mhurhangee/ep-ind-claims huggingface dataset:
A method for producing nanowires, comprising: (a) applying a catalyst-repelling material on a substrate material to at least partially cover the substrate material with said catalyst-repelling material comprising at least one void that does not cover the substrate material; (b) applying one or more nucleating particles on the substrate material by depositing a metallic film directly on the catalyst-repelling material, heating the metallic film to a temperature wherein the metallic film melts thereby generating one or more metallic nucleating particles, wherein the nucleating particles migrate from the catalyst-repelling material to the site of the at least one void and deposit on the substrate; (c) heating the nucleating particles to a temperature of greater than about 400°C; and (d) contacting the nucleating particles with a precursor gas mixture at a pressure greater than about 0.5 torr to create an alloy droplet, whereby nanowires are grown at the site of the alloy droplet. (a) applying a catalyst-repelling material on a substrate material to at least partially cover the substrate material with said catalyst-repelling material comprising at least one void that does not cover the substrate material; (b) applying one or more nucleating particles on the substrate material by depositing a metallic film directly on the catalyst-repelling material, heating the metallic film to a temperature wherein the metallic film melts thereby generating one or more metallic nucleating particles, wherein the nucleating particles migrate from the catalyst-repelling material to the site of the at least one void and deposit on the substrate; (c) heating the nucleating particles to a temperature of greater than about 400°C; and (d) contacting the nucleating particles with a precursor gas mixture at a pressure greater than about 0.5 torr to create an alloy droplet,
A strap in the form of a woven flat band (1, 10), characterized in that it comprises at least two continuous parts having different widths, wherein the change of width results from a modification of the respective weave of said parts.
A communication method, comprising: determining a first configuration, a modulation order, and a first code rate, when first data is to be sent to a first device, wherein the first configuration comprises a mapping type, a time domain resource, and a first quantity and/or a first transmission quantity, the first quantity is a quantity of first transport blocks, the first transmission quantity is a transmission quantity of a first transport block, and the first code rate is a code rate of the first transport block; determining a second code rate, a second quantity, and a second transmission quantity based on the first code rate, the mapping type, and the first quantity and/or the first transmission quantity, wherein the second code rate is a code rate of a second transport block, the second quantity is a quantity of second transport blocks, and the second transmission quantity is a transmission quantity of the second transport block; determining a valid resource of the second transport block based on the time domain resource, the second quantity, and the second transmission quantity; and sending second data to the first device based on the first data, the modulation order, the second code rate, and the valid resource of the second transport block. determining a first configuration, a modulation order, and a first code rate, when first data is to be sent to a first device, wherein the first configuration comprises a mapping type, a time domain resource, and a first quantity and/or a first transmission quantity, the first quantity is a quantity of first transport blocks, the first transmission quantity is a transmission quantity of a first transport block, and the first code rate is a code rate of the first transport block; determining a second code rate, a second quantity, and a second transmission quantity based on the first code rate, the mapping type, and the first quantity and/or the first transmission quantity, wherein the second code rate is a code rate of a second transport block, the second quantity is a quantity of second transport blocks, and the second transmission quantity is a transmission quantity of the second transport block; determining a valid resource of the second transport block based on the time domain resource, the second quantity, and the second transmission quantity; and sending second data to the first device based on the first data, the modulation order, the second code rate, and the valid resource of the second transport block.
A terminal apparatus comprising: a reference signal generator configured to generate a plurality of reference signals in a time slot using an index related to a cyclic shift and a pair of coefficients as defined by a relationship, the pair of coefficients being used for multiplying the reference signals in accordance with a switching signal; and a transmitter configured to transmit the generated reference signals, wherein the switching signal switches between a first correspondence relationship and a second correspondence relationship, each defining the relationship between the index related to a cyclic shift and the pair of coefficients, the first correspondence relationship defines a first pair of coefficients corresponding to an even number index related to a cyclic shift and a second pair of coefficients corresponding to an odd number index related to a cyclic shift, and the second correspondence relationship defines the first pair of coefficients corresponding to the odd number index related to a cyclic shift and the second pair of coefficients corresponding to the even number index related to a cyclic shift. a reference signal generator configured to generate a plurality of reference signals in a time slot using an index related to a cyclic shift and a pair of coefficients as defined by a relationship, the pair of coefficients being used for multiplying the reference signals in accordance with a switching signal; and a transmitter configured to transmit the generated reference signals, wherein the switching signal switches between a first correspondence relationship and a second correspondence relationship, each defining the relationship between the index related to a cyclic shift and the pair of coefficients, the first correspondence relationship defines a first pair of coefficients corresponding to an even number index related to a cyclic shift and a second pair of coefficients corresponding to an odd number index related to a cyclic shift, and the second correspondence relationship defines the first pair of coefficients corresponding to the odd number index related to a cyclic shift and the second pair of coefficients corresponding to the even number index related to a cyclic shift.
A method to reduce the likelihood of over-steer in a vehicle during a turn, the method, comprising the steps of: detecting that a vehicle is negotiating a turn in a manner that may result in an over-steer situation; determining inner and outer wheels of the vehicle, the inner wheels of the vehicle being those on the side towards which the vehicle is turning; determining the slip ratio of the front outer wheel and the slip ratio of the rear outer wheel; and if the slip ratio of the rear outer wheel is below a first threshold, then: if the slip ratio of the front outer wheel is below a second threshold, applying additional braking to the front outer wheel only, without also applying additional braking at the rear outer wheel; or if the slip ratio of the front outer wheel is above the second threshold, applying additional braking both to the front outer wheel and to the rear outer wheel. detecting that a vehicle is negotiating a turn in a manner that may result in an over-steer situation; determining inner and outer wheels of the vehicle, the inner wheels of the vehicle being those on the side towards which the vehicle is turning; determining the slip ratio of the front outer wheel and the slip ratio of the rear outer wheel; and if the slip ratio of the rear outer wheel is below a first threshold, then: if the slip ratio of the front outer wheel is below a second threshold, applying additional braking to the front outer wheel only, without also applying additional braking at the rear outer wheel; or if the slip ratio of the front outer wheel is above the second threshold, applying additional braking both to the front outer wheel and to the rear outer wheel. if the slip ratio of the front outer wheel is below a second threshold, applying additional braking to the front outer wheel only, without also applying additional braking at the rear outer wheel; or if the slip ratio of the front outer wheel is above the second threshold, applying additional braking both to the front outer wheel and to the rear outer wheel.
An electric vehicle thermal management system, comprising: a first loop, a second loop, a first temperature control mechanism and, a second temperature control mechanism; wherein the first loop is configured for transmitting a first heat conducting agent, a battery and the first temperature control mechanism are respectively connected to the first loop, and the first loop transmits the first heat conducting agent to circulate between the first temperature control mechanism and the battery; the second loop is configured for transmitting a second heat conducting agent, a driving motor and the second temperature control mechanism are respectively connected to the second loop, and the second loop transmits the second heat conducting agent to circulate between the second temperature control mechanism and the driving motor; characterised in that the electric vehicle thermal management system further comprises: a conveying mechanism which is respectively connected to the first loop and the second loop; and a release mechanism which is connected to the first loop, and a release port of the release mechanism faces the battery. a first loop, a second loop, a first temperature control mechanism and, a second temperature control mechanism; wherein the first loop is configured for transmitting a first heat conducting agent, a battery and the first temperature control mechanism are respectively connected to the first loop, and the first loop transmits the first heat conducting agent to circulate between the first temperature control mechanism and the battery; the second loop is configured for transmitting a second heat conducting agent, a driving motor and the second temperature control mechanism are respectively connected to the second loop, and the second loop transmits the second heat conducting agent to circulate between the second temperature control mechanism and the driving motor; characterised in that the electric vehicle thermal management system further comprises: a conveying mechanism which is respectively connected to the first loop and the second loop; and a release mechanism which is connected to the first loop, and a release port of the release mechanism faces the battery. a conveying mechanism which is respectively connected to the first loop and the second loop; and a release mechanism which is connected to the first loop, and a release port of the release mechanism faces the battery.
A method comprising, at a mobile device: detecting a transition of a location of the mobile device between levels of a structure based, at least in part, on a change in an environmental condition detected via one or more sensors disposed on the mobile device; obtaining observations of wireless signals responsive to detecting the transition between the levels of the structure, wherein the obtaining the observations of wireless signals further comprises performing a batch processing of the obtained observations to be included in one or more messages by collecting the obtained observations into batches according to the detected transitions and a reliability assessment with respect to the obtained observations; and transmitting the one or more messages to a server comprising the batched observations in association with the detected transition. detecting a transition of a location of the mobile device between levels of a structure based, at least in part, on a change in an environmental condition detected via one or more sensors disposed on the mobile device; obtaining observations of wireless signals responsive to detecting the transition between the levels of the structure, wherein the obtaining the observations of wireless signals further comprises performing a batch processing of the obtained observations to be included in one or more messages by collecting the obtained observations into batches according to the detected transitions and a reliability assessment with respect to the obtained observations; and transmitting the one or more messages to a server comprising the batched observations in association with the detected transition.
Electric bicycle drive unit (D U) for arrangement in a bottom bracket region (D 1) of a bicycle frame, coaxially to the bottom bracket, the drive unit (D U) comprising a torque sensor device (S T) for measuring a rider total torque (T R) consisting of a left-hand rider torque (T RL) and a right-hand rider torque (T RR), a bottom bracket shaft (S B), an electric motor device (M E) arranged coaxially to the bottom bracket shaft (S B), a hollow output shaft (So) for transmitting a motor torque (T M) and the rider total torque (T R) to a bicycle drivetrain, and a rider moment coupling device (D CR) for coupling the rider torque (T R) from the bottom bracket shaft (S B) to the hollow output shaft (So), and a motor moment coupling device (D CM) for coupling the motor torque (T M) to the hollow output shaft (So), characterized in that the torque sensor device (S T) is arranged in an axial region (P A) of the drive unit defined by a hollow output shaft portion (S OS), the axial region (P A) being designed to be passed through by both the rider total torque (T R) and the motor torque (T M).
A method for producing a spectacle lens which - has a degree of polarization of 10-60% and a luminous transmittance of > 75%, and - comprises a lens substrate and a dichroic pigment coating layer directly on the lens substrate or on the lens substrate via another layer, wherein the dichroic pigment layer is formed by spin coating onto a rubbed surface a coating liquid, characterized in that the content of the dichroic pigment in the coating liquid is 0.04-0.35 mass%. - has a degree of polarization of 10-60% and a luminous transmittance of > 75%, and - comprises a lens substrate and a dichroic pigment coating layer directly on the lens substrate or on the lens substrate via another layer,
A shipborne truss combined in-situ testing platform, comprising the following parts: a truss load bearing frame, formed by vertically connecting a plurality of truss modules; an operation platform, fixed at an upper end of the truss load bearing frame; a machine frame seat used for installing an in-situ testing device being disposed on the operation platform; a drive shoe, fixed at a lower end of the truss load bearing frame, the bottom of the drive shoe being provided with shoe teeth; a catheter, successively penetrating the operation platform, the truss load bearing frame and the drive shoe along an up-down direction; a centering device, comprising a plurality of soft ropes, one end of the soft rope being connected to the upper end of the truss load bearing frame or the operation platform, characterized in that, the truss module is of cuboid frame structure welded together by a transverse beam, a vertical beam, an upper frame plate and a lower frame plate, the truss module is also welded with a lifting lug. a truss load bearing frame, formed by vertically connecting a plurality of truss modules; an operation platform, fixed at an upper end of the truss load bearing frame; a machine frame seat used for installing an in-situ testing device being disposed on the operation platform; a drive shoe, fixed at a lower end of the truss load bearing frame, the bottom of the drive shoe being provided with shoe teeth; a catheter, successively penetrating the operation platform, the truss load bearing frame and the drive shoe along an up-down direction; a centering device, comprising a plurality of soft ropes, one end of the soft rope being connected to the upper end of the truss load bearing frame or the operation platform, characterized in that, the truss module is of cuboid frame structure welded together by a transverse beam, a vertical beam, an upper frame plate and a lower frame plate, the truss module is also welded with a lifting lug.
A pet food composition comprising an omega-6 polyunsaturated fatty acid supplement, wherein the omega-6 polyunsaturated fatty acid supplement is arachidonic acid, and at least two omega-3 polyunsaturated fatty acid supplements, wherein the at least two omega-3 polyunsaturated fatty acid supplements comprise eicosapentaenoic acid and docosahexaenoic acid, in an amount effective to lower the calcium oxalate risk index (CORI) in a feline, the pet food composition having a greater amount of the sum of the at least two omega-3 polyunsaturated fatty acid supplements than the omega-6 polyunsaturated fatty acid supplement, wherein the ratio of AA:(EPA + DHA) ranges from 0.1:1 to 0.9:1, wherein the omega-6 polyunsaturated fatty acid supplement and the at least two omega-3 polyunsaturated fatty acid supplements comprise from about 0.3% to about 1% of the dry weight of the pet food composition.
Probe for measuring intravesical pressure, comprising at least a flexible tubular element of elongated conformation and having: - a first extremity comprising at least a supply mouth (4, 5) associable with the supply means of a fluid; - a second extremity opposite to said first extremity, positionable inside the bladder of a patient along a direction of insertion; said probe comprises at least a first sensing element and at least a second sensing element associated with said tubular element in the proximity of said second extremity and adapted to measure the pressure inside the patient's bladder wherein said first sensing element comprises at least a first balloon for locking said second extremity inside the patient's bladder, said tubular element having a first communication channel between said first balloon and said supply mouth (4, 5) and said second sensing element comprises at least a second balloon for measuring the pressure inside the patient's bladder, said tubular element having at least a second communication channel between said second balloon and said supply mouth (4, 5); characterized by the fact that it comprises at least a third locking balloon. - a first extremity comprising at least a supply mouth (4, 5) associable with the supply means of a fluid; - a second extremity opposite to said first extremity, positionable inside the bladder of a patient along a direction of insertion;
Method of producing a breast prosthesis having a volume subsequently adjustable by the user, wherein the breast prosthesis comprises a first shell body, a second shell body peripherally connected thereto, and a fluid space arranged between the shell bodies, which space can be adjusted by the user to a desired volume by filling it with liquid, wherein the method comprises the following steps: (a) peripherally connecting four plastic films to provide a template comprising three chambers; (b) filling the upper and lower chambers with a crosslinkable silicone compound; and (c) crosslinking the silicone compound, characterized in that a valve tube is enclosed between the two middle films to form radial access to the fluid space in the course of the peripheral connection of the four plastic films in accordance with step (a). (a) peripherally connecting four plastic films to provide a template comprising three chambers; (b) filling the upper and lower chambers with a crosslinkable silicone compound; and (c) crosslinking the silicone compound,
An adhesive element (1a, 1b, 2a, 2b) for bonding to at least one component surface (3a, 4a), comprising at least one first carrier layer (1a, 1b), which carries a layer of a first adhesive material (A, B) at least on a first outer side in a first adhesive region and allows the first adhesive material to pass, and comprising at least one absorption layer (2a, 2b) joined to the first carrier layer (1a, 1b), the adhesive material and the first carrier layer being matched to one another in such a way that the first adhesive material (A, B), when present in liquid form, is at least partially taken up into the first carrier layer (1a, 1b) by capillary action, and the absorption layer (2a, 2b) being configured so as to be wetted more strongly by the liquid first adhesive material than the first carrier layer (1a, 1b) as a result of the capillary action.
A fastener for use in a cementitious material, said fastener comprising: a shaft comprising a first portion having a first shaft outer surface and a first shaft inner surface and a second portion having a second shaft outer surface and a second shaft inner surface, said shaft having a longitudinal void therein and two ends; said shaft further comprising a first shaft outside diameter, a second shaft outside diameter, and a longitudinal axis; a shaft thread that is attached to said first shaft outer surface and said second shaft outer surface; a tip that is attached to one end of said shaft, said tip having a central space that is in communication with said longitudinal void; characterised in that said tip has a tip outside diameter that is greater than said first shaft outside diameter. a shaft comprising a first portion having a first shaft outer surface and a first shaft inner surface and a second portion having a second shaft outer surface and a second shaft inner surface, said shaft having a longitudinal void therein and two ends; said shaft further comprising a first shaft outside diameter, a second shaft outside diameter, and a longitudinal axis; a shaft thread that is attached to said first shaft outer surface and said second shaft outer surface; a tip that is attached to one end of said shaft, said tip having a central space that is in communication with said longitudinal void; characterised in that said tip has a tip outside diameter that is greater than said first shaft outside diameter.
A method of handling an IP packet transmitted from a correspondent node to a mobile node via a home agent of the mobile node using the Mobile IP and IPsec security protocols, where said mobile node is a multi-access capable mobile node and where each access allocates to the mobile node a care-of-address, the method comprising: at the correspondent node, identifying policy selector information within a part of the IP packet to be encrypted; encrypting said part of the IP packet to be encrypted by employing an IPsec security policy; and transmitting the IP packet from the correspondent node to said home agent using a home address of the mobile node as a destination address, and characterised by at the correspondence node incorporating a digest of the policy selector information into a header part of the IP packet which is to be sent unencrypted; at the home agent, receiving the transmitted IP packet and identifying a policy to be applied to the IP packet using said digest contained in the IP packet, the policy identifying a care-of-address of the mobile node, and applying the policy to the IP packet including forwarding the IP packet to the mobile node using the identified care-of-address, and wherein the correspondent node generates the digest using a hash function applied to the policy selector information, and incorporates the resulting hash value into said header part. at the correspondent node, identifying policy selector information within a part of the IP packet to be encrypted; encrypting said part of the IP packet to be encrypted by employing an IPsec security policy; and transmitting the IP packet from the correspondent node to said home agent using a home address of the mobile node as a destination address, and characterised by at the correspondence node incorporating a digest of the policy selector information into a header part of the IP packet which is to be sent unencrypted;