mhurhangee/patent-ind-claim-en huggingface dataset:
A tightening tool comprising: a solar cell disposed on a surface of a tool body ; and a member that is attached to the tool body in which a transverse direction orthogonal to a longitudinal direction of the tool body is designated as a width direction, characterized in that the member is formed in a convex arc-shape such that a top surface on the side of a light receiving surface of the solar cell faces outward, and has oblique surfaces at respective ends in the width direction; and a center line of the member in the width direction and a center line of the tool are misaligned in the width direction. a solar cell disposed on a surface of a tool body ; and a member that is attached to the tool body in which a transverse direction orthogonal to a longitudinal direction of the tool body is designated as a width direction, characterized in that the member is formed in a convex arc-shape such that a top surface on the side of a light receiving surface of the solar cell faces outward, and has oblique surfaces at respective ends in the width direction; and a center line of the member in the width direction and a center line of the tool are misaligned in the width direction.
A sustained release formulation of colchicine as an active ingredient, the formulation comprising: (a) granules comprising between 0.1 and 0.6 mg of colchicine or a pharmaceutically acceptable salt thereof; (b) a binder, wherein the binder is hydroxypropyl methylcellulose (HPMC) 6 mPa•s in an amount of 1% to 30% (w/w) of the formulation; (c) a retarding agent in an amount of 5% to 40% (w/w) of the formulation, wherein the retarding agent is a spray agglomerated blend of equal parts by weight of HPMC with a viscosity grade of 4000 mPa•s and lactose monohydrate (Retalac®); and (d) at least one pharmaceutically acceptable excipient blended with the granules, wherein the sustained release formulation is a tablet. (a) granules comprising between 0.1 and 0.6 mg of colchicine or a pharmaceutically acceptable salt thereof; (b) a binder, wherein the binder is hydroxypropyl methylcellulose (HPMC) 6 mPa•s in an amount of 1% to 30% (w/w) of the formulation; (c) a retarding agent in an amount of 5% to 40% (w/w) of the formulation, wherein the retarding agent is a spray agglomerated blend of equal parts by weight of HPMC with a viscosity grade of 4000 mPa•s and lactose monohydrate (Retalac®); and (d) at least one pharmaceutically acceptable excipient blended with the granules, wherein the sustained release formulation is a tablet.
A method for manufacturing salacinol, comprising: obtaining a compound represented by Formula by reacting a compound represented by Formula with a compound represented by Formula , in the formula, each of R 1a and R 1b are the same as or different from each other and each represent a hydrogen atom or a carboxy protective group, in the formula, each of R 4a , R 4b , and R 4c are the same as or different from each other and each represent a hydrogen atom or a hydroxy protective group, and in the formula, each of R 1a , R 1b , R 4a , R 4b , and R 4c has the same definition as described above; and then subjecting the compound represented by Formula to a deprotection reaction. in the formula, each of R 1a and R 1b are the same as or different from each other and each represent a hydrogen atom or a carboxy protective group, in the formula, each of R 4a , R 4b , and R 4c are the same as or different from each other and each represent a hydrogen atom or a hydroxy protective group, and in the formula, each of R 1a , R 1b , R 4a , R 4b , and R 4c has the same definition as described above; and then subjecting the compound represented by Formula to a deprotection reaction.
A quick connect mower blade system, comprising: a blade bolt inserted into the top end of a hollow spindle and engaged to a collet having an upright inserted into the lower end of the spindle ; a blade holder ; characterized by the collet configured to clamp a mower blade between the spindle and the blade holder ; the collet having a head that is configured to be aligned substantially perpendicular to a hole in the blade holder when the blade bolt is tightened onto the collet , and the head of the collet is aligned substantially parallel to the hole in the blade holder if the blade bolt is disengaged from the collet to unclamp the mower blade , and the blade and blade holder are rotated about one quarter relative to the head. a blade bolt inserted into the top end of a hollow spindle and engaged to a collet having an upright inserted into the lower end of the spindle ; a blade holder ; characterized by the collet configured to clamp a mower blade between the spindle and the blade holder ; the collet having a head that is configured to be aligned substantially perpendicular to a hole in the blade holder when the blade bolt is tightened onto the collet , and the head of the collet is aligned substantially parallel to the hole in the blade holder if the blade bolt is disengaged from the collet to unclamp the mower blade , and the blade and blade holder are rotated about one quarter relative to the head.
An apparatus for estimating the resistivity of an earth formation, comprising: a conveyance device configured to traverse a wellbore formed in the earth formation; a first sub positioned along the conveyance device and comprising at least one transmitter for inducing a magnetic field, a second sub positioned along the conveyance device and comprising at least two receivers, and wherein the first sub and the second sub cooperate to generate at least one measurement of the main component of the magnetic field, wherein the at least one main component measurement is at least one differential measurement between the at least one transmitter of the first sub and the at least two receivers of the second sub , and only the second sub is configured to generate at least one measurement of the cross-component of the magnetic field; the apparatus being characterised by : further comprising a clock associated with the second sub , the clock being used to synchronize the at least one cross-component measurement, wherein the apparatus is configured such that synchronization is not needed for differential measurements generated using both the first sub and the second sub . a conveyance device configured to traverse a wellbore formed in the earth formation; a first sub positioned along the conveyance device and comprising at least one transmitter for inducing a magnetic field, a second sub positioned along the conveyance device and comprising at least two receivers, and wherein the first sub and the second sub cooperate to generate at least one measurement of the main component of the magnetic field, wherein the at least one main component measurement is at least one differential measurement between the at least one transmitter of the first sub and the at least two receivers of the second sub , and only the second sub is configured to generate at least one measurement of the cross-component of the magnetic field; the apparatus being characterised by : further comprising a clock associated with the second sub , the clock being used to synchronize the at least one cross-component measurement, wherein the apparatus is configured such that synchronization is not needed for differential measurements generated using both the first sub and the second sub . further comprising a clock associated with the second sub , the clock being used to synchronize the at least one cross-component measurement, wherein the apparatus is configured such that synchronization is not needed for differential measurements generated using both the first sub and the second sub .
A three-phase resonant AC-DC converter including a cyclo-converter and a power control module wherein the power control module is arranged to: a. develop a plurality of repeating switching periods within a switching cycle during which associated switches of the cyclo-converter are switched on; b. control the length of a first switching period in the switching cycle to adjust the power flow, and c. control the relative length of time of two further switching periods in the cycle during which associated switches of the cycloconverter are switched on to adjust the power factor, wherein the relative length is controlled based on a cross product of derived voltage and current waveforms associated with a first and a second of three input phase voltage signals (Va,Vb,Vc). a. develop a plurality of repeating switching periods within a switching cycle during which associated switches of the cyclo-converter are switched on; b. control the length of a first switching period in the switching cycle to adjust the power flow, and c. control the relative length of time of two further switching periods in the cycle during which associated switches of the cycloconverter are switched on to adjust the power factor, wherein the relative length is controlled based on a cross product of derived voltage and current waveforms associated with a first and a second of three input phase voltage signals (Va,Vb,Vc).
A base station apparatus in an Advanced E-UTRA mobile communication system in which a plurality of cells are allocated to a mobile station apparatus by the base station apparatus , the plurality of cells being grouped by the base station apparatus into a plurality of transmission timing groups in each of which cells have an identical transmission timing, and random access from the mobile station apparatus to the base station apparatus is permitted for one cell in each of the transmission timing groups, wherein the base station apparatus is configured to send, by using a physical downlink control channel, to the mobile station apparatus random access instruction information to execute a non-contention based random access to a cell for which random access is permitted and for which only non-contention based random access between the non-contention based random access and contention based random access is permitted, and wherein both of the contention based random access and the non-contention based random access are permitted for one cell for which random access is permitted and belonging to one of the plurality of transmission timing groups, and only the non-contention based random access is permitted for the other cells for which random access is permitted and belonging to transmission timing groups other than the one of the plurality of transmission timing groups.
Thermal diffusion interface made from a material with isotropic thermal diffusion, comprising an insert made from a material with anisotropic thermal diffusion comprising graphite comprising at least one favoured plane of thermal conduction perpendicular to the mean plane of the interface , the upper surface of the insert opening onto the upper surface of the interface , and the lower surface of the insert being covered with the isotropic thermal diffusion material of the interface ; the insert being in the shape of a cross with a raised central part corresponding to the upper surface of the insert opening onto the upper surface of the interface .
A computer-implemented method, comprising: updating a velocity model of a subsurface, including: suppressing high wavenumber components of the velocity model provided by reflected energy with a decomposed full waveform inversion gradient, wherein low wavenumber components are preserved in the velocity model; the method characterised by : said gradient being based on a velocity sensitivity kernel that is defined as the difference between a bulk modulus sensitivity kernel and a density sensitivity kernel; and inserting dynamic weights in said velocity sensitivity kernel parameterized from a misfit function between modeled seismic data and recorded seismic data. said gradient being based on a velocity sensitivity kernel that is defined as the difference between a bulk modulus sensitivity kernel and a density sensitivity kernel; and inserting dynamic weights in said velocity sensitivity kernel parameterized from a misfit function between modeled seismic data and recorded seismic data.
Method for producing an electrical connection by means of plastic deformation between at least one contact face of a first contact element , for example, a wire or a strand , and the contact face of a second contact element , wherein the first contact element and the second contact element comprise materials with the same redox potential, characterised in that a chemically reducing substance is applied to at least one of the contact faces .
A user equipment, UE, for providing a service in a mobile communication system, the UE comprising: a transceiver configured to transmit and receive messages with a first network and a second network; and a controller coupled with the transceiver and configured to: control the transceiver to perform a combined attach procedure associated with a first network and a second network upon detection of entry into an area of the first network, control the transceiver to receive an attach accept message including at least one parameter from the first network, determine whether the first network supports either of a voice over internet protocol multimedia subsystem, VoIMS, scheme and a CSFB scheme based on the at least one parameter, and in case that the first network does not support either of the VoIMS scheme and the CSFB scheme: control the transceiver to transmit , to the first network, a tracking area update, TAU, request message including information indicating that the UE does not have the capability to support a 2nd generation, 2G, or 3rd generation, 3G, network, while performing a normal tracking area update procedure, and control the transceiver to perform a circuit switched, CS, registration procedure with the second network, the CS registration procedure including an attachment procedure; wherein the first network is a non-legacy network and the second network is a 2nd generation, 2G, or 3rd generation, 3G, network. a transceiver configured to transmit and receive messages with a first network and a second network; and a controller coupled with the transceiver and configured to: control the transceiver to perform a combined attach procedure associated with a first network and a second network upon detection of entry into an area of the first network, control the transceiver to receive an attach accept message including at least one parameter from the first network, determine whether the first network supports either of a voice over internet control the transceiver to perform a combined attach procedure associated with a first network and a second network upon detection of entry into an area of the first network, control the transceiver to receive an attach accept message including at least one parameter from the first network, determine whether the first network supports either of a voice over internet protocol multimedia subsystem, VoIMS, scheme and a CSFB scheme based on the at least one parameter, and in case that the first network does not support either of the VoIMS scheme and the CSFB scheme: control the transceiver to transmit , to the first network, a tracking area update, TAU, request message including information indicating that the UE does not have the capability to support a 2nd generation, 2G, or 3rd generation, 3G, network, while performing a normal tracking area update procedure, and control the transceiver to perform a circuit switched, CS, registration procedure with the second network, the CS registration procedure including an attachment procedure; wherein the first network is a non-legacy network and the second network is a 2nd generation, 2G, or 3rd generation, 3G, network.
An optical fiber ribbon comprising three or more of optical fibers arranged in parallel and connecting portions connecting adjacent two optical fibers together, the connecting portions being intermittently provided in each of a ribbon longitudinal direction and a ribbon width direction, wherein a gap (S) is formed between adjacent two optical fibers , the connecting portions are each formed in such a manner as to fill resin into the gap (S) so as to separate apart the adjacent two optical fibers from each other via the connecting portion and such that each of the connecting portions has opposite side surfaces each contacting corresponding one of the adjacent two optical fibers and having a concave shape conforming to an outer circumferential surface of the corresponding one of the adjacent two optical fibers , each of the connecting portions includes an upper surface and a bottom surface with respect to a ribbon height direction, each extending from one of the adjacent two optical fibers to the other of the adjacent two optical fibers , and each having a concave shape recessed in the ribbon height direction, the ribbon height direction perpendicular to both of the ribbon width direction and the ribbon longitudinal direction; and wherein the connecting portions are each formed in such a manner as to cover a periphery of the respective adjacent two optical fibers with the resin extending from the gap (S).
A hollow drive shaft comprising: at least one small-diameter portion having a hollow shape and having an outer diameter (D1); and a large-diameter portion which is disposed in the vicinity of the small-diameter portion and has an outer diameter (D2) relatively greater than the outer diameter (D1) of the small-diameter portion , wherein a sectional thickness (T2) of the large-diameter portion is less than a sectional thickness (T1) of the small-diameter portion , characterized by a first sectional portion from an outer surface to a point corresponding to 35% to 60% of a sectional thickness (T2) of the large-diameter portion , which is carburized to have a hardness of more than HRC 55, a second sectional portion of the large-diameter portion except the first sectional portion that is carburized to have a hardness of HRC 40, and a transition portion having a hardness of between HRC 40 to HRC 55 that is formed between the first sectional portion and the second sectional portion . at least one small-diameter portion having a hollow shape and having an outer diameter (D1); and a large-diameter portion which is disposed in the vicinity of the small-diameter portion and has an outer diameter (D2) relatively greater than the outer diameter (D1) of the small-diameter portion , wherein a sectional thickness (T2) of the large-diameter portion is less than a sectional thickness (T1) of the small-diameter portion , characterized by a first sectional portion from an outer surface to a point corresponding to 35% to 60% of a sectional thickness (T2) of the large-diameter portion , which is carburized to have a hardness of more than HRC 55, a second sectional portion of the large-diameter portion except the first sectional portion that is carburized to have a hardness of HRC 40, and a transition portion having a hardness of between HRC 40 to HRC 55 that is formed between the first sectional portion and the second sectional portion .
A method for communication, wherein the method comprises: receiving, by a radio access network device, quality of service, QoS, policy information from a core network control plane device in a protocol data unit, PDU, session establishment process, wherein the QoS policy information comprises QoS information and a reflective QoS rule, wherein the reflective QoS rule indicates a manner of obtaining uplink QoS information based on downlink QoS information; configuring, by the radio access network device, a radio resource for a terminal based on the QoS policy information, wherein the configuring a radio resource for a terminal based on the QoS policy information comprises establishing, by the radio access network device, a radio bearer and a correspondence between a flow and the radio bearer based on the QoS policy information; and receiving, by the radio access network device, data of a service that is sent from the terminal by using the radio resource. receiving, by a radio access network device, quality of service, QoS, policy information from a core network control plane device in a protocol data unit, PDU, session establishment process, wherein the QoS policy information comprises QoS information and a reflective QoS rule, wherein the reflective QoS rule indicates a manner of obtaining uplink QoS information based on downlink QoS information; configuring, by the radio access network device, a radio resource for a terminal based on the QoS policy information, wherein the configuring a radio resource for a terminal based on the QoS policy information comprises establishing, by the radio access network device, a radio bearer and a correspondence between a flow and the radio bearer based on the QoS policy information; and receiving, by the radio access network device, data of a service that is sent from the terminal by using the radio resource.
A method for capturing images, said method comprising: separating, with aid of an optical element , light into a first light beam and a second light beam ; focusing, with aid of a first lens module having a first focal length, the first light beam ; focusing, with aid of a second lens module having a second focal length, the second light beam , wherein the second focal length is different from the first focal length; and capturing, with aid of a first sensor , a first image from the first light beam focused by the first lens module onto the first sensor ; capturing, with aid of a second sensor , a second image from the second light beam focused by the second lens module onto the second sensor ; characterised by receiving, at one or more processors , a desired focal length; and combining, with aid of the one or more processors , the first image with the second image to generate a combined image, wherein combining the first image with the second image comprises scaling the first image by the ratio the desired focal length the first focal length and the second image by the ratio the desired focal length the second focal length , wherein combining the first image with the second image comprises fusing the scaled first image and the scaled second image, and wherein the combined image has a field of view corresponding to the desired focal length. separating, with aid of an optical element , light into a first light beam and a second light beam ; focusing, with aid of a first lens module having a first focal length, the first light beam ; focusing, with aid of a second lens module having a second focal length, the second light beam , wherein the second focal length is different from the first focal length; and capturing, with aid of a first sensor , a first image from the first light beam focused by the first lens module onto the first sensor ; capturing, with aid of a second sensor , a second image from the second light beam focused by the second lens module onto the second sensor ; characterised by receiving, at one or more processors , a desired focal length; and combining, with aid of the one or more processors , the first image with the second image to generate a combined image, wherein combining the first image with the second image comprises scaling the first image by the ratio the desired focal length the first focal length and the second image by the ratio the desired focal length the second focal length , wherein combining the first image with the second image comprises fusing the scaled first image and the scaled second image, and wherein the combined image has a field of view corresponding to the desired focal length.
Amidine of the formula (I) where p is 1 and r is 0, L is an alkyl radical substituted by an alkoxysilane group and having 1 to 6 carbon atoms, Q is glycidoxy, Q' is a divalent connecting unit formed from the reaction of a reactive Q group with HZ, where Q' is and Z is an aliphatic amidine group bonded via a nitrogen atom. p is 1 and r is 0, L is an alkyl radical substituted by an alkoxysilane group and having 1 to 6 carbon atoms, Q is glycidoxy, Q' is a divalent connecting unit formed from the reaction of a reactive Q group with HZ, where Q' is and Z is an aliphatic amidine group bonded via a nitrogen atom.