mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication by a user equipment, LTE, comprising: transmitting , by the LTE to a base station, a transmission configuration indication, TCI, report indicating associations between a plurality of TCIs and one or more UE panels of the UE; receiving , from the base station in response to the TCI report, a TCI configuration message indicating a first set of TCI of the plurality of TCIs for a physical downlink control channel, PDCCH, transmission; and skip monitoring , based at least in part on the TCI configuration message, a control resource set, CORESET, associated with a second set of TCI of the plurality of TCIs. transmitting , by the LTE to a base station, a transmission configuration indication, TCI, report indicating associations between a plurality of TCIs and one or more UE panels of the UE; receiving , from the base station in response to the TCI report, a TCI configuration message indicating a first set of TCI of the plurality of TCIs for a physical downlink control channel, PDCCH, transmission; and skip monitoring , based at least in part on the TCI configuration message, a control resource set, CORESET, associated with a second set of TCI of the plurality of TCIs.
An information processing apparatus comprising: a luminance integrator that integrates a luminance of a plurality of speckle images obtained by an imaging element by a plurality of times of imaging of scattered light obtained from an imaging target to which coherent light is emitted; characterized by a contrast calculation unit that calculates a contrast of a speckle pattern on the basis of a speckle integrated image integrated by the luminance integrator ; wherein the contrast calculation unit calculates a variance value and an average value of the luminance in a local image region of the speckle integrated image, and calculates the contrast of the speckle pattern on the basis of the obtained variance value and average value of the luminance. a luminance integrator that integrates a luminance of a plurality of speckle images obtained by an imaging element by a plurality of times of imaging of scattered light obtained from an imaging target to which coherent light is emitted; characterized by a contrast calculation unit that calculates a contrast of a speckle pattern on the basis of a speckle integrated image integrated by the luminance integrator ; wherein the contrast calculation unit calculates a variance value and an average value of the luminance in a local image region of the speckle integrated image, and calculates the contrast of the speckle pattern on the basis of the obtained variance value and average value of the luminance.
Mobile filter device for contaminated liquid to be filtered, the mobile filter device having: - a chassis on which and/or on which functional units of the filter device are arranged, - a supply connection for connecting the filter device to a supply of the liquid to be filtered, - a coarse filter arranged downstream of the supply connection , - at least two bag filters (27a-c) with different mesh widths of filter meshes of the bag filters (27a-c), which are connected in series with each other and are connected downstream of the coarse filter , - a cyclone filter connected downstream of the feed connection and designed to filter out debris from the liquid by means of swirling and lateral ejection, - a seepage filter downstream of the cyclone filter , - a waste water connection for connecting the filter device to a waste water plant for discharging the filtered liquid into the waste water plant , - a pump arranged between the feed connection and the waste water connection , characterized in that the seepage filter is a sand filter, the sand filter being accessible from above by means of a removable cover to remove debris accumulated above. - a chassis on which and/or on which functional units of the filter device are arranged, - a supply connection for connecting the filter device to a supply of the liquid to be filtered, - a coarse filter arranged downstream of the supply connection , - at least two bag filters (27a-c) with different mesh widths of filter meshes of the bag filters (27a-c), which are connected in series with each other and are connected downstream of the coarse filter , - a cyclone filter connected downstream of the feed connection and designed to filter out debris from the liquid by means of swirling and lateral ejection, - a seepage filter downstream of the cyclone filter , - a waste water connection for connecting the filter device to a waste water plant for discharging the filtered liquid into the waste water plant , - a pump arranged between the feed connection and the waste water connection ,
An apparatus comprising: a first battery cell and a second battery cell; and an insulator disposed between the first battery cell and the second battery cell; the insulator comprising: an inorganic thermally-insulating material having a porous structure; and a binder disposed within the porous structure of the thermally-insulating material, the binder volatilizing at a volatilization temperature when the first or second battery cell undergoes a thermal event, wherein the insulator comprises at least 10 vol% of the binder, wherein a thermal conductivity of the insulator is less than 0.05 W/m•K at 25°C after volatilization of the binder after the thermal event, and wherein a thermal conductivity of the insulator is greater than 0.1 W/m•K at 25°C before volatilization of the binder before the thermal event. a first battery cell and a second battery cell; and an insulator disposed between the first battery cell and the second battery cell; the insulator comprising: an inorganic thermally-insulating material having a porous structure; and a binder disposed within the porous structure of the thermally-insulating material, the binder volatilizing at a volatilization temperature when the first or second battery cell undergoes a thermal event, wherein the insulator comprises at least 10 vol% of the binder, wherein a thermal conductivity of the insulator is less than 0.05 W/m•K at 25°C after volatilization of the binder after the thermal event, and wherein a thermal conductivity of the insulator is greater than 0.1 W/m•K at 25°C before volatilization of the binder before the thermal event. an inorganic thermally-insulating material having a porous structure; and a binder disposed within the porous structure of the thermally-insulating material, the binder volatilizing at a volatilization temperature when the first or second battery cell undergoes a thermal event, wherein the insulator comprises at least 10 vol% of the binder, wherein a thermal conductivity of the insulator is less than 0.05 W/m•K at 25°C after volatilization of the binder after the thermal event, and wherein a thermal conductivity of the insulator is greater than 0.1 W/m•K at 25°C before volatilization of the binder before the thermal event.
A method for policy converging, wherein the method comprises: sending , by user equipment, UE, a policy request message to a first policy server; receiving , by the UE, a policy response message from the first policy server, wherein the policy response message comprises first policy information of the first policy server and information about at least one piece of second policy information, and the at least one piece of second policy information is policy information of at least one second policy server; the policy response message instructs the UE to acquire the at least one piece of second policy information and to converge the first policy information and the at least one piece of second policy information; acquiring , by the UE, the at least one piece of second policy information according to the information about the at least one piece of second policy information; and converging , by the UE according to the policy response message, the first policy information and the at least one piece of second policy information to generate converged policy information; wherein the policy response message further comprises a policy convergence indication; wherein the policy convergence indication is used for indicating the following converging manner: for a same target access network, policy items in the converged policy information are a union set of a policy item in the first policy information and a policy item in the at least one piece of second policy information. sending , by user equipment, UE, a policy request message to a first policy server; receiving , by the UE, a policy response message from the first policy server, wherein the policy response message comprises first policy information of the first policy server and information about at least one piece of second policy information, and the at least one piece of second policy information is policy information of at least one second policy server; the policy response message instructs the UE to acquire the at least one piece of second policy information and to converge the first policy information and the at least one piece of second policy information; acquiring , by the UE, the at least one piece of second policy information according to the information about the at least one piece of second policy information; and converging , by the UE according to the policy response message, the first policy information and the at least one piece of second policy information to generate converged policy information; wherein the policy response message further comprises a policy convergence indication; wherein the policy convergence indication is used for indicating the following converging manner: for a same target access network, policy items in the converged policy information are a union set of a policy item in the first policy information and a policy item in the at least one piece of second policy information.
An energy harvesting device configured to surround a portion of an electrical cable and harvesting energy from the electric cable , which energy harvesting device comprises electric patch members configured to be arranged in such a manner that an electric potential difference (V) is provided between a first outlet point (A) and a second outlet point (B), where the patch members are configured to be attached on the outside, and/or in close proximity of the electric cable , characterised in that the energy harvesting device comprises a plurality of electrically separated and electrically conducting patch members , wherein the patch members are electrically connected to the first outlet point (A) and/or to the second outlet point (B) through rectifiers , wherein the energy harvesting device is configured to rectify currents from a first group of the patch members by rectifiers providing a first current direction, where the energy harvesting device is configured to rectify currents from the remaining patch members by other rectifiers providing another current direction, or wherein the energy harvesting device is configured to rectify all currents from the patch members by rectifiers providing a first current direction, and hereby build up a potential difference between the first outlet point (A) and the second outlet point (B).
A ferrule for a tube fitting, comprising: an outer layer having a hardness equal or greater than 40 HRc, the outer layer having a thickness of about 0.025 to about 0.051 mm (about 0.001 to about 0.002 inches); an intermediate layer below the outer layer , the intermediate layer having a hardness that is less than the hardness of the outer layer and in the range of 80 HRb to 40 HRc, and the intermediate layer having a thickness equal or greater than 0.076 mm (0.003 inches), wherein the intermediate layer is formed by nitrogen infusion; a core below the intermediate layer , the core having a hardness that is less than the hardness of the intermediate layer . an outer layer having a hardness equal or greater than 40 HRc, the outer layer having a thickness of about 0.025 to about 0.051 mm (about 0.001 to about 0.002 inches); an intermediate layer below the outer layer , the intermediate layer having a hardness that is less than the hardness of the outer layer and in the range of 80 HRb to 40 HRc, and the intermediate layer having a thickness equal or greater than 0.076 mm (0.003 inches), wherein the intermediate layer is formed by nitrogen infusion; a core below the intermediate layer , the core having a hardness that is less than the hardness of the intermediate layer .
Furniture drive having an adapter , a control device and at least one electromotive adjustment drive as well as a manual control with a manual operating unit , which is connected to the control device via a cable for operating the at least one adjustment drive via a transmission path for operating commands, and wherein the adapter is connected to the control device , by means of which a further transmission path for operating commands is provided, and wherein the adapter is arranged between the control device and the manual operating unit , and wherein the adapter comprises a receiver for waves or signals of the further transmission path, and wherein the receiver is a radio receiver and the further transmission path comprises a wireless radio transmission of the operating commands, and wherein the adapter comprises a plug for connection to the control device and a manual operating connection for connection to the manual operating unit .
A prefunctionalized metallic nanoparticle as a standardized basic building block of biofunctionalized nanoparticles, having a thiol-reactive metallic nanoparticle which is prefunctionalized by means of a bifunctional molecule which consists of an anchor component and a short further-functionalization-stub, wherein - the anchor component comprises one or more dithiol phosphate groups, and - the short further-functionalization-stub is adapted for the attachment of a desired biofunctionalization and is selected from the group consisting of i) an unmodified standardized oligonucleotide strand containing 2 to 18 bases for further functionalization with biomolecules having a terminal complementary counter-strand of the standardized oligonucleotide strand, and ii) a 2 to 18 base long oligonucleotide strand which is modified with a terminal reactive group for biomolecules. - the anchor component comprises one or more dithiol phosphate groups, and - the short further-functionalization-stub is adapted for the attachment of a desired biofunctionalization and is selected from the group consisting of i) an unmodified standardized oligonucleotide strand containing 2 to 18 bases for further functionalization with biomolecules having a terminal complementary counter-strand of the standardized oligonucleotide strand, and ii) a 2 to 18 base long oligonucleotide strand which is modified with a terminal reactive group for biomolecules. i) an unmodified standardized oligonucleotide strand containing 2 to 18 bases for further functionalization with biomolecules having a terminal complementary counter-strand of the standardized oligonucleotide strand, and ii) a 2 to 18 base long oligonucleotide strand which is modified with a terminal reactive group for biomolecules.
A frame of a weighing conveying apparatus having two endface side elements and a plurality of longitudinal members connecting the two side elements to one another, wherein one of the longitudinal members is configured as a switch cabinet for the weighing conveying apparatus and the width of said switch cabinet extends over the entire clearance between the two side elements , characterized in that the switch cabinet is configured as a lateral upper longitudinal member .
A food material in the form of a composition for lowering the glycemic index of a foodstuff, the food material comprising insoluble resistant starch, soluble fibre, and at least one carbohydrate enzyme inhibitor(s), wherein said insoluble resistant starch is present in an amount selected from the range 40-80% by weight of the composition, wherein said soluble fibre is present in an amount selected from the range 10-20% by weight of the composition, and wherein said at least one carbohydrate enzyme inhibitor(s) is present in an amount selected from the range 0.5% to 2.5% by weight of the composition.
A tool magazine for a bending machine , in particular for a press brake, wherein the tool magazine has multiple storage rails , which are arranged in a magazine housing and serve to hold bending tools , wherein the storage rails are designed in such a way that multiple bending tools can fit lined up one behind the other in the longitudinal extension of the storage rails , wherein the storage rails can be pulled out from a front side of the magazine housing in the direction of their longitudinal extension , characterized in that at least one of the storage rails that can be pulled out is respectively designed for holding a bending punch and a bending die , wherein in this storage rail that can be pulled out, a lower receiving groove is designed for holding the bending punch and in this storage rail that can be pulled out, an upper receiving groove is designed for holding the bending die .
A computer-implemented method comprising: transmitting data over a first wireless connection by a computing device and with a first wireless access point ; detecting (122; 654), by the computing device, a wireless signal from a second wireless access point ; identifying (124; 656), at the computing device, a received signal strength of the wireless signal from the second wireless access point; determining (126; 660), by the computing device and with the computing device having transmitted less than a threshold number of data packets to the second wireless access point after detecting the wireless signal, an estimated level of data packet loss for the second wireless access point based on the signal strength for the second wireless access point and based on stored data that correlates received wireless signal strengths for the second wireless access point with levels of data packet loss for the second wireless access point; determining (128; 664), based on the estimated level of data packet loss for the second wireless access point, to switch to a second wireless connection with the second wireless access point; and establishing (132; 666) the second wireless connection as a result of the determining. transmitting data over a first wireless connection by a computing device and with a first wireless access point ; detecting (122; 654), by the computing device, a wireless signal from a second wireless access point ; identifying (124; 656), at the computing device, a received signal strength of the wireless signal from the second wireless access point; determining (126; 660), by the computing device and with the computing device having transmitted less than a threshold number of data packets to the second wireless access point after detecting the wireless signal, an estimated level of data packet loss for the second wireless access point based on the signal strength for the second wireless access point and based on stored data that correlates received wireless signal strengths for the second wireless access point with levels of data packet loss for the second wireless access point; determining (128; 664), based on the estimated level of data packet loss for the second wireless access point, to switch to a second wireless connection with the second wireless access point; and establishing (132; 666) the second wireless connection as a result of the determining.
A mobile station (UE) communicating with a radio base station (eNB), the mobile station (UE) comprising: a filtering unit configured to perform filtering on a measurement result of a radio quality of a serving cell and a peripheral cell in the mobile station (UE), by using a filter coefficient; and a notification unit configured to notify, to the radio base station (eNB), the measurement result, when it is determined that the filtered measurement result should be notified, wherein the filtering unit is configured to perform the filtering based on the following equations, after adjusting a filter coefficient "k" or "a", F n = 1 − a ⋅ F n − 1 + a ⋅ M n a = 1 / 2 k / 4 where "n" denotes an index relating to a measurement timing, "F n " denotes a measurement result after filtering, "k" or "a" denotes the filter coefficient for a measurement interval 200 ms, "F n-1 " denotes a measurement result after filtering at a measurement timing one before, and "M n " denotes a measurement result in the measurement unit; and the filtering unit is configured to perform the filtering based on the filter coefficient notified from the radio base station (eNB), in a non-discontinuous reception state, and to perform the filtering based on the adjusted filter coefficient, in a discontinuous reception state. a filtering unit configured to perform filtering on a measurement result of a radio quality of a serving cell and a peripheral cell in the mobile station (UE), by using a filter coefficient; and a notification unit configured to notify, to the radio base station (eNB), the measurement result, when it is determined that the filtered measurement result should be notified, wherein the filtering unit is configured to perform the filtering based on the following equations, after adjusting a filter coefficient "k" or "a", F n = 1 − a ⋅ F n − 1 + a ⋅ M n a = 1 / 2 k / 4 where "n" denotes an index relating to a measurement timing, "F n " denotes a measurement result after filtering, "k" or "a" denotes the filter coefficient for a measurement interval 200 ms, "F n-1 " denotes a measurement result after filtering at a measurement timing one before, and "M n " denotes a measurement result in the measurement unit; and the filtering unit is configured to perform the filtering based on the filter coefficient notified from the radio base station (eNB), in a non-discontinuous reception state, and to perform the filtering based on the adjusted filter coefficient, in a discontinuous reception state.