mhurhangee/patent-ind-claim-en huggingface dataset:
A use of a building entry for integration into an outer wall of a building and for leading a plurality of lines into the building, said building entry comprising a subdividing element which is structurally integrated into the outer building wall by casting with a casting material capable of flowing first and then hardening, the integrated subdividing element then forming a plurality of passage openings , in which use an empty tube is further placed at each of the passage openings to extend the respective passage opening after the structural integration of the subdividing element by casting and then at least one of the lines is inserted into at least some of the respective empty tubes , wherein the empty tubes are protective tubes extending away from and on the outside of the building and being placed from the outside of the building , at the subdividing element , wherein the subdividing element is arranged, after casting, in a through opening which extends between an inside of the building and the outside of the building and is defined by the hardened casting material, and wherein the subdividing element subdivides the through opening into the plurality of passage openings with respect to directions perpendicular to its longitudinal axis , wherein a respective individual seal is assigned to the passage openings of the subdividing element towards the inside of the building, the respective individual seal being either a blind closure closing the respective passage opening towards the inside of the building prior to the line being led through, or sealing against the respective line after the latter has been led through. said building entry comprising a subdividing element which is structurally integrated into the outer building wall by casting with a casting material capable of flowing first and then hardening, the integrated subdividing element then forming a plurality of passage openings , in which use an empty tube is further placed at each of the passage openings to extend the respective passage opening after the structural integration of the subdividing element by casting and then at least one of the lines is inserted into at least some of the respective empty tubes , wherein the empty tubes are protective tubes extending away from and on the outside of the building and being placed from the outside of the building , at the subdividing element , wherein the subdividing element is arranged, after casting, in a through opening which extends between an inside of the building and the outside of the building and is defined by the hardened casting material, and wherein the subdividing element subdivides the through opening into the plurality of passage openings with respect to directions perpendicular to its longitudinal axis , wherein a respective individual seal is assigned to the passage openings of the subdividing element towards the inside of the building, the respective individual seal being either a blind closure closing the respective passage opening towards the inside of the building prior to the line being led through, or sealing against the respective line after the latter has been led through.
A method for providing output values with associated uncertainties for a flexible modular plant or machine comprising an arrangement of modular entities (21-2n), the method comprising the steps: during runtime of the flexible modular plant or machine, combining a plurality of said modular entities (21-2n) to an arrangement, the arrangement describing the way in which the modular entities (21-2n) are connected to each other, assigning, to the plurality of said modular entities (21-2n), uncertainty information associated with an operation of said modular entity (21-2n); providing, by said plurality of modular entities (21-2n), input values based on an operation of said modular entities (21-2n); depending on the arrangement of the plurality of said modular entities (21-2n), calculating, by a computing unit , an output value based on said input values provided by said plurality of modular entities (21-2n); calculating, by said computing unit , an input value uncertainty for each input value based on the uncertainty information of the modular entity (21-2n) providing the input value; depending on the arrangement of the plurality of said modular entities (21-2n), calculating, by said computing unit , at least one output value uncertainty associated with the output value based on propagation of uncertainty and using the input value uncertainties; and outputting said output value and said at least one output value uncertainty. during runtime of the flexible modular plant or machine, combining a plurality of said modular entities (21-2n) to an arrangement, the arrangement describing the way in which the modular entities (21-2n) are connected to each other, assigning, to the plurality of said modular entities (21-2n), uncertainty information associated with an operation of said modular entity (21-2n); providing, by said plurality of modular entities (21-2n), input values based on an operation of said modular entities (21-2n); depending on the arrangement of the plurality of said modular entities (21-2n), calculating, by a computing unit , an output value based on said input values provided by said plurality of modular entities (21-2n); calculating, by said computing unit , an input value uncertainty for each input value based on the uncertainty information of the modular entity (21-2n) providing the input value; depending on the arrangement of the plurality of said modular entities (21-2n), calculating, by said computing unit , at least one output value uncertainty associated with the output value based on propagation of uncertainty and using the input value uncertainties; and outputting said output value and said at least one output value uncertainty.
A method performed by a cloud controller for migrating resources within a cloud network, the method comprising: receiving performance metrics from at least one device within the cloud network; analyzing the performance metrics to generate at least one application requirement, wherein the at least one application requirement indicates a recent performance associated with a resource provisioned for a customer, wherein the resource is supported by a first device within the cloud network; identifying a second device within the cloud network to support the resource based on the at least one application requirement; wherein identifying a second device within the cloud network to support the resource based on the at least one application requirement comprises determining based on performance metrics reported by the second device that migration of the resource to the second device will violate the at least one application requirement by less than a predetermined amount; and migrating the resource from the first device to the second device. receiving performance metrics from at least one device within the cloud network; analyzing the performance metrics to generate at least one application requirement, wherein the at least one application requirement indicates a recent performance associated with a resource provisioned for a customer, wherein the resource is supported by a first device within the cloud network; identifying a second device within the cloud network to support the resource based on the at least one application requirement; wherein identifying a second device within the cloud network to support the resource based on the at least one application requirement comprises determining based on performance metrics reported by the second device that migration of the resource to the second device will violate the at least one application requirement by less than a predetermined amount; and migrating the resource from the first device to the second device.
A method of transmitting an uplink signal to a base station, BS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from the BS , downlink control information, DCI, for scheduling one or more downlink data; receiving (S1610), from the BS , the one or more downlink data based on the DCI; and transmitting (S1630), to the BS through an uplink resource, uplink control information corresponding to the one or more downlink data wherein an uplink candidate resource group is determined from a set of uplink candidate resources including a plurality of uplink candidate resource groups based on indication information included in the DCI, and wherein the uplink resource is determined based on a control channel element, CCE, index in which the DCI is transmitted from a plurality of uplink candidate resources included in the determined uplink candidate resource group, and characterized in that wherein, based on before information for a first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is a second set of cellspecific uplink candidate resources informed from the base station by system information, and wherein, based on after the information for the first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is the first set of dedicated uplink candidate resources for the UE. receiving, from the BS , downlink control information, DCI, for scheduling one or more downlink data; receiving (S1610), from the BS , the one or more downlink data based on the DCI; and transmitting (S1630), to the BS through an uplink resource, uplink control information corresponding to the one or more downlink data wherein an uplink candidate resource group is determined from a set of uplink candidate resources including a plurality of uplink candidate resource groups based on indication information included in the DCI, and wherein the uplink resource is determined based on a control channel element, CCE, index in which the DCI is transmitted from a plurality of uplink candidate resources included in the determined uplink candidate resource group, and characterized in that wherein, based on before information for a first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is a second set of cellspecific uplink candidate resources informed from the base station by system information, and wherein, based on after the information for the first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is the first set of dedicated uplink candidate resources for the UE.
Toy having a main body , and also having a first magnet and a counterpart , wherein the first magnet and the counterpart are attached to the main body so as to be movable independently of one another in such a way that the first magnet and the counterpart are able to be brought into a jointly suspended state in which the counterpart is magnetically attracted by the first magnet without the first magnet and the counterpart being in contact with one another, wherein the main body has a bar-like grip portion which is formed in such a way that the grip portion can be gripped by a hand in order to set the first magnet and the counterpart into a movement, wherein the main body has a retention portion which is connected to the grip portion and which has a first and a second attachment region , wherein the first magnet is movably attached in the first attachment region and the counterpart is movably attached in the second attachment region , wherein the retention portion is in the form of a fork or in the form of a frame, characterized in that the first and second attachment regions are arranged in a mirror-symmetrical manner in relation to an imaginary longitudinal axis (L) of the grip portion .
A system comprising: an entry tension assembly that is connected to a first structural feature of a printer wherein the entry tension assembly comprises: a pneumatic cylinder connected to a first rack, and a first pivot gear that engages the first rack; an exit tension assembly that is connected to a second structural feature of the printer, wherein the exit tension assembly is disposed downstream of the entry tension assembly in a media feed direction; and characterised in that the system further comprises a tensioned band having a first end that is connected to the first pivot gear (556 of the entry tension assembly and a second end that is connected to the exit tension assembly, wherein the tensioned band holds a substrate substantially flat against a transfer belt of the printer during printing by applying pressure to a surface of the substrate. a pneumatic cylinder connected to a first rack, and a first pivot gear that engages the first rack; an exit tension assembly that is connected to a second structural feature of the printer, wherein the exit tension assembly is disposed downstream of the entry tension assembly in a media feed direction; and characterised in that the system further comprises a tensioned band having a first end that is connected to the first pivot gear (556 of the entry tension assembly and a second end that is connected to the exit tension assembly, wherein the tensioned band holds a substrate substantially flat against a transfer belt of the printer during printing by applying pressure to a surface of the substrate.
A method for making an optical element comprising: a zinc sulfide layer; a polymer adhered to a surface of the zinc sulfide layer; wherein a coupling agent forming a disulfide bond is disposed between the zinc sulfide layer and the polymer; wherein the coupling agent has a functional group that forms a contact product with the polymer, wherein the polymer is an organic polymer which is an acrylic polymer, an acrylate polymer, a styrene polymer, a urethane polymer, an epoxy polymer, a polyester polymer, a polyvinyl polymer, a phenoxy polymer, a nylon polymer, a melamine polymer, a fluorinated polymer, a polyvinyl alcohol polymer, or a silicone polymer; and wherein the optical element is a lens, an optical window, a sensor, a detector, a dome, or a beam splitter; the method comprising attaching the organic polymer to the zinc sulfide layer; and further comprising treating an isothiouronium salt with a basic compound to form the coupling agent. a zinc sulfide layer; a polymer adhered to a surface of the zinc sulfide layer; wherein a coupling agent forming a disulfide bond is disposed between the zinc sulfide layer and the polymer; wherein the coupling agent has a functional group that forms a contact product with the polymer, wherein the polymer is an organic polymer which is an acrylic polymer, an acrylate polymer, a styrene polymer, a urethane polymer, an epoxy polymer, a polyester polymer, a polyvinyl polymer, a phenoxy polymer, a nylon polymer, a melamine polymer, a fluorinated polymer, a polyvinyl alcohol polymer, or a silicone polymer; and wherein the optical element is a lens, an optical window, a sensor, a detector, a dome, or a beam splitter; the method comprising attaching the organic polymer to the zinc sulfide layer; and further comprising treating an isothiouronium salt with a basic compound to form the coupling agent.
A sheet handling apparatus comprising: a storage bag that includes an opening and a frame having a gate for opening and closing the opening of the storage bag , the gate including a first member and a second member which are disposed facing each other wherein sheets are stacked in a stacking area on the first member and the second member ; a mounting unit to which the storage bag is detachably mounted and which includes a first holder and a second holder with the frame of the storage bag mounted thereto, wherein the first holder and the second holder are disposed facing each other; a transport unit configured to transport sheets one by one; and a storage mechanism configured to stack the sheets transported by the transport unit , in the stacking area on the frame mounted to the mounting unit , and to push the sheets stacked in the stacking area into the storage bag through the opening of the storage bag to store the sheets in the storage bag , and a driving unit configured to move at least one of the first member and the second member to close the opening of the storage bag and move the second holder toward the first holder in a horizontal direction in a same plane to close the opening of the storage bag . a storage bag that includes an opening and a frame having a gate for opening and closing the opening of the storage bag , the gate including a first member and a second member which are disposed facing each other wherein sheets are stacked in a stacking area on the first member and the second member ; a mounting unit to which the storage bag is detachably mounted and which includes a first holder and a second holder with the frame of the storage bag mounted thereto, wherein the first holder and the second holder are disposed facing each other; a transport unit configured to transport sheets one by one; and a storage mechanism configured to stack the sheets transported by the transport unit , in the stacking area on the frame mounted to the mounting unit , and to push the sheets stacked in the stacking area into the storage bag through the opening of the storage bag to store the sheets in the storage bag , and a driving unit configured to move at least one of the first member and the second member to close the opening of the storage bag and move the second holder toward the first holder in a horizontal direction in a same plane to close the opening of the storage bag .
A hearing aid system comprising a hearing instrument adapted for being worn by a user at or in an ear, the hearing instrument comprising • a signal processor adapted for processing an input sound and providing an output stimulus according to a hearing impaired user's particular needs, • a measurement unit comprising measurement electrodes or electric terminals for picking up voltage changes of the body of the user, the electrodes being located in an in the ear, ITE, part of the hearing instrument, the ITE part being adapted for being located fully or partially in the ear canal of the user, and wherein the ITE part comprises two electric terminals located on or extending from the surface of the ITE part, and • a wireless interface adapted for allowing a wireless link to be established to another device picking up data related to direct measures of cognitive load of a user in the form of voltages measured on body tissue of neural elements, • an estimation unit for providing an estimate of present cognitive load of the user based on the picked up voltage changes and/or data, • wherein the system is adapted to influence said processing in dependence of an estimate a present cognitive load of the user. • a signal processor adapted for processing an input sound and providing an output stimulus according to a hearing impaired user's particular needs, • a measurement unit comprising measurement electrodes or electric terminals for picking up voltage changes of the body of the user, the electrodes being located in an in the ear, ITE, part of the hearing instrument, the ITE part being adapted for being located fully or partially in the ear canal of the user, and wherein the ITE part comprises two electric terminals located on or extending from the surface of the ITE part, and • a wireless interface adapted for allowing a wireless link to be established to another device picking up data related to direct measures of cognitive load of a user in the form of voltages measured on body tissue of neural elements, • an estimation unit for providing an estimate of present cognitive load of the user based on the picked up voltage changes and/or data, • wherein the system is adapted to influence said processing in dependence of an estimate a present cognitive load of the user.
Powder, especially for use in a powder bed fusion method, comprising a polymer powder, where the polymer powder has a proportion by volume of 0.5% to 15% of polymeric particles having a particle size of less than 10.48 μm, a proportion by volume of not more than 4.0% of polymeric particles having a particle size in the range from not less than 10.48 μm to less than 30.53 μm, and polymeric particles having a particle size of not less than 30.53 μm in a corresponding proportion by volume of the polymer powder, so as to result in a total volume of the polymer powder of 100%, where the proportions by volume and the polymeric particle sizes are determined by means of the laser diffraction-based method described in the description.
A method of providing access to digital profiles held in persistent electronic storage of a digital identity system, the method comprising: receiving from a requesting entity an electronic request message identifying a target entity; in response to the request, publishing: (i) a digital profile of the target entity by storing a version of that profile in an addressable memory location, and (ii) a digital profile of the requesting entity by storing a version of that profile in another addressable memory location; generating two non-matching receipts, each comprising a transaction identifier, a first of which comprises a link identifying the memory location to which the target entity's profile is published, the second of which comprises a link identifying the other memory location to which the requesting entity's profile is published; transmitting the first receipt to an address associated with the requesting entity; and transmitting the second receipt to an address associated with the target entity. receiving from a requesting entity an electronic request message identifying a target entity; in response to the request, publishing: (i) a digital profile of the target entity by storing a version of that profile in an addressable memory location, and (ii) a digital profile of the requesting entity by storing a version of that profile in another addressable memory location; generating two non-matching receipts, each comprising a transaction identifier, a first of which comprises a link identifying the memory location to which the target entity's profile is published, the second of which comprises a link identifying the other memory location to which the requesting entity's profile is published; transmitting the first receipt to an address associated with the requesting entity; and transmitting the second receipt to an address associated with the target entity.