mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a kit for detecting the presence of at least one pathogenic Bordetella species by assaying for the presence of an IS481, IS1001, and hIS1001 target nucleic acid in a biological sample, wherein the nucleic acid has not been extracted from the biological sample, wherein the biological sample is a nasopharyngeal (NP) swab, aspirate, wash, or nasal swab, and wherein the kit comprises: a. a first primer pair that amplifies an IS481 target nucleic acid of SEQ ID NO: 1 or a complement thereof; b. a second primer pair that amplifies an IS1001 target nucleic acid of SEQ ID NO: 2 or a complement thereof; and c. a third primer pair that amplifies a hIS1001 target nucleic acid of SEQ ID NO: 3 or a complement thereof. a. a first primer pair that amplifies an IS481 target nucleic acid of SEQ ID NO: 1 or a complement thereof; b. a second primer pair that amplifies an IS1001 target nucleic acid of SEQ ID NO: 2 or a complement thereof; and c. a third primer pair that amplifies a hIS1001 target nucleic acid of SEQ ID NO: 3 or a complement thereof.
A system for use with a user with motor impairment, comprising: electrodes configured to be positioned on or in the user's head, wherein said electrodes, when positioned on or in the user's head, are capable of sensing neural signals from the brain of the user; stimulation electrodes configured to be positioned on a specific body part of the user; and a processing unit connected to receive neural signals from the electrodes, wherein said processing unit is capable of: receiving electrical signals from the electrodes positioned on or in the user's head, determining an intent to move a specific body part of the user from the electrical signals, and determining a focus level of the user from the electrical signals received from the electrodes; and based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part. electrodes configured to be positioned on or in the user's head, wherein said electrodes, when positioned on or in the user's head, are capable of sensing neural signals from the brain of the user; stimulation electrodes configured to be positioned on a specific body part of the user; and a processing unit connected to receive neural signals from the electrodes, wherein said processing unit is capable of: receiving electrical signals from the electrodes positioned on or in the user's head, determining an intent to move a specific body part of the user from the electrical signals, and determining a focus level of the user from the electrical signals received from the electrodes; and based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part. receiving electrical signals from the electrodes positioned on or in the user's head, determining an intent to move a specific body part of the user from the electrical signals, and determining a focus level of the user from the electrical signals received from the electrodes; and based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part.
A side door for a vehicle, comprising: a structure comprising a plastic inner shell comprising an inner shell fiber strip having greater than or equal to 50 wt.% fibers , based up the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the inner shell fiber strip; and a plastic outer shell comprising an outer shell support beam positioned across a width (w) of the outer shell , wherein the outer shell support beam comprise an outer shell substantially unidirectional fiber strip having greater than or equal to 50 wt.% fibers based upon the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the outer shell substantially unidirectional fiber strip; and characterized in that the outer shell support beam substantially unidirectional fiber strip is overmolded with a fiber-reinforced polymer material. a structure comprising a plastic inner shell comprising an inner shell fiber strip having greater than or equal to 50 wt.% fibers , based up the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the inner shell fiber strip; and a plastic outer shell comprising an outer shell support beam positioned across a width (w) of the outer shell , wherein the outer shell support beam comprise an outer shell substantially unidirectional fiber strip having greater than or equal to 50 wt.% fibers based upon the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the outer shell substantially unidirectional fiber strip; and a plastic inner shell comprising an inner shell fiber strip having greater than or equal to 50 wt.% fibers , based up the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the inner shell fiber strip; and a plastic outer shell comprising an outer shell support beam positioned across a width (w) of the outer shell , wherein the outer shell support beam comprise an outer shell substantially unidirectional fiber strip having greater than or equal to 50 wt.% fibers based upon the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the outer shell substantially unidirectional fiber strip; and characterized in that the outer shell support beam substantially unidirectional fiber strip is overmolded with a fiber-reinforced polymer material.
Apparatus for the configuration of a motor vehicle , comprising: - a communication device for receiving a configuration that is received from outside the motor vehicle from a central component ; - the configuration comprising at least one parameter that is based on a driving behaviour controller of the motor vehicle ; and - a processing device that is set up to activate the configuration by setting at least one parameter of the configuration on the motor vehicle , there being provision for multiple configurations , each of which has an associated condition , and the processing device being set up to activate a configuration with the condition met and to activate multiple configurations each with the condition met, characterized in that each configuration has an associated priority and the processing device is set up to carry out the activation of the configurations on the basis of the priority . - a communication device for receiving a configuration that is received from outside the motor vehicle from a central component ; - the configuration comprising at least one parameter that is based on a driving behaviour controller of the motor vehicle ; and - a processing device that is set up to activate the configuration by setting at least one parameter of the configuration on the motor vehicle , there being provision for multiple configurations , each of which has an associated condition , and the processing device being set up to activate a configuration with the condition met and to activate multiple configurations each with the condition met, characterized in that each configuration has an associated priority and the processing device is set up to carry out the activation of the configurations on the basis of the priority .
A conferencing server configured to be directly accessible from the public Internet, the conferencing server comprising: a network interface having a host transport address, the host transport address being a combination of a public IP address on the public Internet and an associated port; conference hosting logic for hosting, at the conferencing server at least one conference, A, B, in which media data is transmitted and received via the conferencing server between participant endpoints media processing logic configured to process received media data of the conference, A, for transmission in the conference, A ; multiplexing control logic configured to determine a plurality of multiplexing tokens to be used by the participant endpoints, the multiplexing tokens being negotiated between the conferencing server and the participant endpoints via secure signalling channels, and each participant endpoint having a respective multiplexing token to identify each of the participant endpoints ; and demultiplexing logic configured to identify received multiplexing tokens in transport layer payload data of a sequence of data packets received from the participant endpoints at the host transport address, the host transport address being shared between the participant endpoints, and configured to use the multiplexing tokens identified in the transport layer payload data to demultiplex the data packets for processing by the media processing logic by separating out the data packets received from the participant endpoints at the shared host transport address. a network interface having a host transport address, the host transport address being a combination of a public IP address on the public Internet and an associated port; conference hosting logic for hosting, at the conferencing server at least one conference, A, B, in which media data is transmitted and received via the conferencing server between participant endpoints media processing logic configured to process received media data of the conference, A, for transmission in the conference, A ; multiplexing control logic configured to determine a plurality of multiplexing tokens to be used by the participant endpoints, the multiplexing tokens being negotiated between the conferencing server and the participant endpoints via secure signalling channels, and each participant endpoint having a respective multiplexing token to identify each of the participant endpoints ; and demultiplexing logic configured to identify received multiplexing tokens in transport layer payload data of a sequence of data packets received from the participant endpoints at the host transport address, the host transport address being shared between the participant endpoints, and configured to use the multiplexing tokens identified in the transport layer payload data to demultiplex the data packets for processing by the media processing logic by separating out the data packets received from the participant endpoints at the shared host transport address.
A hair removal and fluid application device comprising a a hair removal means , a fluid dispensing means , a support body and a reservoir for containing a liquid, comprising at least one liquid compartment, said reservoir having at least one sealed edge , having two surfaces and at least one opening means , characterized in that said opening means is releasably attached in between said two surfaces of said sealed edge and extending outwardly there from, and wherein said opening means extends from said reservoir through said fluid dispening means .
Coin store comprising a housing and a plurality of coin tubes that are arranged in the housing so as to be exchangeable independently of one another and to be removable in an axial direction, wherein locking means for the coin tubes are provided, which are actuable between a locked position locking the coin tubes in order to prevent them from being removed from the housing and an unlocked position releasing the coin tubes for removal from the housing , wherein the locking means are each arranged between two adjacent coin tubes in the housing and in the locked position lock the adjacent coin tubes in order to prevent them from being removed from the housing , and wherein the locking means can take up the locked position only in the state of the adjacent coin tubes in which they have been inserted fully in the housing .
A two-component system comprising a first and a second component which are physically separated, wherein the first component comprises a dry powder, the dry powder comprising a therapeutically effective amount of acetylsalicylic acid (ASA) and optionally one or more pharmaceutically acceptable excipients; and wherein the second component comprises an aqueous solution comprising at least one pharmaceutically acceptable salt of carbonic acid and optionally one or more pharmaceutically acceptable excipients; provided that the second component does not comprises a salt of citric acid; and wherein an aqueous solution of ASA with a pH above 7.5 will be obtained upon mixing of the two components.
A method of controlling an imbalance response in a power plant comprising a first gas turbine engine , a second gas turbine engine and a steam turbine driven by steam generated by exhaust from the first gas turbine engine and the second gas turbine engine, the method comprising: operating the first gas turbine engine at a first power output to supply power to a power grid ; operating the second gas turbine engine at a second power output to supply power to the power grid ; monitoring load demand from the power grid operating at a steady state condition; detecting a load imbalance on the power grid that causes a deviation from the steady state condition; characterised by adjusting the first power output and the second power output incongruently during the imbalance response to change the first power output and the second power output to match the deviation from the steady state condition, the incongruence depending on contemporaneous efficiency states of the first gas turbine engine and the second gas turbine engine while each of the first gas turbine and the second gas turbine are supplying power to the power grid . operating the first gas turbine engine at a first power output to supply power to a power grid ; operating the second gas turbine engine at a second power output to supply power to the power grid ; monitoring load demand from the power grid operating at a steady state condition; detecting a load imbalance on the power grid that causes a deviation from the steady state condition; characterised by adjusting the first power output and the second power output incongruently during the imbalance response to change the first power output and the second power output to match the deviation from the steady state condition, the incongruence depending on contemporaneous efficiency states of the first gas turbine engine and the second gas turbine engine while each of the first gas turbine and the second gas turbine are supplying power to the power grid .
A method of performing access to a network by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S603) system information from a base station; determining one or more public land mobile networks, PLMNs, which are available in a cell, based on the system information; selecting (S604) a PLMN among the one or more PLMNs; determining (S605, S606), among pre-configured access identities, a specific access identity to access the selected PLMN; and performing (S607) an access control procedure based on the specific access identity, characterized in that 1) based on that the UE is configured for i) a multimedia priority service, MPS, or ii) a mission critical service, MCS, 2) based on that information representing a validity of an access identity related to the MPS or the MCS is pre-configured in the UE and 3) based on that said information representing a validity of an access identity indicates that the selected PLMN is one of PLMNs wherein an access identity related to the MPS or the MCS is valid, the specific access identity is, among the pre-configured access identities, determined as an access identity which is related to the MPS or the MCS. receiving (S603) system information from a base station; determining one or more public land mobile networks, PLMNs, which are available in a cell, based on the system information; selecting (S604) a PLMN among the one or more PLMNs; determining (S605, S606), among pre-configured access identities, a specific access identity to access the selected PLMN; and performing (S607) an access control procedure based on the specific access identity, characterized in that 1) based on that the UE is configured for i) a multimedia priority service, MPS, or ii) a mission critical service, MCS, 2) based on that information representing a validity of an access identity related to the MPS or the MCS is pre-configured in the UE and 3) based on that said information representing a validity of an access identity indicates that the selected PLMN is one of PLMNs wherein an access identity related to the MPS or the MCS is valid, the specific access identity is, among the pre-configured access identities, determined as an access identity which is related to the MPS or the MCS. 1) based on that the UE is configured for i) a multimedia priority service, MPS, or ii) a mission critical service, MCS, 2) based on that information representing a validity of an access identity related to the MPS or the MCS is pre-configured in the UE and 3) based on that said information representing a validity of an access identity indicates that the selected PLMN is one of PLMNs wherein an access identity related to the MPS or the MCS is valid, the specific access identity is, among the pre-configured access identities, determined as an access identity which is related to the MPS or the MCS.
A tire comprising: a sidewall portion provided with a decorative zone extending in the tire circumferential direction, the decorative zone comprising a serrated region formed from ridges arranged side by side in the tire circumferential direction, the ridges including continuous ridges each extending continuously in a radial direction, and discontinuous ridges each extending discontinuously in the radial direction to have a discontinuity part in the middle thereof, wherein the serrated region comprises a diagonal pattern made up of discontinuity-pattern elements which are arranged from the radially inside toward the radially outside of the tire while inclining toward one side in the tire circumferential direction, and in the diagonal pattern , at least one of the continuous ridges is disposed between every two of the adjacent discontinuity-pattern elements characterized in that each of the discontinuity-pattern elements is formed from the discontinuity parts of the discontinuous ridges positioned adjacently in the tire circumferential direction. a sidewall portion provided with a decorative zone extending in the tire circumferential direction, the decorative zone comprising a serrated region formed from ridges arranged side by side in the tire circumferential direction, the ridges including continuous ridges each extending continuously in a radial direction, and discontinuous ridges each extending discontinuously in the radial direction to have a discontinuity part in the middle thereof, wherein the serrated region comprises a diagonal pattern made up of discontinuity-pattern elements which are arranged from the radially inside toward the radially outside of the tire while inclining toward one side in the tire circumferential direction, and in the diagonal pattern , at least one of the continuous ridges is disposed between every two of the adjacent discontinuity-pattern elements
A method for pressing bales of material in a baler , comprising the steps of: feeding the material into the baler through an inlet , pre-compressing the material under a number of compressing cycles by means of a first press , transporting the pre-compressed material by means of a transport unit into a second press , and compressing the pre-compressed material by means of the second press into a finished bale of compressed material, wherein the step of transporting the pre-compressed material by means of the transport unit into the second press is conducted in a limited space of the baler , such that an undesirable expansion of the pre-compressed material can be prevented, characterised in that the step of pre-compressing the material under a number of compressing cycles by means of the first press comprises measuring a pressure resistance from the material in at least one of the number of compressing cycles, and calculating an opening degree of the inlet based on the measured pressure resistance, in order to achieve an optimal volume of the pre-compressed material before being transported to the second press . feeding the material into the baler through an inlet , pre-compressing the material under a number of compressing cycles by means of a first press , transporting the pre-compressed material by means of a transport unit into a second press , and compressing the pre-compressed material by means of the second press into a finished bale of compressed material, wherein the step of transporting the pre-compressed material by means of the transport unit into the second press is conducted in a limited space of the baler , such that an undesirable expansion of the pre-compressed material can be prevented, characterised in that the step of pre-compressing the material under a number of compressing cycles by means of the first press comprises measuring a pressure resistance from the material in at least one of the number of compressing cycles, and calculating an opening degree of the inlet based on the measured pressure resistance, in order to achieve an optimal volume of the pre-compressed material before being transported to the second press .
An end effector for use with a surgical stapler, the end effector comprising: a staple cartridge comprising a plurality of staples , wherein said plurality of staples comprises a first staple and a second staple, and wherein said second staple is obliquely oriented relative to said first staple; and an anvil comprising a staple-forming surface , wherein said staple-forming surface comprises a plurality of pockets defined in said staple-forming surface and a non-forming portion that extends around the pockets , wherein each staple in the staple cartridge is aligned with a pocket in said staple-forming surface , characterised in that said pockets cover more than 50% of said staple-forming surface . a staple cartridge comprising a plurality of staples , wherein said plurality of staples comprises a first staple and a second staple, and wherein said second staple is obliquely oriented relative to said first staple; and an anvil comprising a staple-forming surface , wherein said staple-forming surface comprises a plurality of pockets defined in said staple-forming surface and a non-forming portion that extends around the pockets , wherein each staple in the staple cartridge is aligned with a pocket in said staple-forming surface , characterised in that said pockets cover more than 50% of said staple-forming surface .
An earpiece configured to be at least partially inserted into an ear and comprising a core comprising a material that during insertion of the earpiece into the ear is deformable above a transition temperature and non-deformable below the transition temperature, characterized by a sleeve at least partially enclosing the core , wherein the sleeve has elastic properties selected such that the core conforms to a shape of the sleeve above the transition temperature and the core retains the sleeve in its shape below the transition temperature, wherein said elastic properties are selected such that the sleeve comprises an original shape and that above the transition temperature - the sleeve is deformable from the original shape to a deformed shape during insertion of the earpiece into the ear, and - the sleeve returns to its original shape when no force is exerted on the sleeve. - the sleeve is deformable from the original shape to a deformed shape during insertion of the earpiece into the ear, and - the sleeve returns to its original shape when no force is exerted on the sleeve.