mhurhangee/patent-ind-claim-en huggingface dataset:
Process for producing branched organopolysiloxanes, wherein in a first step at least one alkoxysilane is equilibrated with at least one polydiorganosiloxane in the presence of a basic catalyst, optionally mixed with alcohol, and in a second step the equilibrate obtained in the first step is hydrolyzed and condensed with water and optionally other organosilicon compounds in the presence of an acidic catalyst and optionally alcohol, with the proviso that in the second step hydrocarbons are present in amounts of not more than 1% by weight, based on the amount of the equilibrate. in a first step at least one alkoxysilane is equilibrated with at least one polydiorganosiloxane in the presence of a basic catalyst, optionally mixed with alcohol, and in a second step the equilibrate obtained in the first step is hydrolyzed and condensed with water and optionally other organosilicon compounds in the presence of an acidic catalyst and optionally alcohol, with the proviso that in the second step hydrocarbons are present in amounts of not more than 1% by weight, based on the amount of the equilibrate.
A solar cell comprising: a semiconductor substrate ; a conductive area disposed on one surface of the semiconductor substrate ; a first electrode line disposed on the conductive area and extending in a first direction; and a second electrode line disposed on the conductive area and extending in a second direction different from the first direction, wherein the first electrode line includes first particles having a spherical shape and a first average diameter, and the second electrode line includes the first particles and second particles , the second particles having a non-spherical shape and a second average diameter, and the average diameter referring to an average of major axis lengths of cross sections of particles in a plane passing through the particles, characterised in that the second electrode line has a multi-layered structure, each layer having a different ratio of the second particles to the first particles, and a proportion of the second particles increasing in the multi-layer structure of the second electrode line as the distance from the conductive area increases. a semiconductor substrate ; a conductive area disposed on one surface of the semiconductor substrate ; a first electrode line disposed on the conductive area and extending in a first direction; and a second electrode line disposed on the conductive area and extending in a second direction different from the first direction, wherein the first electrode line includes first particles having a spherical shape and a first average diameter, and the second electrode line includes the first particles and second particles , the second particles having a non-spherical shape and a second average diameter, and the average diameter referring to an average of major axis lengths of cross sections of particles in a plane passing through the particles, characterised in that the second electrode line has a multi-layered structure, each layer having a different ratio of the second particles to the first particles, and a proportion of the second particles increasing in the multi-layer structure of the second electrode line as the distance from the conductive area increases.
A well access system for a well having a bore containing a fluid, including: a tree for connecting to a tree connector , the tree comprising a bore and an annulus bore ; a first cap positionable within the bore of the tree , characterized in that the first cap comprises: a sealable interface to accept a second cap ; a first bore in fluid communication with a production bore via a production line ; a second bore in fluid communication with the annulus bore via an annulus flow line ; and wherein the second cap is configured to be accepted by the sealable interface and when sealed to the first cap is capable of providing a barrier against a release of the fluid external to the well. a tree for connecting to a tree connector , the tree comprising a bore and an annulus bore ; a first cap positionable within the bore of the tree , characterized in that the first cap comprises: a sealable interface to accept a second cap ; a first bore in fluid communication with a production bore via a production line ; a second bore in fluid communication with the annulus bore via an annulus flow line ; and wherein the second cap is configured to be accepted by the sealable interface and when sealed to the first cap is capable of providing a barrier against a release of the fluid external to the well. a sealable interface to accept a second cap ; a first bore in fluid communication with a production bore via a production line ; a second bore in fluid communication with the annulus bore via an annulus flow line ; and wherein the second cap is configured to be accepted by the sealable interface and when sealed to the first cap is capable of providing a barrier against a release of the fluid external to the well.
A centrifugal pump comprising: a pump inlet ; a pump outlet ; a pump shaft ; a set of first stages , comprising respective first impellers, mounted on the pump shaft, and first outer diaphragms ; a set of second stages , comprising respective second impellers, mounted on the pump shaft, and second outer diaphragms ; an intermediate crossover module arranged between the set of first stages and the set of second stages , the first impellers being arranged in a pressure-increasing sequence between the pump inlet and the intermediate crossover module, and the second impellers being arranged in a pressure-increasing sequence between a pump end opposite said pump inlet and said intermediate crossover module; wherein: said first outer diaphragms , said second outer diaphragms and said intermediate crossover module are stacked to form a pump casing; the intermediate crossover module forms at least one axial transfer channel between the set of first stages and the set of second stages , and characterised by a fluid connection between the set of second stages and the pump outlet ; each one of said second diaphragms comprising at least one peripherally arranged through aperture ; said through apertures being aligned to form at least one passageway , which fluidly connects said at least one axial transfer channel with a most upstream one of said second impellers. a pump inlet ; a pump outlet ; a pump shaft ; a set of first stages , comprising respective first impellers, mounted on the pump shaft, and first outer diaphragms ; a set of second stages , comprising respective second impellers, mounted on the pump shaft, and second outer diaphragms ; an intermediate crossover module arranged between the set of first stages and the set of second stages , the first impellers being arranged in a pressure-increasing sequence between the pump inlet and the intermediate crossover module, and the second impellers being arranged in a pressure-increasing sequence between a pump end opposite said pump inlet and said intermediate crossover module; wherein: said first outer diaphragms , said second outer diaphragms and said intermediate crossover module are stacked to form a pump casing; the intermediate crossover module forms at least one axial transfer channel between the set of first stages and the set of second stages , and characterised by a fluid connection between the set of second stages and the pump outlet ; each one of said second diaphragms comprising at least one peripherally arranged through aperture ; said through apertures being aligned to form at least one passageway , which fluidly connects said at least one axial transfer channel with a most upstream one of said second impellers.
A method for wireless communication at a base station , comprising: broadcasting , within a system information block message, a paging mechanism indication identifying one or more paging mechanisms supported by a network, the paging mechanism indication being one or more bits, wherein each configuration of one or more bits indicates different ones of the one or more paging mechanisms supported by the network; transmitting a paging grant separate from the system information block message using one of the one or more paging mechanisms supported by the network; and transmitting a paging message to a user equipment, UE, using the one of the one or more paging mechanisms supported by the network and based at least in part on the paging grant. broadcasting , within a system information block message, a paging mechanism indication identifying one or more paging mechanisms supported by a network, the paging mechanism indication being one or more bits, wherein each configuration of one or more bits indicates different ones of the one or more paging mechanisms supported by the network; transmitting a paging grant separate from the system information block message using one of the one or more paging mechanisms supported by the network; and transmitting a paging message to a user equipment, UE, using the one of the one or more paging mechanisms supported by the network and based at least in part on the paging grant.
A method performed by a user equipment, UE, for handling a Conditional primary secondary cell change procedure, CPC, of a secondary cell for the UE , the method comprising: receiving from a master node, a message of a first radio access technology, RAT, comprising a reconfiguration message for a CPC reconfiguration of the secondary cell of a second RAT, wherein the first RAT is different than the second RAT; transmitting to the master node, a first complete message of the second RAT embedded in another message of the first RAT, wherein the first complete message indicates that the UE is able to comply to the CPC reconfiguration; and upon fulfilment of a condition of the CPC reconfiguration, transmitting to the master node, a second complete message of the second RAT embedded in a radio resource control, RRC, message of the first RAT. receiving from a master node, a message of a first radio access technology, RAT, comprising a reconfiguration message for a CPC reconfiguration of the secondary cell of a second RAT, wherein the first RAT is different than the second RAT; transmitting to the master node, a first complete message of the second RAT embedded in another message of the first RAT, wherein the first complete message indicates that the UE is able to comply to the CPC reconfiguration; and upon fulfilment of a condition of the CPC reconfiguration, transmitting to the master node, a second complete message of the second RAT embedded in a radio resource control, RRC, message of the first RAT.
A device for attaching a support bar to a trampoline having an annular frame and a plurality of feet , comprising: a housing having a receptacle for the support bar and a receptacle for a foot of the trampoline , the receptacles being adapted to provide a rigid connection between the trampoline foot and the support bar , characterized in that at least one stop is provided which, in the assembled state of the device , rests against an inner side of the annular frame of the trampoline and is fastened to the housing .
System for preparing at least one foodstuff , comprising: - a cooking chamber in which at least one preparation site is provided, wherein the at least one foodstuff can be prepared at the at least one preparation site , - at least one antenna arrangement for energy supply of electromagnetic energy into the cooking chamber , whereby the at least one foodstuff can be heated for preparation, - at least one transmitting device for operating the antenna arrangement , wherein at least one antenna of the antenna arrangement is aligned depending on the at least one preparation site and can be operated by the transmitting device according to at least one operating mode so that a power-optimized temperature zone distribution can be generated for heating the foodstuff , characterized in that the operation of at least two antennas of the antenna arrangement is carried out with different operating modes which differ with respect to a power and/or a frequency and/or a cyclic on/off switching with which the respective antennas of the antenna arrangement are operated, so that a predetermined temperature zone distribution is generated. - a cooking chamber in which at least one preparation site is provided, wherein the at least one foodstuff can be prepared at the at least one preparation site , - at least one antenna arrangement for energy supply of electromagnetic energy into the cooking chamber , whereby the at least one foodstuff can be heated for preparation, - at least one transmitting device for operating the antenna arrangement ,
A refrigerator comprising: a main body comprising a storage compartment ; and a water supply assembly disposed in the storage compartment , wherein the water supply assembly comprises a first filter mounting portion provided to allow a first filter to be mounted thereon, characterized in further comprising a second filter mounting portion provided to allow a second filter to be mounted thereon, wherein the second filter mounting portion is positioned above the first filter mounting portion and comprises a residual water guide configured to guide residual water from the second filter mounting portion to the first filter mounting portion , when the second filter is separated from the a second filter mounting portion , wherein the residual water guide extends from the second filter mounting portion toward the first filter mounting portion along a direction in which the second filter is separable from the second filter mounting portion . a main body comprising a storage compartment ; and a water supply assembly disposed in the storage compartment , wherein the water supply assembly comprises a first filter mounting portion provided to allow a first filter to be mounted thereon, characterized in further comprising a second filter mounting portion provided to allow a second filter to be mounted thereon, wherein the second filter mounting portion is positioned above the first filter mounting portion and comprises a residual water guide configured to guide residual water from the second filter mounting portion to the first filter mounting portion , when the second filter is separated from the a second filter mounting portion , wherein the residual water guide extends from the second filter mounting portion toward the first filter mounting portion along a direction in which the second filter is separable from the second filter mounting portion .
A semiconductor device comprising: a semiconductor structure including a first conductivity-type semiconductor layer , a second conductivity-type semiconductor layer , and an active layer interposed between the first conductivity-type semiconductor layer and the second conductivity-type semiconductor layer ; a first electrode disposed on the first conductivity-type semiconductor layer ; a second electrode disposed on the second conductivity-type semiconductor layer ; a first cover electrode disposed on the first electrode ; a second cover electrode disposed on the second electrode ; and a first insulating layer disposed on the semiconductor structure , wherein the second cover electrode includes a plurality of pads (162a-1, 162a-2, 162a-3), and connecting portions (162b-1, 162b-2) configured to connect the plurality of pads (162a-1, 162a-2, 162a-3), wherein the first insulating layer includes a first hole in which the first electrode is disposed and a second hole in which the second electrode is disposed, wherein a width of each of the connecting portions (162b-1, 162b-2) is smallest at a central position between the adjacent pads (162a-1, 162a-2, 162a-3), and wherein an area ratio between the second cover electrode and the first cover electrode is in a range of 1:1.1 to 1:1.5. a semiconductor structure including a first conductivity-type semiconductor layer , a second conductivity-type semiconductor layer , and an active layer interposed between the first conductivity-type semiconductor layer and the second conductivity-type semiconductor layer ; a first electrode disposed on the first conductivity-type semiconductor layer ; a second electrode disposed on the second conductivity-type semiconductor layer ; a first cover electrode disposed on the first electrode ; a second cover electrode disposed on the second electrode ; and a first insulating layer disposed on the semiconductor structure , wherein the second cover electrode includes a plurality of pads (162a-1, 162a-2, 162a-3), and connecting portions (162b-1, 162b-2) configured to connect the plurality of pads (162a-1, 162a-2, 162a-3), wherein the first insulating layer includes a first hole in which the first electrode is disposed and a second hole in which the second electrode is disposed, wherein a width of each of the connecting portions (162b-1, 162b-2) is smallest at a central position between the adjacent pads (162a-1, 162a-2, 162a-3), and wherein an area ratio between the second cover electrode and the first cover electrode is in a range of 1:1.1 to 1:1.5.
A medical device for characterising a mechanical property of biological tissue , a portion of the biological tissue being deformable, wherein the mechanical property is one of an elasticity, a viscosity and a viscoelasticity the medical device comprising: - an insertion portion for insertion into the deformable portion of the biological tissue in a manner such that the deformable portion of the biological tissue is deformed; - an optical element positioned on or in the insertion portion and arranged to emit electromagnetic radiation and to receive electromagnetic radiation in response to electromagnetic radiation emitted into the biological tissue ; - an optical fibre positioned at least partially within the insertion portion and arranged for transmission of electromagnetic radiation to and from the optical element , the system being arranged to characterize the mechanical property within the biological tissue by analyzing the detected electromagnetic radiation, wherein a surface portion of the insertion portion comprises a coating that is arranged to influence a friction between the insertion portion and the biological tissue and wherein the coating comprises a plurality of coating portions and is arranged such that friction between the insertion portion and the biological tissue is dependent on a location on the surface of the portion . - an insertion portion for insertion into the deformable portion of the biological tissue in a manner such that the deformable portion of the biological tissue is deformed; - an optical element positioned on or in the insertion portion and arranged to emit electromagnetic radiation and to receive electromagnetic radiation in response to electromagnetic radiation emitted into the biological tissue ; - an optical fibre positioned at least partially within the insertion portion and arranged for transmission of electromagnetic radiation to and from the optical element , the system being arranged to characterize the mechanical property within the biological tissue by analyzing the detected electromagnetic radiation, wherein a surface portion of the insertion portion comprises a coating that is arranged to influence a friction between the insertion portion and the biological tissue and wherein the coating comprises a plurality of coating portions and is arranged such that friction between the insertion portion and the biological tissue is dependent on a location on the surface of the portion .
A multi-link communication method, comprising: generating (S301), by a first multi-link device, a radio frame, wherein the first multi-link device comprises a first station operating on a first link and a second station operating on a second link; and transmitting (S302), by the first multi-link device, the radio frame on the first link, wherein the radio frame comprises an information element, the information element comprises first indication information, and the first indication information indicates whether the first station and the second station support simultaneous transmitting/receiving operations; and characterised in that the information element comprises second indication information, the second indication information comprises a threshold, and the threshold indicates a minimum value of a difference between operating frequencies of two links that support the simultaneous transmitting/receiving operations. generating (S301), by a first multi-link device, a radio frame, wherein the first multi-link device comprises a first station operating on a first link and a second station operating on a second link; and transmitting (S302), by the first multi-link device, the radio frame on the first link, wherein the radio frame comprises an information element, the information element comprises first indication information, and the first indication information indicates whether the first station and the second station support simultaneous transmitting/receiving operations; and characterised in that the information element comprises second indication information, the second indication information comprises a threshold, and the threshold indicates a minimum value of a difference between operating frequencies of two links that support the simultaneous transmitting/receiving operations.
Method for cryptographically secure transmission of quantum keys between structure levels and components within a QKD-enabled network node, that is to say within a network node that is equipped with a QKD system designed to generate, together with a neighbour node in accordance with a QKD method, simultaneously in said node and in the neighbour node, existing quantum-secure keys and has multiple structure levels , having - a structure level of a manufacturer-specific key management, that is to say a key management (6; 6') defined in terms of its properties by the manufacturer of the QKD system, - a structure level of a provider-specific key management , that is to say a key management defined in terms of its properties by the operator of the network node, and - an application level that makes available quantum keys for a secure data exchange taking place over one of the layers of the OSI layer model, characterized in that one or more quantum keys are transmitted within the network node, namely from the structure level of the manufacturer-specific key management (6; 6') for storage in a key memory (7; 7') to the structure level of the provider-specific key management (8; 8') or from the structure level of the provider-specific key management (8; 8') for encryption of application data to the application level , in each case with quantum-secure encryption and using a PQC encryption method. - a structure level of a manufacturer-specific key management, that is to say a key management (6; 6') defined in terms of its properties by the manufacturer of the QKD system, - a structure level of a provider-specific key management , that is to say a key management defined in terms of its properties by the operator of the network node, and - an application level that makes available quantum keys for a secure data exchange taking place over one of the layers of the OSI layer model,