5 to 10%, - carbonates from 0 to 20%, - silica from 5 to 20%, - hematite from 0 to 3%, wherein the mixed layer illite-smectite in advance is organophilized with quaternary ammonium compounds used in the amount from 10 to 30 wt% counting from the required weight of the mixed layer illite-smectite. - mixed layer illite-smectite from 40 to 70%, - chlorite from 5 to 10%, - illite from 5 to 10%, - carbonates from 0 to 20%, - silica from 5 to 20%, - hematite from 0 to 3%,
An access control system comprising an access controller, the access controller comprising: an access control memory; an access control processor in operable communication with the access control memory, the access control processor configured to perform access control steps which include (a) receiving a request by a requestor for access to a supplementary asset, (b) determining that the supplementary asset is related to a primary asset, (c) verifying that the request identifies or contains a proof of access to the primary asset, wherein a verification result of the verifying indicates whether the requestor has access to the primary asset based on finding present in the request a secret that is deemed available only to authorized users of the primary asset, wherein the secret includes at least one of a hash of a portion or all of the primary asset, at least a portion of the primary asset, at least a portion or a hash based on at least a portion of a repository metadata, at least a portion or a hash based on at least a portion of a repository commit history; and (d) granting the access request based on a determination result of the determining step and on a verification result of the verifying step; whereby the system provides an increase in available access to the supplementary asset without conditioning the increase on any identity of the requestor. an access control memory; an access control processor in operable communication with the access control memory, the access control processor configured to perform access control steps which include (a) receiving a request by a requestor for access to a supplementary asset, (b) determining that the supplementary asset is related to a primary asset, (c) verifying that the request identifies or contains a proof of access to the primary asset, wherein a verification result of the verifying indicates whether the requestor has access to the primary asset based on finding present in the request a secret that is deemed available only to authorized users of the primary asset, wherein the secret includes at least one of a hash of a portion or all of the primary asset, at least a portion of the primary asset, at least a portion or a hash based on at least a portion of a repository metadata, at least a portion or a hash based on at least a portion of a repository commit history; and (d) granting the access request based on a determination result of the determining step and on a verification result of the verifying step; whereby the system provides an increase in available access to the supplementary asset without conditioning the increase on any identity of the requestor.
Apparatus for use at a node of a first access network, the apparatus being configured to: receive data from a mobility anchor node and buffer said data for transmission to a mobile node via a first connection; characterized by the apparatus being configured to: following initiation of a handover procedure for handover of the first connection to a second connection between the mobile node and a target node, send said buffered data to said mobility anchor node. receive data from a mobility anchor node and buffer said data for transmission to a mobile node via a first connection; following initiation of a handover procedure for handover of the first connection to a second connection between the mobile node and a target node, send said buffered data to said mobility anchor node.
A hand washing station comprising a fluid dispenser, a receptacle having a drain, a heat exchanger located above the drain and on to which the fluid dispenser is arranged to dispense fluid directly on to an external surface of the heat exchanger, and means for conveying a second fluid adjacent or over an internal surface of the heat exchanger, wherein the heat exchanger forms at least part of a base of the receptacle, characterised in that at least part of the external surface of the heat exchanger is provided with a raised section, convex in shape, and wherein the fluid conveying means is arranged to convey the second fluid internally towards an apex of the convex section of the heat exchanger.