mhurhangee/patent-ind-claim-en huggingface dataset:
Device with a blade movable within an associated working space for cutting product units , such as separated food products, and with a conveying device in which the product units can be conveyed individually into the working space of the blade , characterised in that the conveying device has, associated with the blade , at least one two-part conveying channel (51A; 51B), in which on one side first conveying elements and on the other side second conveying elements , which are associated with one another in pairs, are guided, that the first and second conveying elements (511A, 512A; 511B, 512B) each have a recess which is provided for partially receiving a separated product unit , and in that the sides of the first and second conveying elements (511A, 512A; 511B, 512B), which are mutually facing one another, delimit the working space exposed therebetween so that the blade can be guided within the working space partly or entirely into or through the product units held on both sides of the working space in the first and second conveying elements (511A, 512A; 511B, 512B) which are associated with one another.
An optical unit for guiding a plurality of light beams, comprising two opposing end faces through which the plurality of light beams are transmitted, each of the two end faces comprising a plurality of lens portions , wherein a pitch (Wo, Wi) is defined as a distance between an optical axis of respective adjacent lens portions , wherein the plurality of lens portions are arranged in an arrangement direction (X) that intersects an optical axis direction (Z) along which the light beams are transmitted, characterized in that each of the lens portions is inclined with respect to both a thickness direction (Y) intersecting the optical axis direction (Z) and the arrangement direction (X), and in that the optical unit has both end faces in the optical axis direction (Z) with the pitch (Wo, Wi) at which the lens portions are arranged in one end face being smaller than the pitch (Wi, Wo) at which the lens portions are arranged in another end face. comprising two opposing end faces through which the plurality of light beams are transmitted, each of the two end faces comprising a plurality of lens portions , wherein a pitch (Wo, Wi) is defined as a distance between an optical axis of respective adjacent lens portions , wherein the plurality of lens portions are arranged in an arrangement direction (X) that intersects an optical axis direction (Z) along which the light beams are transmitted, characterized in that each of the lens portions is inclined with respect to both a thickness direction (Y) intersecting the optical axis direction (Z) and the arrangement direction (X), and in that the optical unit has both end faces in the optical axis direction (Z) with the pitch (Wo, Wi) at which the lens portions are arranged in one end face being smaller than the pitch (Wi, Wo) at which the lens portions are arranged in another end face.
A method, performed by a first node (800; 120; 130), for managing integrity protection of a Logical Link Control, "LLC", Packet Data Unit, "PDU", the first node (120; 130) being configured to communicate in a wireless communication network , wherein the method comprises: - providing (301; 701) an LLC PDU with an indicator that indicates that an integrity protection has been applied to at least part of the LLC PDU; and - sending (302; 702) the LLC PDU with the indication to another, second node(1000; 130; 120). - providing (301; 701) an LLC PDU with an indicator that indicates that an integrity protection has been applied to at least part of the LLC PDU; and - sending (302; 702) the LLC PDU with the indication to another, second node(1000; 130; 120).
A wiper operation system suitable for use in a construction machine including an operator's seat and a wiper device , to allow an operator in the operator's seat to perform an operation for selecting a desired wiper motion mode from a plurality of wiper motion modes different from each other in at least one of a motion interval and an operation speed and operating the wiper device in the selected wiper motion mode, the wiper operation system comprising: a display including a display screen and disposed at a position where the display screen can be viewed by an operator in the operator's seat ; an operation reception unit that receives a mode selection operation by the operator to select one wiper motion mode from the plurality of wiper motion modes; a wiper control section that makes the wiper device perform a motion in the wiper motion mode selected by the mode selection operation, wherein the display screen of the display includes a wiper motion display part that performs a display of a plurality of icons (26; 27, 28, 29) indicating the plurality of wiper motion modes that can be selected by the mode selection operation, respectively, and an identification display for enabling the icon corresponding to the wiper motion mode selected by the mode selection operation among the plurality of icons (26; 27, 28, 29) to be identified, characterized in that the operation reception unit includes a push switch that receives a pushing operation to start and stop the motion of the wiper device and a dial switch that receives a rotational operation to select one icon from the plurality of icons (26; 27, 28, 29), and the wiper control section is configured to make the wiper device perform a motion in the wiper motion mode corresponding to the icon selected by the dial switch . a display including a display screen and disposed at a position where the display screen can be viewed by an operator in the operator's seat ; an operation reception unit that receives a mode selection operation by the operator to select one wiper motion mode from the plurality of wiper motion modes; a wiper control section that makes the wiper device perform a motion in the wiper motion mode selected by the mode selection operation, wherein the display screen of the display includes a wiper motion display part that performs a display of a plurality of icons (26; 27, 28, 29) indicating the plurality of wiper motion modes that can be selected by the mode selection operation, respectively, and an identification display for enabling the icon corresponding to the wiper motion mode selected by the mode selection operation among the plurality of icons (26; 27, 28, 29) to be identified, characterized in that the operation reception unit includes a push switch that receives a pushing operation to start and stop the motion of the wiper device and a dial switch that receives a rotational operation to select one icon from the plurality of icons (26; 27, 28, 29), and the wiper control section is configured to make the wiper device perform a motion in the wiper motion mode corresponding to the icon selected by the dial switch .
An exoskeleton configured to be worn by a user and comprising a plurality of modular vertebral elements connected together along a longitudinal axis by flexible connecting means, each vertebral element comprising a central body provided with a supporting surface adapted to be placed on the user's body and a free surface opposite said supporting surface, wherein the exoskeleton comprises a cable engaged with at least two vertebral elements , at least some vertebral elements being provided with guiding means for guiding said cable and with a spacing member of said guiding means from said free surface , which spacing member allows to obtain a distance between the point of application of the force from the cable and the central body of the vertebral element in contact with the user's body, wherein the spacing member consists of a fork comprising two arms extending in an opposite direction to the user starting from said free surface , which arms supporting said guiding means, wherein said guiding means comprise two or more pulleys engaged between the two arms in an idle, rotatable manner about the relative rotation axis thereof, wherein the pulleys have an axis of rotation perpendicular to the user's sagittal plane when wearing the exoskeleton and each vertebral element comprises at least one lower pulley and one upper pulley (13"), respectively positioned below and above when wearing the exoskeleton, the cable being placed in contact with the upper pulley part (13") facing said free surface of the central body and with the lower pulley part facing away from said free surface of the central body . wherein the exoskeleton comprises a cable engaged with at least two vertebral elements , at least some vertebral elements being provided with guiding means for guiding said cable and with a spacing member of said guiding means from said free surface , which spacing member allows to obtain a distance between the point of application of the force from the cable and the central body of the vertebral element in contact with the user's body, wherein the spacing member consists of a fork comprising two arms extending in an opposite direction to the user starting from said free surface , which arms supporting said guiding means, wherein said guiding means comprise two or more pulleys engaged between the two arms in an idle, rotatable manner about the relative rotation axis thereof, wherein the pulleys have an axis of rotation perpendicular to the user's sagittal plane when wearing the exoskeleton and each vertebral element comprises at least one lower pulley and one upper pulley (13"), respectively positioned below and above when wearing the exoskeleton, the cable being placed in contact with the upper pulley part (13") facing said free surface of the central body and with the lower pulley part facing away from said free surface of the central body .
Dewar device for a watch , said device including: - a wristlet; - a case comprising a chamber in which a case of the watch is capable of being disposed in such a way that a glass of said case is arranged facing a glass of a set of elements of the case defining this chamber ; - at least one fastening device fastening said watch case in said chamber of the case while maintaining it distant from all of the elements of the case defining this chamber , and - a device for actuating at least one push button of said watch by the angular movement of a free end of at least one lever element of said device relative to the case , said at least one lever element having another end movably fastened to said case . - a wristlet; - a case comprising a chamber in which a case of the watch is capable of being disposed in such a way that a glass of said case is arranged facing a glass of a set of elements of the case defining this chamber ; - at least one fastening device fastening said watch case in said chamber of the case while maintaining it distant from all of the elements of the case defining this chamber , and - a device for actuating at least one push button of said watch by the angular movement of a free end of at least one lever element of said device relative to the case , said at least one lever element having another end movably fastened to said case .
Biodegradable tissue-adhesive device for sealing tissue, said device comprising a tissue-adhesive layer which comprises a blend of a tissue-reactive polymer and a biodegradable carrier polyurethane according to the formula of A-B-C-B- n , wherein A denotes a polyol, B denotes a diisocyanate moiety, C denotes a diol component and n denotes the number of recurring units, and wherein the B-C-B segment is bioresorbable.
A scheduling request cancellation method, comprising: determining , by a device, that a first scheduling request is triggered; determining, by the device, that a second scheduling request is triggered; sending , by the device, a medium access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a first buffer status report, BSR; and canceling , by the device, the first scheduling request and retaining, by the device, the second scheduling request in response to that the MAC PDU is sent; wherein the first buffer status report comprises a buffer status up to the last event that triggers a BSR prior to the MAC PDU assembly; the first scheduling request-is triggered prior to the MAC PDU assembly; and the second scheduling request is triggered after the MAC PDU assembly. determining , by a device, that a first scheduling request is triggered; determining, by the device, that a second scheduling request is triggered; sending , by the device, a medium access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a first buffer status report, BSR; and canceling , by the device, the first scheduling request and retaining, by the device, the second scheduling request in response to that the MAC PDU is sent; wherein the first buffer status report comprises a buffer status up to the last event that triggers a BSR prior to the MAC PDU assembly; the first scheduling request-is triggered prior to the MAC PDU assembly; and the second scheduling request is triggered after the MAC PDU assembly.
An equipment rack for a telecommunications cabinet , comprising: a universal structural rail configured to be mounted within the telecommunications cabinet , the universal structural rail having a main body and four walls extending outwardly from the main body to define a cavity , wherein the main body comprises a plurality of holes and/or slots ; a radio equipment-specific insert plate comprising one or more plate mounting holes and a plurality of bracket mounting holes , wherein the radio equipment-specific insert plate is configured to fit within the cavity of the universal structural rail and secured to the universal structural rail via fasteners through the plate mounting holes ; and a radio equipment-specific mounting bracket having a main body comprising a plurality of mounting holes , wherein the radio equipment-specific mounting bracket is configured to be secured to the radio equipment-specific insert plate via fasteners when one or more of the mounting holes of the radio equipment-specific mounting bracket are aligned with respective bracket mounting holes of the radio equipment-specific insert plate , and wherein the radio equipment-specific mounting bracket is configured such that a piece of telecommunications equipment can be mounted thereto. a universal structural rail configured to be mounted within the telecommunications cabinet , the universal structural rail having a main body and four walls extending outwardly from the main body to define a cavity , wherein the main body comprises a plurality of holes and/or slots ; a radio equipment-specific insert plate comprising one or more plate mounting holes and a plurality of bracket mounting holes , wherein the radio equipment-specific insert plate is configured to fit within the cavity of the universal structural rail and secured to the universal structural rail via fasteners through the plate mounting holes ; and a radio equipment-specific mounting bracket having a main body comprising a plurality of mounting holes , wherein the radio equipment-specific mounting bracket is configured to be secured to the radio equipment-specific insert plate via fasteners when one or more of the mounting holes of the radio equipment-specific mounting bracket are aligned with respective bracket mounting holes of the radio equipment-specific insert plate , and wherein the radio equipment-specific mounting bracket is configured such that a piece of telecommunications equipment can be mounted thereto.
Device for holding a bag, in particular a waste bag, with a container , on the upper edge region of which a clamping device for clamping at least one bag is arranged, wherein the clamping device has at least one holding part which is arranged at a container corner, wherein the holding part comprises a mounting part for fixing the holding part to the container , wherein the at least one holding part comprises a holding structure part for receiving a waste bag and the holding structure part is movable relative to the mounting part , characterized in that the holding structure part is movable obliquely to the side walls of the container adjacent to the container corner, or the holding part is designed such that it extends only within a container corner radius of maximally 10 cm. wherein the clamping device has at least one holding part which is arranged at a container corner, wherein the holding part comprises a mounting part for fixing the holding part to the container , wherein the at least one holding part comprises a holding structure part for receiving a waste bag and the holding structure part is movable relative to the mounting part , characterized in that the holding structure part is movable obliquely to the side walls of the container adjacent to the container corner, or the holding part is designed such that it extends only within a container corner radius of maximally 10 cm.
A customized battery management system (BMS) module, comprising: a plurality of BMS part modules, in which function-based circuits of a BMS are individually reflected, wherein the function-based circuits are based on a power control function, a measurement function, a temperature sensing function, a booster function, and a DCDC converter function of the BMS; and a substrate, on which the plurality of BMS part modules are disposed and mounted, wherein the plurality of BMS part modules are disposed and mounted onto the substrate, wherein one or more pins inserted into the substrate are provided in each of the plurality of BMS part modules, wherein pattern recesses are formed at an upper side of the substrate, the pattern recesses are arranged in a repeated pattern, so that the disposition positions of the BMS part modules are freely adjusted, wherein pins provided to the BMS part modules are inserted into and mounted to the pattern recesses, and according to the insertion of the pins into the pattern recesses, the BMS part module and the substrate are electrically connected with each other and are electrically conducted. a plurality of BMS part modules, in which function-based circuits of a BMS are individually reflected, wherein the function-based circuits are based on a power control function, a measurement function, a temperature sensing function, a booster function, and a DCDC converter function of the BMS; and a substrate, on which the plurality of BMS part modules are disposed and mounted, wherein the plurality of BMS part modules are disposed and mounted onto the substrate, wherein one or more pins inserted into the substrate are provided in each of the plurality of BMS part modules, wherein pattern recesses are formed at an upper side of the substrate, the pattern recesses are arranged in a repeated pattern, so that the disposition positions of the BMS part modules are freely adjusted, wherein pins provided to the BMS part modules are inserted into and mounted to the pattern recesses, and according to the insertion of the pins into the pattern recesses, the BMS part module and the substrate are electrically connected with each other and are electrically conducted.
A method of associating communication service sessions with geographical locations, the method comprising, for each of a multiplicity of user devices attached to one or more access networks via respective access points: at a user device of the multiplicity of user devices, detecting an identity of an access point of the access points, which is serving the user device ; from the user device , registering the detected access point identity and a geographical address at which the access point is located with a location service, via an access network of the one or more access networks; and by means of the location service and the registration, registering said user device in a communication service in association with said geographical address, wherein, for a communication service session associated with a registered user device, a geographical address of the registered user device can be determined, wherein the step of registering the detected access point identity and the geographical address at which the access point is located comprises: receiving a query at the user device , from the location service, regarding the geographical address at which the access point is located, to register the detected access point identity, after the location service performs a lookup in a database that holds relationships between identities of the access points and geographical addresses; and in response to the query received from the location service, sending the detected access point identity together with the geographical address at which the access point is located, from the user device to the location service, and wherein the step of registering the detected access point identity and the geographical address at which the access point is located requires sending of a correct authentication code from the user device to the location service. at a user device of the multiplicity of user devices, detecting an identity of an access point of the access points, which is serving the user device ; from the user device , registering the detected access point identity and a geographical address at which the access point is located with a location service, via an access network of the one or more access networks; and by means of the location service and the registration, registering said user device in a communication service in association with said geographical address, receiving a query at the user device , from the location service, regarding the geographical address at which the access point is located, to register the detected access point identity, after the location service performs a lookup in a database that holds relationships between identities of the access points and geographical addresses; and in response to the query received from the location service, sending the detected access point identity together with the geographical address at which the access point is located, from the user device to the location service, and wherein the step of registering the detected access point identity and the geographical address at which the access point is located requires sending of a correct authentication code from the user device to the location service.
A system information receiving method, applied to a receive side and comprising: determining first configuration information, wherein the first configuration information is used to indicate hybrid automatic repeat request, HARQ, processes for receiving different system information, and system information includes: a master information block, MIB, a system information block 1, SIB1, and other system information, SI; and receiving different system information through corresponding HARQ processes according to the first configuration information; characterized in that , the first configuration information comprises one or more of: a first configuration parameter and a second configuration parameter, the first configuration parameter indicates identifiers of the HARQ processes for receiving different system information, and the second configuration parameter is used to distinguish the HARQ processes for receiving different system information. determining first configuration information, wherein the first configuration information is used to indicate hybrid automatic repeat request, HARQ, processes for receiving different system information, and system information includes: a master information block, MIB, a system information block 1, SIB1, and other system information, SI; and receiving different system information through corresponding HARQ processes according to the first configuration information; characterized in that , the first configuration information comprises one or more of: a first configuration parameter and a second configuration parameter, the first configuration parameter indicates identifiers of the HARQ processes for receiving different system information, and the second configuration parameter is used to distinguish the HARQ processes for receiving different system information.