mhurhangee/patent-ind-claim-en huggingface dataset:
A wall bend fixture for installing a pipe assembly in a structure , the wall bend fixture being adapted to be mounted in the structure and guide at least an inner pipe of the pipe assembly through the structure from a first side of the structure to a second side of the structure , the wall bend fixture comprising: - a housing defining a conduit for receiving and guiding the pipe assembly , the conduit comprising: ∘ a first end portion configured to be located at the first side of the structure when the wall bend fixture is mounted in the structure, wherein the first end portion comprises a first opening configured to receive the pipe assembly at the first side , ∘ a second end portion configured to be located at the second side of the structure when the wall bend fixture is mounted in the structure, wherein the second end portion comprises a second opening configured to deliver the inner pipe at the second side , ∘ a bent portion extending between the first end portion and the second end portion , characterized in that the fixture further comprises - a locking member configured to mechanically lock an outer pipe of the pipe assembly within the conduit , - a sealing member configured to provide a seal between the outer pipe and an inner wall of the housing in the first end portion of the conduit . - a housing defining a conduit for receiving and guiding the pipe assembly , the conduit comprising: ∘ a first end portion configured to be located at the first side of the structure when the wall bend fixture is mounted in the structure, wherein the first end portion comprises a first opening configured to receive the pipe assembly at the first side , ∘ a second end portion configured to be located at the second side of the structure when the wall bend fixture is mounted in the structure, wherein the second end portion comprises a second opening configured to deliver the inner pipe at the second side , ∘ a bent portion extending between the first end portion and the second end portion , ∘ a first end portion configured to be located at the first side of the structure when the wall bend fixture is mounted in the structure, wherein the first end portion comprises a first opening configured to receive the pipe assembly at the first side , ∘ a second end portion configured to be located at the second side of the structure when the wall bend fixture is mounted in the structure, wherein the second end portion comprises a second opening configured to deliver the inner pipe at the second side , ∘ a bent portion extending between the first end portion and the second end portion , - a locking member configured to mechanically lock an outer pipe of the pipe assembly within the conduit , - a sealing member configured to provide a seal between the outer pipe and an inner wall of the housing in the first end portion of the conduit .
An active phased array antenna comprising: a substrate having a plurality of antenna elements (9-1, 9-2); a pseudo wafer containing a group of semiconductor chips including a plurality of semiconductor chips (4-1, 4-2, 4-1M, 4-2M) made of compound semiconductors; and a silicon wafer (2, 2-11, 2-12) made of silicon, wherein the silicon wafer includes phase shifters, variable gain amplifiers, and a digital control circuit that control signals of the active phased array antenna; the substrate, the pseudo wafer, and the silicon wafer being stacked on top of each other in this order, wherein the pseudo wafer includes: first feeders (10-1, 10-3, 10-1M, 10-3M) to supply power to the group of semiconductor chips from the substrate, wherein each first feeder is a power wiring line; and a second feeder (5-1 to 5-3, 5-1M to 5-3M) to supply power to the silicon wafer from the substrate, the second feeder passing through the pseudo wafer in a thickness direction of the pseudo wafer, wherein the second feeder is a power wiring line. a substrate having a plurality of antenna elements (9-1, 9-2); a pseudo wafer containing a group of semiconductor chips including a plurality of semiconductor chips (4-1, 4-2, 4-1M, 4-2M) made of compound semiconductors; and a silicon wafer (2, 2-11, 2-12) made of silicon, wherein the silicon wafer includes phase shifters, variable gain amplifiers, and a digital control circuit that control signals of the active phased array antenna; the substrate, the pseudo wafer, and the silicon wafer being stacked on top of each other in this order, wherein the pseudo wafer includes: first feeders (10-1, 10-3, 10-1M, 10-3M) to supply power to the group of semiconductor chips from the substrate, wherein each first feeder is a power wiring line; and a second feeder (5-1 to 5-3, 5-1M to 5-3M) to supply power to the silicon wafer from the substrate, the second feeder passing through the pseudo wafer in a thickness direction of the pseudo wafer, wherein the second feeder is a power wiring line. first feeders (10-1, 10-3, 10-1M, 10-3M) to supply power to the group of semiconductor chips from the substrate, wherein each first feeder is a power wiring line; and a second feeder (5-1 to 5-3, 5-1M to 5-3M) to supply power to the silicon wafer from the substrate, the second feeder passing through the pseudo wafer in a thickness direction of the pseudo wafer, wherein the second feeder is a power wiring line.
A delivery system comprising: a covering comprising a first compartment, the covering comprising a mesh of synthetic resorbable polymeric material and including a physical attachment mechanism; a first substance provided within the covering, wherein the first substance is bone graft material; wherein the covering retains the substance for placement at a surgical site and facilitates transfer of the substance or of surrounding materials, actively or passively, upon implantation. a covering comprising a first compartment, the covering comprising a mesh of synthetic resorbable polymeric material and including a physical attachment mechanism; a first substance provided within the covering, wherein the first substance is bone graft material; wherein the covering retains the substance for placement at a surgical site and facilitates transfer of the substance or of surrounding materials, actively or passively, upon implantation.
Residual area covering for sealing a structure gauge of a vehicle in relation to at least one stationary face having a sealing element which is adaptable to an external contour of the vehicle and in a use position fills an intermediate space between the vehicle and the stationary face at least in portions, wherein the sealing element has an at least substantially gas-impermeable, flexible casing such that a compressed non-use position or an expanded use position is adjustable by a pressure differential of fluid enclosed by the casing , wherein the sealing element has at least one elastically deformable member which is enclosed by the casing and which, by applying negative pressure to the fluid enclosed by the casing , for adjusting the non-use position is compressible counter to the restoring force of said member , and which, in the event of a pressure equalization, by virtue of the restoring forces assumes the expanded use position of said member , wherein the sealing element in the non-use position is separable from the vehicle , and in the expanded use position is able to be brought to bear selectively on dissimilar area portions of the vehicle , in particular on an undercarriage of the vehicle , characterized in that the sealing element is disposed so as to be movable in a translatory manner on a support and/or on a guide , and in that the sealing element by means of the support and/or the guide is embodied so as to be movable between an upright, vertical non-use position and a flat, horizontal use position.
An image sensor , comprising: a substrate having a first surface and a second surface facing each other; a plurality of photoelectric conversion regions (PD) disposed in the substrate; an isolation pattern disposed in the substrate between the photoelectric conversion regions, wherein the isolation pattern is provided in a trench that penetrates into the first surface of the substrate ; a conductive connection pattern disposed in a trench on the isolation pattern in a stacked arrangement, the trench penetrating into the first surface of the substrate, wherein the conductive connection pattern has a top surface at the same level as that of the first surface of the substrate ; and a first impurity region disposed in the substrate and adjacent to the first surface of the substrate, wherein a first sidewall of the conductive connection pattern is in direct contact with the first impurity region, wherein a dopant included in the conductive connection pattern includes a same element as an impurity doped in the first impurity region. a substrate having a first surface and a second surface facing each other; a plurality of photoelectric conversion regions (PD) disposed in the substrate; an isolation pattern disposed in the substrate between the photoelectric conversion regions, wherein the isolation pattern is provided in a trench that penetrates into the first surface of the substrate ; a conductive connection pattern disposed in a trench on the isolation pattern in a stacked arrangement, the trench penetrating into the first surface of the substrate, wherein the conductive connection pattern has a top surface at the same level as that of the first surface of the substrate ; and a first impurity region disposed in the substrate and adjacent to the first surface of the substrate, wherein a first sidewall of the conductive connection pattern is in direct contact with the first impurity region, wherein a dopant included in the conductive connection pattern includes a same element as an impurity doped in the first impurity region.
Use of oligonucleotide primers comprising BC1 represented by Sequence ID 1 and Sequence ID 2; BC2 represented by Sequence ID 3 and Sequence ID 4; and BC3 represented by Sequence ID 5 and Sequence ID 6, for the identification of Bacillus coagulans by use of Polymerase Chain Reactions (PCRs), wherein a positive amplification for primers BC1 and primers BC2 and negative amplification for primers BC3 confirms the presence of Bacillus coagulans.
A method of providing a communication interface to a user, the method comprising performing, by a first mobile device: storing , in a database of the first mobile device , a plurality of contacts including contact information, each contact associated with a stored identifier; receiving , at a user interface of the first mobile device, a command to send a new communication using a communication application executing on the first mobile device ; wirelessly detecting one or more incoming messages from one or more other mobile devices ; characterised by analyzing the one or more incoming messages to determine one or more incoming identifiers corresponding to the one or more other mobile devices ; accessing the database with the one or more incoming identifiers to obtain the contact information for the one or more other mobile devices ; providing the contact information for the one or more other mobile devices in a list of suggested recipients to the communication application ; receiving, by the communication application , a selection of a second mobile device of the one or more other mobile devices from the list of suggested recipients; and sending , by the communication application , the new communication to the second mobile device . storing , in a database of the first mobile device , a plurality of contacts including contact information, each contact associated with a stored identifier; receiving , at a user interface of the first mobile device, a command to send a new communication using a communication application executing on the first mobile device ; wirelessly detecting one or more incoming messages from one or more other mobile devices ; characterised by analyzing the one or more incoming messages to determine one or more incoming identifiers corresponding to the one or more other mobile devices ; accessing the database with the one or more incoming identifiers to obtain the contact information for the one or more other mobile devices ; providing the contact information for the one or more other mobile devices in a list of suggested recipients to the communication application ; receiving, by the communication application , a selection of a second mobile device of the one or more other mobile devices from the list of suggested recipients; and sending , by the communication application , the new communication to the second mobile device .
A method of forming an electrically conductive pattern (10; 61, 61') on a flexible substrate (6; 20) comprising a transparent polymeric film, comprising: selectively roughening a region of a major surface (8; 22) of the flexible substrate to form at least one roughened pattern on the major surface of the flexible substrate; and forming one or more electrically conductive traces (12; 60, 60') directly on the roughened region of the major surface of the flexible substrate in the form of a metal deposit that is not transparent, wherein the electrically conductive traces have a thickness of 25 to 500 nm, wherein the electrically conductive traces are in direct contact with the selectively roughened region of the major surface of the flexible substrate such that the electrically conductive traces would have a smaller reflectance as compared to the reflectance for an identically fabricated pattern being formed on the flexible substrate surface with the same forming step but in a non-roughened region of the major surface of the flexible substrate, and wherein the electrically conductive traces only contact the flexible substrate on the roughened region, and the electrically conductive traces form the electrically conductive pattern in correspondence with the roughened pattern on the major surface of the flexible substrate. selectively roughening a region of a major surface (8; 22) of the flexible substrate to form at least one roughened pattern on the major surface of the flexible substrate; and forming one or more electrically conductive traces (12; 60, 60') directly on the roughened region of the major surface of the flexible substrate in the form of a metal deposit that is not transparent, wherein the electrically conductive traces have a thickness of 25 to 500 nm, wherein the electrically conductive traces are in direct contact with the selectively roughened region of the major surface of the flexible substrate such that the electrically conductive traces would have a smaller reflectance as compared to the reflectance for an identically fabricated pattern being formed on the flexible substrate surface with the same forming step but in a non-roughened region of the major surface of the flexible substrate, and wherein the electrically conductive traces only contact the flexible substrate on the roughened region, and the electrically conductive traces form the electrically conductive pattern in correspondence with the roughened pattern on the major surface of the flexible substrate.
An immunogenic composition comprising: a) a conjugate that is a capsular saccharide from GBS serotype Ia conjugated to a carrier protein; b) a conjugate that is a capsular saccharide from GBS serotype Ib conjugated to a carrier protein; c) a conjugate that is a capsular saccharide from GBS serotype III conjugated to a carrier protein; d) a conjugate that is a capsular saccharide from GBS serotype II conjugated to a carrier protein; and e) a conjugate that is a capsular saccharide from GBS serotype V conjugated to a carrier protein wherein the capsular saccharide from GBS serotype V has a NeuNAc content of greater than 75% when compared to native GBS serotype V polysaccharide wherein the NeuNAc content is considered to be about 100%.
A method performed by a subscriber unit , the method comprising: transmitting, to a base station , a first signal associated with requesting access to a network; monitoring, based on transmission of the first signal, for a first message from the base station , wherein the first message includes timing and power adjustment information for transmitting an access request message over an uplink shared channel; transmitting, to the base station over the uplink shared channel, the access request message based on the timing and power adjustment information, wherein the access request message indicates a request to establish a communication connection and includes identification information associated with the subscriber unit ; and receiving, from the base station , a second message in response to the access request message. transmitting, to a base station , a first signal associated with requesting access to a network; monitoring, based on transmission of the first signal, for a first message from the base station , wherein the first message includes timing and power adjustment information for transmitting an access request message over an uplink shared channel; transmitting, to the base station over the uplink shared channel, the access request message based on the timing and power adjustment information, wherein the access request message indicates a request to establish a communication connection and includes identification information associated with the subscriber unit ; and receiving, from the base station , a second message in response to the access request message.
A device-to-device, D2D, communication method as an operation method of a first user equipment, UE, performing D2D communication through a D2D link in which the first UE and a second UE participate, the D2D communication method comprising: detecting grant information in subframe n received from the second UE ( S2301 ); when grant information is detected, demodulating data included in subframe n on the basis of the detected grant information, and transmitting positive acknowledgement/negative acknowledgement, ACK/NACK, information on whether or not demodulation of the data has succeeded to the second UE in subframe n+k; when no grant information is detected, demodulating the data included in subframe n on the basis of previously detected grant information; and wherein the grant information includes at least some of a number of transmission, Tx, layers of the D2D link, codeword-specific new data indicators, NDIs, of the D2D link, codeword-specific redundancy versions, RVs, of the D2D link, codeword-specific modulation and coding schemes, MCSs, of the D2D link, and a power control command. detecting grant information in subframe n received from the second UE ( S2301 ); when grant information is detected, demodulating data included in subframe n on the basis of the detected grant information, and transmitting positive acknowledgement/negative acknowledgement, ACK/NACK, information on whether or not demodulation of the data has succeeded to the second UE in subframe n+k; when no grant information is detected, demodulating the data included in subframe n on the basis of previously detected grant information; and wherein the grant information includes at least some of a number of transmission, Tx, layers of the D2D link, codeword-specific new data indicators, NDIs, of the D2D link, codeword-specific redundancy versions, RVs, of the D2D link, codeword-specific modulation and coding schemes, MCSs, of the D2D link, and a power control command.
An outlet conduit for a housing of a rotating air/oil separator element , the outlet conduit comprising: an outlet conduit first portion having an outlet conduit inlet configured to be fluidly coupled to a housing outlet defined tangentially in a sidewall of the housing such that the outlet conduit first portion is axially aligned with the housing outlet, the outlet conduit first portion being configured to receive fluid expelled from the housing outlet; an outlet conduit second portion positioned downstream of the outlet conduit first portion, the outlet conduit second portion being perpendicular to the outlet conduit first portion; and a swirl breaking structure positioned in the outlet conduit second portion, the swirl breaking structure configured to disrupt swirling flow of the fluid into the outlet conduit so as to reduce a pressure drop experienced by the fluid as the fluid flows from the housing into the outlet conduit wherein the swirl breaking structure comprises a baffle , the baffle comprising a plate positioned in the outlet conduit second portion and extending in a first direction along an outlet conduit second portion longitudinal axis from a first end of the outlet conduit second portion proximate to the outlet conduit first portion, towards an outlet conduit outlet to define a baffle height (h), the baffle height being less than or equal to a height of the outlet conduit second portion. an outlet conduit first portion having an outlet conduit inlet configured to be fluidly coupled to a housing outlet defined tangentially in a sidewall of the housing such that the outlet conduit first portion is axially aligned with the housing outlet, the outlet conduit first portion being configured to receive fluid expelled from the housing outlet; an outlet conduit second portion positioned downstream of the outlet conduit first portion, the outlet conduit second portion being perpendicular to the outlet conduit first portion; and a swirl breaking structure positioned in the outlet conduit second portion, the swirl breaking structure configured to disrupt swirling flow of the fluid into the outlet conduit so as to reduce a pressure drop experienced by the fluid as the fluid flows from the housing into the outlet conduit wherein the swirl breaking structure comprises a baffle , the baffle comprising a plate positioned in the outlet conduit second portion and extending in a first direction along an outlet conduit second portion longitudinal axis from a first end of the outlet conduit second portion proximate to the outlet conduit first portion, towards an outlet conduit outlet to define a baffle height (h), the baffle height being less than or equal to a height of the outlet conduit second portion.
A crystal form A of the compound of formula (I), wherein the X-ray powder diffraction pattern under Cu-Kα radiation has characteristic diffraction peaks at the following 2θ angles: 5.52± 0.2°, 13.68± 0.2°, 19.98± 0.2°, 20.80± 0.2°, 22.02± 0.2°, 22.44± 0.2°, 24.94± 0.2° and 26.96± 0.2°,
A network interface device , comprising: receiver circuitry ; first storage device control circuitry , coupled to the receiver circuitry and sharing a physical support with the receiver circuitry , to control writing of data from the receiver circuitry to a first storage device , wherein the first storage device does not share a physical support with the first storage device control circuitry ; and security circuitry , coupled to the receiver circuitry and the first storage device control circuitry , and sharing the physical support with the receiver circuitry , to perform encryption on data from the receiver circuitry to generate processed data for the first storage device so that it cannot be read by a host device to which the receiver circuitry is coupled, wherein the first storage device control circuitry and the security circuitry are coupled via the physical support. receiver circuitry ; first storage device control circuitry , coupled to the receiver circuitry and sharing a physical support with the receiver circuitry , to control writing of data from the receiver circuitry to a first storage device , wherein the first storage device does not share a physical support with the first storage device control circuitry ; and security circuitry , coupled to the receiver circuitry and the first storage device control circuitry , and sharing the physical support with the receiver circuitry , to perform encryption on data from the receiver circuitry to generate processed data for the first storage device so that it cannot be read by a host device to which the receiver circuitry is coupled, wherein the first storage device control circuitry and the security circuitry are coupled via the physical support.