mhurhangee/patent-ind-claim-en huggingface dataset:
A method of allocating radio resources in a radio access network for operating a plurality of devices, comprising the steps of: determining , by a first radio coordinator (100; 1400), a need for radio resources for each of a plurality of second radio coordinators (200; 1500) for assigning the radio resources to an associated device group (507; 508), wherein the plurality of devices are grouped into a plurality of device groups , each device group (507; 508) being associated to one of the plurality of second radio coordinators (200; 1500), wherein every device of the plurality of device groups corresponding to a time-critical industrial automation application is associated with a common second radio coordinator of the plurality of second radio coordinators, wherein the step of determining the need for radio resources comprises receiving , by the first radio coordinator (100; 1400) from at least one of the plurality of second radio coordinators (200; 1500), a radio resource request, wherein the radio resource request is indicative of radio resources required by the at least one of the plurality of second radio coordinators (200; 1500) for assigning the radio resources to its associated device group (507; 508); allocating the radio resources to each of the plurality of second radio coordinators (200; 1500) by the first radio coordinator (100; 1400) based on the determined need for radio resources; and sending , to at least one of the plurality of second radio coordinators (200; 1500), an allocation message indicative of the allocated radio resources. determining , by a first radio coordinator (100; 1400), a need for radio resources for each of a plurality of second radio coordinators (200; 1500) for assigning the radio resources to an associated device group (507; 508), wherein the plurality of devices are grouped into a plurality of device groups , each device group (507; 508) being associated to one of the plurality of second radio coordinators (200; 1500), wherein every device of the plurality of device groups corresponding to a time-critical industrial automation application is associated with a common second radio coordinator of the plurality of second radio coordinators, wherein the step of determining the need for radio resources comprises receiving , by the first radio coordinator (100; 1400) from at least one of the plurality of second radio coordinators (200; 1500), a radio resource request, wherein the radio resource request is indicative of radio resources required by the at least one of the plurality of second radio coordinators (200; 1500) for assigning the radio resources to its associated device group (507; 508); allocating the radio resources to each of the plurality of second radio coordinators (200; 1500) by the first radio coordinator (100; 1400) based on the determined need for radio resources; and sending , to at least one of the plurality of second radio coordinators (200; 1500), an allocation message indicative of the allocated radio resources.
A porous insulation substrate made of microfibers, wherein the porous insulation substrate comprises a layer of woven microfibers, the layer of woven microfibers comprises yarns of woven microfibers separated by holes there between, and a layer of non-woven microfibers disposed on the layer of woven microfibers on a first side, characterized in that at least a part of the non-woven microfibers are accumulated in the holes between the yarns and the thickness of the layer of non-woven microfibers varies in dependence on the locations of the holes in the layer of woven microfibers such that the layer of non-woven microfibers is thicker in said holes and is thinner on top of the yarns of the layer of woven microfibers, wherein the yarns includes a plurality of filaments and the diameter of said non-woven microfibers is smaller than the diameter of said filaments.
A method for displaying a two-dimensional code, comprising: receiving (S210) a two-dimensional code display operation, wherein the two-dimensional code display operation is used to trigger a display of a two-dimensional code image corresponding to target content, and the target content belongs to a first application; and displaying (S220) the two-dimensional code image in response to the two-dimensional code display operation, wherein the two-dimensional code image comprises a first primary positioning point, and a second primary positioning point overlapped with the first primary positioning point; the first primary positioning point is located above the second primary positioning point; the first primary positioning point has a predetermined color; and the second primary positioning point has a signature color of the first application, wherein the signature color comprises a first type of color, and a color obtained by binarizing the first type of color is the same as the predetermined color. receiving (S210) a two-dimensional code display operation, wherein the two-dimensional code display operation is used to trigger a display of a two-dimensional code image corresponding to target content, and the target content belongs to a first application; and displaying (S220) the two-dimensional code image in response to the two-dimensional code display operation, wherein the two-dimensional code image comprises a first primary positioning point, and a second primary positioning point overlapped with the first primary positioning point; the first primary positioning point is located above the second primary positioning point; the first primary positioning point has a predetermined color; and the second primary positioning point has a signature color of the first application, wherein the signature color comprises a first type of color, and a color obtained by binarizing the first type of color is the same as the predetermined color.
An interactive control apparatus for controlling an OCT (optical coherence tomography) imaging apparatus in which a plurality of elements must be adjusted for performing imaging of a subject, the interactive control apparatus being connected with a pointer device configured to output two instruction signals, the interactive control apparatus comprising: a display control means configured to display, on a display unit , a graphical user interface having icons to be selected by a virtual pointer controlled by the pointer device, a detection means configured to detect a first instruction signal of the pointer device for selecting icons under the virtual pointer, and to detect a second instruction signal of the pointer device; an acquisition means configured to acquire a preparation status of the plurality of elements of the OCT imaging apparatus; and a control means configured to, in response to the detection of the first instruction signal, instruct a specific action to the OCT imaging apparatus according to the selected icon, and to select, in response to the detection of the second instruction signal, at least one of the plurality of elements, of which adjustment is not completed, based not on a position of the virtual pointer but on the acquired preparation status, and to instruct adjustment of the selected element. a display control means configured to display, on a display unit , a graphical user interface having icons to be selected by a virtual pointer controlled by the pointer device, a detection means configured to detect a first instruction signal of the pointer device for selecting icons under the virtual pointer, and to detect a second instruction signal of the pointer device; an acquisition means configured to acquire a preparation status of the plurality of elements of the OCT imaging apparatus; and a control means configured to, in response to the detection of the first instruction signal, instruct a specific action to the OCT imaging apparatus according to the selected icon, and to select, in response to the detection of the second instruction signal, at least one of the plurality of elements, of which adjustment is not completed, based not on a position of the virtual pointer but on the acquired preparation status, and to instruct adjustment of the selected element.
An eye compress configured to deliver moist heat therapy to at least one eye of a patient, the eye compress comprising: at least one eye coverage portion having a front side and an opposite back side; wherein the front side is configured for contact with the patient's body when the eye compress is worn; and at least one securing strap affixed to the at least one eye coverage portion: wherein the at least one eye coverage portion at least partially comprises a moisture-permeable antimicrobial material, a fill material enclosed within the moisture-permeable antimicrobial material, and a recessed area on at least the front side of the at least one eye coverage portion, whereby the fill material is configured to absorb and release moisture through the moisture-permeable antimicrobial material and deliver moist heat therapy to the eye area of the patient. at least one eye coverage portion having a front side and an opposite back side; wherein the front side is configured for contact with the patient's body when the eye compress is worn; and at least one securing strap affixed to the at least one eye coverage portion: wherein the at least one eye coverage portion at least partially comprises a moisture-permeable antimicrobial material, a fill material enclosed within the moisture-permeable antimicrobial material, and a recessed area on at least the front side of the at least one eye coverage portion, whereby the fill material is configured to absorb and release moisture through the moisture-permeable antimicrobial material and deliver moist heat therapy to the eye area of the patient.
A method for a network node, in a wireless communication network, to activate or deactivate reference signal, RS, resources usable for management of transmit and/or receive beams for communication with a user equipment, UE, the method comprising: sending , to the UE, one or more control messages comprising configuration of a plurality of RS resources associated with a particular bandwidth part, BWP, of a particular component carrier, CC, in the wireless communication network; and sending , to the UE, a further control message comprising: identification of at least one RS resource, of the plurality of RS resources, to be activated or deactivated, and for each particular RS resource of the identified RS resources, an indication of the particular RS resource's spatial relation with a further resource that is not associated with the particular BWP of the particular CC. sending , to the UE, one or more control messages comprising configuration of a plurality of RS resources associated with a particular bandwidth part, BWP, of a particular component carrier, CC, in the wireless communication network; and sending , to the UE, a further control message comprising: identification of at least one RS resource, of the plurality of RS resources, to be activated or deactivated, and for each particular RS resource of the identified RS resources, an indication of the particular RS resource's spatial relation with a further resource that is not associated with the particular BWP of the particular CC. identification of at least one RS resource, of the plurality of RS resources, to be activated or deactivated, and for each particular RS resource of the identified RS resources, an indication of the particular RS resource's spatial relation with a further resource that is not associated with the particular BWP of the particular CC.
An electronic device , configured to: obey an Anti-Roll Back, ARB, enforcement policy; obtain an ARB exception from the ARB enforcement policy, the ARB exception allowing to overrun the ARB enforcement policy for a software, SW, wherein the ARB exception comprises a signature of the ARB exception and a revision number, RN, of the SW, and provides a controlled and secure roll back based on the revision number and the signature of the ARB exception; check a validity of the signature of the ARB exception; and execute the SW having the RN so as to overrun the ARB enforcement policy, in response to the signature of the ARB exception being valid. obey an Anti-Roll Back, ARB, enforcement policy; obtain an ARB exception from the ARB enforcement policy, the ARB exception allowing to overrun the ARB enforcement policy for a software, SW, wherein the ARB exception comprises a signature of the ARB exception and a revision number, RN, of the SW, and provides a controlled and secure roll back based on the revision number and the signature of the ARB exception; check a validity of the signature of the ARB exception; and execute the SW having the RN so as to overrun the ARB enforcement policy, in response to the signature of the ARB exception being valid.
A method for configuring a measurement gap, characterized in that the method is used in a first access network device among at least two access network devices connected to a terminal, the terminal being in a connected state allowing to perform communications with the at least two access network devices, and the method comprises: performing (S302), by the first access network device, network negotiation with a second access network device among the at least two access network devices to determine whether the first access network device is a configuration device, wherein the second access network device is different from the first access network device; when the first access network device is the configuration device among the at least two access network devices, generating (S202, S303, S403), by the first access network device, measurement gap configuration information, wherein the measurement gap configuration information is used for configuring a measurement gap for the terminal, and the measurement gap is used to indicate a period of time during which the terminal performs signal measurement at a frequency other than any serving frequency for the at least two access network devices; and sending (S203, S304, S404), by the first access network device, the measurement gap configuration information to the terminal. performing (S302), by the first access network device, network negotiation with a second access network device among the at least two access network devices to determine whether the first access network device is a configuration device, wherein the second access network device is different from the first access network device; when the first access network device is the configuration device among the at least two access network devices, generating (S202, S303, S403), by the first access network device, measurement gap configuration information, wherein the measurement gap configuration information is used for configuring a measurement gap for the terminal, and the measurement gap is used to indicate a period of time during which the terminal performs signal measurement at a frequency other than any serving frequency for the at least two access network devices; and sending (S203, S304, S404), by the first access network device, the measurement gap configuration information to the terminal.
Composition for fracturing operation comprising at least one water-soluble or water swellable polymer and at least one proppant wherein the composition is a free-flowable powder combining the proppant and the polymer in a particulate form, said particulates of water-soluble polymer before they are solubilized or particulates of water swellable polymer before they are swelled having an average particle size comprised between 10 and 1000 microns.
Vehicle front seat comprising a sound-absorbing material , wherein: - the sound-absorbing material is mounted to a back side of the vehicle seat , - the sound-absorbing material comprises a main body in which at least a fiber material and a surface material are integrally formed, - a sound-absorbing section (12, 12a - 12d, 20, 22, 30) is formed in at least a part of the main body , and - the sound-absorbing section (12, 12a - 12d, 20, 22, 30) is mounted to the back side of the vehicle front seat within a range in which a vertical distance Elh downward from a lower surface of a head rest of a vehicle front seat to the sound-absorbing section (12, 12a - 12d, 20, 22, 30) of the sound-absorbing section (12, 12a - 12d, 20, 22, 30) is from 0.1 m to 0.4 m, characterized in: - that an airflow resistance AFR determined in units of Ns/m 3 and the vertical distance Elh determined in units of m satisfy a relation of: 210 < AFR + 10 / Elh < 3020 , and - that the airflow resistance AFR is set for the sound-absorbing section (12, 12a- 12d, 20, 22, 30) by having a thickness for the sound-absorbing section (12, 12a - 12d, 20, 22, 30) which is different from the thickness of other areas of the main body . - the sound-absorbing material is mounted to a back side of the vehicle seat , - the sound-absorbing material comprises a main body in which at least a fiber material and a surface material are integrally formed, - a sound-absorbing section (12, 12a - 12d, 20, 22, 30) is formed in at least a part of the main body , and - the sound-absorbing section (12, 12a - 12d, 20, 22, 30) is mounted to the back side of the vehicle front seat within a range in which a vertical distance Elh downward from a lower surface of a head rest of a vehicle front seat to the sound-absorbing section (12, 12a - 12d, 20, 22, 30) of the sound-absorbing section (12, 12a - 12d, 20, 22, 30) is from 0.1 m to 0.4 m, - that an airflow resistance AFR determined in units of Ns/m 3 and the vertical distance Elh determined in units of m satisfy a relation of: 210 < AFR + 10 / Elh < 3020 , and - that the airflow resistance AFR is set for the sound-absorbing section (12, 12a- 12d, 20, 22, 30) by having a thickness for the sound-absorbing section (12, 12a - 12d, 20, 22, 30) which is different from the thickness of other areas of the main body .
Method for manufacturing a pipe section with an internal thread , comprising the steps: - providing fibers provided with matrix material as rovings, - providing a core which has an external thread or an external thread shape which is to correspond to the internal thread , - the fibers provided with matrix material are laid on the core to form the external thread shape thereof, thereby forming the internal thread with thread pitches, thread projections, and thread recesses , - some of the fibers are laid within thread projections of the formed internal thread in a first laying direction which runs in the direction of the longitudinal course of the thread pitches, - some of the fibers are laid in a second laying direction, which runs at an angle between 0° and 45° to the longitudinal direction of the pipe section in the region of the internal thread , - after the fibers have been laid, the matrix material is cured, preferably on the core , characterized in that : - a first layer of fibers is laid on the core with the first laying direction in order to form the tip of the thread projections or thread threads in the finished pipe section , - a second layer of fibers is laid on the first layer of fibers with the second laying direction into the thread recesses of the external thread of the core . - providing fibers provided with matrix material as rovings, - providing a core which has an external thread or an external thread shape which is to correspond to the internal thread , - the fibers provided with matrix material are laid on the core to form the external thread shape thereof, thereby forming the internal thread with thread pitches, thread projections, and thread recesses , - some of the fibers are laid within thread projections of the formed internal thread in a first laying direction which runs in the direction of the longitudinal course of the thread pitches, - some of the fibers are laid in a second laying direction, which runs at an angle between 0° and 45° to the longitudinal direction of the pipe section in the region of the internal thread , - after the fibers have been laid, the matrix material is cured, preferably on the core , - a first layer of fibers is laid on the core with the first laying direction in order to form the tip of the thread projections or thread threads in the finished pipe section , - a second layer of fibers is laid on the first layer of fibers with the second laying direction into the thread recesses of the external thread of the core .
System for interconnecting electronic boards which is intended to be integrated into a computer cabinet and comprises a front wall and a rear wall , characterized in that the front wall comprises a first half-casing having an outer face and an inner face , the outer face of the front wall comprising at least one front connection means intended to allow the connection of a front electronic board, the front connection means being connected to one or more front connection cables on the side of the inner face of the front wall , the rear wall comprises a second half-casing having an outer face and an inner face , the outer face of the rear wall comprising at least one rear connection means intended to allow the connection of a rear electronic board, the rear connection means being connected to one or more rear connection cables on the side of the inner face of the rear wall , each of the two half-casings forming a housing delimited by the outer faces and inner faces , inside which housing the connection cable(s) are arranged, the front wall and rear wall being secured temporarily by their respective inner faces by means of fixing means (10 to 17) such that said two half-casings are assembled to form a casing . characterized in that the front wall comprises a first half-casing having an outer face and an inner face , the outer face of the front wall comprising at least one front connection means intended to allow the connection of a front electronic board, the front connection means being connected to one or more front connection cables on the side of the inner face of the front wall , the rear wall comprises a second half-casing having an outer face and an inner face , the outer face of the rear wall comprising at least one rear connection means intended to allow the connection of a rear electronic board, the rear connection means being connected to one or more rear connection cables on the side of the inner face of the rear wall , each of the two half-casings forming a housing delimited by the outer faces and inner faces , inside which housing the connection cable(s) are arranged, the front wall and rear wall being secured temporarily by their respective inner faces by means of fixing means (10 to 17) such that said two half-casings are assembled to form a casing .
A tool for draining a fire sprinkler system through a fire sprinkler , comprising: a housing configured for cooperation with the sprinkler to collect fluid flowing from the sprinkler ; an actuator to activate the sprinkler ; and a conduit in fluid communication with the housing and through which the fluid can be drained; a lock which is operable to fix the housing relative to the sprinkler , the lock including at least one locking element which is configured for releasable engagement with the sprinkler or an adaptor fixed to the sprinkler ; wherein the or each locking element is configured for receipt in a correspondingly shaped feature formed in the sprinkler or the adaptor . a housing configured for cooperation with the sprinkler to collect fluid flowing from the sprinkler ; an actuator to activate the sprinkler ; and a conduit in fluid communication with the housing and through which the fluid can be drained; a lock which is operable to fix the housing relative to the sprinkler , the lock including at least one locking element which is configured for releasable engagement with the sprinkler or an adaptor fixed to the sprinkler ; wherein the or each locking element is configured for receipt in a correspondingly shaped feature formed in the sprinkler or the adaptor .