mhurhangee/patent-ind-claim-en huggingface dataset:
A method of relaying a message, the method comprising: receiving a message and an identifier for indicating a lead message to be referred for decompressing the received message when the received message is compressed, wherein the lead message was received earlier than the received message; checking whether the identifier is previously stored; based on the identifier being previously stored, replacing a personal safety message, PSM in a pair of the PSM and the identifier with a PSM included in the received message; in response to an expiration of a timer for batch transmission or excess of a total size of stored PSMs over a predetermined value, generating one batch message including all PSMs in stored pairs of PSMs and identifiers; and transmitting the generated batch message, wherein the batch message does not include the identifier. receiving a message and an identifier for indicating a lead message to be referred for decompressing the received message when the received message is compressed, wherein the lead message was received earlier than the received message; checking whether the identifier is previously stored; based on the identifier being previously stored, replacing a personal safety message, PSM in a pair of the PSM and the identifier with a PSM included in the received message; in response to an expiration of a timer for batch transmission or excess of a total size of stored PSMs over a predetermined value, generating one batch message including all PSMs in stored pairs of PSMs and identifiers; and transmitting the generated batch message, wherein the batch message does not include the identifier.
An electrohydrodynamic print head comprising a nozzle layer comprising a plurality of nozzles and nozzle electrodes , and a feed layer arranged above the nozzle layer and comprising a plurality of feed ducts extending through said feed layer and connecting at least part of said nozzles to one or more ink terminals of said print head, at least one first voltage terminal , wherein the nozzle electrodes are arranged at a lower level than spouts of the nozzles in order to electrohydrodynamically extract ink from the spouts and accelerate it towards a target located below the print head, wherein said feed layer is, at least in part, of a dielectric material, characterized in that the print head further comprises a plurality of conducting feed lines arranged in or on said feed layer , wherein said feed lines electrically connect the at least one first voltage terminal to at least part of said nozzle electrodes . a nozzle layer comprising a plurality of nozzles and nozzle electrodes , and a feed layer arranged above the nozzle layer and comprising a plurality of feed ducts extending through said feed layer and connecting at least part of said nozzles to one or more ink terminals of said print head, at least one first voltage terminal , wherein the nozzle electrodes are arranged at a lower level than spouts of the nozzles in order to electrohydrodynamically extract ink from the spouts and accelerate it towards a target located below the print head, wherein said feed layer is, at least in part, of a dielectric material, characterized in that the print head further comprises a plurality of conducting feed lines arranged in or on said feed layer , wherein said feed lines electrically connect the at least one first voltage terminal to at least part of said nozzle electrodes .
A switch, comprising: an identifier management module configurable to allocate a logical identifier to a link aggregation port group, wherein the link aggregation port group includes a plurality of ports associated with different links, and wherein the logical identifier operates as a single port identifier for the link aggregation port group, wherein the link aggregation port group has at least one different physical port on an at least one further switch; and the switch is configured to receive a flow definition created for the logical identifier by a controller, wherein the switch is configured to send the flow definition to the at least one further switch via a link to the at least one further switch, to convert the flow definition based on a local mapping between the logical identifier and the corresponding physical port of the at least one further switch to replicate the flow definition for the at least one further switch without the at least one further switch establishing a connection to a controller; and a flow definition management module configurable to: process the flow definition corresponding to the logical identifier; apply the flow definition to the ports in the link aggregation port group; and update lookup information for the link aggregation port group based on the flow definition. an identifier management module configurable to allocate a logical identifier to a link aggregation port group, wherein the link aggregation port group includes a plurality of ports associated with different links, and wherein the logical identifier operates as a single port identifier for the link aggregation port group, wherein the link aggregation port group has at least one different physical port on an at least one further switch; and the switch is configured to receive a flow definition created for the logical identifier by a controller, wherein the switch is configured to send the flow definition to the at least one further switch via a link to the at least one further switch, to convert the flow definition based on a local mapping between the logical identifier and the corresponding physical port of the at least one further switch to replicate the flow definition for the at least one further switch without the at least one further switch establishing a connection to a controller; and a flow definition management module configurable to: process the flow definition corresponding to the logical identifier; apply the flow definition to the ports in the link aggregation port group; and update lookup information for the link aggregation port group based on the flow definition. process the flow definition corresponding to the logical identifier; apply the flow definition to the ports in the link aggregation port group; and update lookup information for the link aggregation port group based on the flow definition.
A method for visualising production process information during the production of workpieces (23A, ...), in particular sheet metal components, with a flat-bed machine tool , the workpieces (23A, ...) being output as cut material on a pallet of the flat-bed machine tool , a sorting table , or a conveyor belt, and the cut material being in a plate-shaped arrangement according to a plate-shaped starting material, comprising the steps of: providing workpiece image data (23A', ...) in a production control system , the workpiece image data (23A', ...) being associated with at least one of the workpieces (23A, ...) of the cut material and being configured to be displayed on a display unit , providing workpiece-specific production process information in the production control system , providing a database with depiction options in the production control system , the depiction options each being associated with a specific production feature of the production process information and being applicable to the workpiece image data (23A', ...), in order to effect a depiction, specifically predefined for a production feature, of workpiece image data (23A', ...) on a display unit , and displaying, on the display unit , the workpiece image data (23A', ...) of the at least one of the workpieces (23A, ...) of the cut material , taking into account workpiece-specific depiction options , characterised in that the production process information has been acquired in a workpiece-specific manner during the production of the workpieces (23A, ...) in the flat-bed machine tool and comprises production features of the cutting processes carried out in the flat-bed machine tool during the production of the workpieces (23A, ...). providing workpiece image data (23A', ...) in a production control system , the workpiece image data (23A', ...) being associated with at least one of the workpieces (23A, ...) of the cut material and being configured to be displayed on a display unit , providing workpiece-specific production process information in the production control system , providing a database with depiction options in the production control system , the depiction options each being associated with a specific production feature of the production process information and being applicable to the workpiece image data (23A', ...), in order to effect a depiction, specifically predefined for a production feature, of workpiece image data (23A', ...) on a display unit , and displaying, on the display unit , the workpiece image data (23A', ...) of the at least one of the workpieces (23A, ...) of the cut material , taking into account workpiece-specific depiction options , characterised in that the production process information has been acquired in a workpiece-specific manner during the production of the workpieces (23A, ...) in the flat-bed machine tool and comprises production features of the cutting processes carried out in the flat-bed machine tool during the production of the workpieces (23A, ...).
Compounds of the general formula (I) or (II) wherein R 1 and R 2 each independently is C1-C3 alkyl or R and R 2 together are forming - (CH 2 ) 4 -;-(CH 2 ) 5 -; R 3 is C1-C6 alkyl, benzyl, phenyl, allyl. R 1 and R 2 each independently is C1-C3 alkyl or R and R 2 together are forming - (CH 2 ) 4 -;-(CH 2 ) 5 -; R 3 is C1-C6 alkyl, benzyl, phenyl, allyl.
A blade element pair for a refiner intended for refining fibrous material, the blade element pair comprising a stator blade element and a rotor blade element to be set substantially opposite to each other and each blade element of the blade element pair comprising a refining surface comprising blade bars and blade grooves extending along the blade element and openings extending through the blade element , the openings in one of the blade elements being at different axial (A) positions in an axial (A) direction of the blade element from the openings in the other blade element when the blade elements of the blade element pair for a conical or cylindrical refiner are set substantially opposite to each other, or the openings in one of the blade elements being at different radial (R) positions in a radial (R) direction of the blade element from the openings in the other blade element when the blade elements of the blade element pair for a disc refiner are set substantially opposite to each other, characterized in that the refining surface of the blade element comprises at least one solid refining surface zone without openings and at least one refining surface zone with openings and the refining surface zone provided with openings in one blade element is set opposite to the refining surface zone without openings in the other blade element , and that the openings in the stator blade element are arranged at a side edge of the stator blade element .
Treatment machine for containers , comprising: at least one treatment unit ; and a linear motor system with long stators and transport vehicles individually driven by them, wherein the long stators are arranged in the form of a lower and an upper circulating track for the transport vehicles with in particular rectilinear transport sections facing one another on the treatment unit , and wherein the transport vehicles are designed in pairs to vertically clamp the containers , wherein the transport vehicles of the lower circulating track comprise rotary plates for receiving the containers , and the transport vehicles of the upper circulating track comprise centring heads for axially clamping the containers to the rotary plates , characterised in that the lower and upper circulating tracks comprise turning sections with a substantially vertical track curvature and the treatment machine comprises mechanical control cams for lowering the centring heads onto the incoming containers and for lifting the centring heads off the outgoing containers .
A method for wireless communication at a user equipment, UE, comprising: communicating with a first base station using a first antenna array of a plurality of antenna arrays of the UE; receiving , from the first base station, an indication that the UE is to use a second antenna array of the plurality of antenna arrays to transmit a random access signal; and transmitting , to the first base station, the random access signal using the second antenna array based at least in part on the received indication; wherein receiving the indication comprises: receiving a control channel order that comprises the indication that the UE is to use the second antenna array to transmit the random access signal. communicating with a first base station using a first antenna array of a plurality of antenna arrays of the UE; receiving , from the first base station, an indication that the UE is to use a second antenna array of the plurality of antenna arrays to transmit a random access signal; and transmitting , to the first base station, the random access signal using the second antenna array based at least in part on the received indication; wherein receiving the indication comprises: receiving a control channel order that comprises the indication that the UE is to use the second antenna array to transmit the random access signal.
A membrane for the preservation of agricultural produce comprising: - first and second outer polymeric layers; and - an inner layer dispersed in between the outer layers, the inner layer comprising a polymer and a carrier for incorporation of an antimicrobial volatile into the inner layer; characterised in that - the outer polymeric layers are impregnated with a hydrophilic agent for the formation of hydrophilic pockets in the outer polymeric layers to increase the permeability of the outer polymeric layers impregnated with the hydrophilic agent to moisture; and - the inner layer consists of a polymer impregnated with a carrier incorporating an antimicrobial volatile in the form of an essential oil into the inner layer, the inner layer further including zeolite as an absorptive agent, the arrangement being such that upon release of moisture from the produce in the vicinity of the membrane due to natural respiration, the moisture passes through the hydrophilic pockets in the first and second outer layers toward the inner layer, upon which the moisture is absorbed by the absorptive agent, which causes the temperature of the absorptive agent to increase and in turn activates release of the antimicrobial volatile, thereby facilitating preservation of the produce by elimination of surrounding microbial elements. - first and second outer polymeric layers; and - an inner layer dispersed in between the outer layers, the inner layer comprising a polymer and a carrier for incorporation of an antimicrobial volatile into the inner layer; characterised in that - the outer polymeric layers are impregnated with a hydrophilic agent for the formation of hydrophilic pockets in the outer polymeric layers to increase the permeability of the outer polymeric layers impregnated with the hydrophilic agent to moisture; and - the inner layer consists of a polymer impregnated with a carrier incorporating an antimicrobial volatile in the form of an essential oil into the inner layer, the inner layer further including zeolite as an absorptive agent, the arrangement being such that upon release of moisture from the produce in the vicinity of the membrane due to natural respiration, the moisture passes through the hydrophilic pockets in the first and second outer layers toward the inner layer, upon which the moisture is absorbed by the absorptive agent, which causes the temperature of the absorptive agent to increase and in turn activates release of the antimicrobial volatile, thereby facilitating preservation of the produce by elimination of surrounding microbial elements.
3D screen printing system for the production of three-dimensional screen printed workpieces, having at least one printing device for the layer-by-layer production of at least one screen printed workpiece in a plurality of printing processes and having at least one drying device for a screen printing workpiece, characterized in that the drying device is designed as a drying section for the continuous drying passage of screen printed workpieces.
A communication device for performing a codec rate adaptation, comprising: a storage device , storing instructions of: triggering a first transmission of a first Medium Access Control, MAC, Control Element, CE, for a bit rate query or a delay budget reporting, and a second transmission of a data; making a first determination that a transmission priority of the first MAC CE is lower than a transmission priority of the data; including the data in a MAC Protocol Data Unit, PDU, in response to the first determination; including the first MAC CE in the MAC PDU in response to the first determination, if a remaining space in the MAC PDU is sufficient for comprising the first MAC CE after comprising the data; and transmitting the MAC PDU to a base station, BS; a processing circuit , coupled to the storage device , configured to execute the instructions stored in the storage device . a storage device , storing instructions of: triggering a first transmission of a first Medium Access Control, MAC, Control Element, CE, for a bit rate query or a delay budget reporting, and a second transmission of a data; making a first determination that a transmission priority of the first MAC CE is lower than a transmission priority of the data; including the data in a MAC Protocol Data Unit, PDU, in response to the first determination; including the first MAC CE in the MAC PDU in response to the first determination, if a remaining space in the MAC PDU is sufficient for comprising the first MAC CE after comprising the data; and transmitting the MAC PDU to a base station, BS; triggering a first transmission of a first Medium Access Control, MAC, Control Element, CE, for a bit rate query or a delay budget reporting, and a second transmission of a data; making a first determination that a transmission priority of the first MAC CE is lower than a transmission priority of the data; including the data in a MAC Protocol Data Unit, PDU, in response to the first determination; including the first MAC CE in the MAC PDU in response to the first determination, if a remaining space in the MAC PDU is sufficient for comprising the first MAC CE after comprising the data; and transmitting the MAC PDU to a base station, BS; a processing circuit , coupled to the storage device , configured to execute the instructions stored in the storage device .
A powder composition comprising glucagon (SEQ ID NO: 1), dodecylphosphocholine and β-cyclodextrin, wherein the ratio of glucagon to dodecylphosphocholine to β-cyclodextrin is 1:1:8 by weight.
A post chemical-mechanical-polishing (post-CMP) cleaning composition comprising: (A) cysteine, glutathione, N-acetylcysteine or thiourea, (L) at least one oligomeric or polymeric polycarboxylic acid, and (C) water, wherein the post-CMP cleaning composition has a pH-value in the range of from 4 to not more than 7. (A) cysteine, glutathione, N-acetylcysteine or thiourea, (L) at least one oligomeric or polymeric polycarboxylic acid, and (C) water,
A heated roller, in particular for a textile printer, comprising: - a pair of stationary supports (22', 22"), - an elongated tubular element located between said stationary supports (22', 22") and rotatably carried by said stationary supports (22', 22") about a longitudinal axis (A), - a stationary infrared lamp extending inside said elongated tubular element and having opposite ends (38', 38") supported by said stationary supports (22', 22") characterised by : - a lamp support device extending between said stationary supports (22', 22") inside said elongated tubular element and supporting the infrared lamp between said stationary supports (22', 22"), and - an elastic device which applies an elastic tension to said lamp support device between said stationary supports (22', 22") in the direction of said longitudinal axis (A). - a pair of stationary supports (22', 22"), - an elongated tubular element located between said stationary supports (22', 22") and rotatably carried by said stationary supports (22', 22") about a longitudinal axis (A), - a stationary infrared lamp extending inside said elongated tubular element and having opposite ends (38', 38") supported by said stationary supports (22', 22") characterised by : - a lamp support device extending between said stationary supports (22', 22") inside said elongated tubular element and supporting the infrared lamp between said stationary supports (22', 22"), and - an elastic device which applies an elastic tension to said lamp support device between said stationary supports (22', 22") in the direction of said longitudinal axis (A). - a lamp support device extending between said stationary supports (22', 22") inside said elongated tubular element and supporting the infrared lamp between said stationary supports (22', 22"), and - an elastic device which applies an elastic tension to said lamp support device between said stationary supports (22', 22") in the direction of said longitudinal axis (A).
A method for reversibly mating a last for an article of footwear to a last extension , the method comprising: providing a last , the last having a first protrusion and a second protrusion protruding from a generally planar upper surface ; providing a last extension , the last extension comprising: a body ; a generally planar lower surface of the body ; and a first cavity and a second cavity within the body , the cavities opening to an exterior of the body along a lower surface of the body , wherein the first cavity also opens toward a back side of the body and the second cavity also opens toward a side of the body ; moving the opening of the first cavity along the upper surface of the last , such that the first cavity at least partially envelops the first protrusion ; and rotating the body of the last extension about the first protrusion , such that the second cavity at least partially envelops the second protrusion . providing a last , the last having a first protrusion and a second protrusion protruding from a generally planar upper surface ; providing a last extension , the last extension comprising: a body ; a generally planar lower surface of the body ; and a first cavity and a second cavity within the body , the cavities opening to an exterior of the body along a lower surface of the body , wherein the first cavity also opens toward a back side of the body and the second cavity also opens toward a side of the body ; a body ; a generally planar lower surface of the body ; and a first cavity and a second cavity within the body , the cavities opening to an exterior of the body along a lower surface of the body , wherein the first cavity also opens toward a back side of the body and the second cavity also opens toward a side of the body ; moving the opening of the first cavity along the upper surface of the last , such that the first cavity at least partially envelops the first protrusion ; and rotating the body of the last extension about the first protrusion , such that the second cavity at least partially envelops the second protrusion .
A process for preparing polysiloxanes having at least one oligo- or polyalkylene ether group, comprising reacting a polysiloxane having at least one C 1 -C 6 alkoxy group bonded to a silicon atom of the polysiloxane with an OH-terminated oligo- or polyalkylene ether in the presence of a catalyst, the catalyst being an alkanesulfonic acid.