mhurhangee/ep-ind-claims huggingface dataset:
An injector pen, comprising: a piston rod guide; a piston rod driver configured to rotate without axial movement relative to the piston rod guide; a piston rod coupled to the piston rod driver and to the piston rod guide such that rotation of the piston rod driver drives axial movement of the piston rod relative to the piston rod guide; and a first circular ratchet that constrains the piston rod driver to rotate only in a first rotary direction, which drives the piston rod to move in a first axial direction; characterized in that the injector pen further comprises: a transmission element configured to rotate without axial movement, relative to the piston rod guide, in the first rotary direction or in a second, opposite rotary direction; and a second circular ratchet that selectively engages the transmission element with the piston rod driver such that: rotation of the transmission element in the second rotary direction is not transmitted to the piston rod driver; and rotation of the transmission element in the first rotary direction is transmitted to the piston rod driver only if the transmission element has previously been rotated in the second rotary direction through a predetermined angle that is sufficient to permit engagement of the second circular ratchet. a piston rod guide; a piston rod driver configured to rotate without axial movement relative to the piston rod guide; a piston rod coupled to the piston rod driver and to the piston rod guide such that rotation of the piston rod driver drives axial movement of the piston rod relative to the piston rod guide; and a first circular ratchet that constrains the piston rod driver to rotate only in a first rotary direction, which drives the piston rod to move in a first axial direction; a transmission element configured to rotate without axial movement, relative to the piston rod guide, in the first rotary direction or in a second, opposite rotary direction; and a second circular ratchet that selectively engages the transmission element with the piston rod driver such that: rotation of the transmission element in the second rotary direction is not transmitted to the piston rod driver; and rotation of the transmission element in the first rotary direction is transmitted to the piston rod driver only if the transmission element has previously been rotated in the second rotary direction through a predetermined angle that is sufficient to permit engagement of the second circular ratchet. rotation of the transmission element in the second rotary direction is not transmitted to the piston rod driver; and rotation of the transmission element in the first rotary direction is transmitted to the piston rod driver only if the transmission element has previously been rotated in the second rotary direction through a predetermined angle that is sufficient to permit engagement of the second circular ratchet.
A method of detecting a presence or absence of, or risk of, a replication competent retrovirus comprising: a) determining a level of a parameter in a test sample, wherein the test sample is or is derived from a biological sample or a portion thereof, and wherein the level correlates inversely to the amount of a viral RNA in the biological sample, the biological sample comprising at least one cell that has been transduced with a retroviral vector and contains a nucleic acid encoding a heterologous protein, wherein: the presence, absence or amount or concentration of the viral RNA in the biological sample indicates a presence or absence of, or risk of, a replication competent retrovirus in the biological sample, or a sample from which the biological sample is derived; the viral RNA is required for, or encodes a gene product or specifically identifiable portion thereof that is required for, replication competency of a replication competent virus; the viral RNA is from the env, gag, pol, or rev genes; the determining comprises carrying out reverse transcriptase quantitative PCR (RT-qPCR); and the parameter is or comprises a cycle threshold (Ct) value. a) determining a level of a parameter in a test sample, wherein the test sample is or is derived from a biological sample or a portion thereof, and wherein the level correlates inversely to the amount of a viral RNA in the biological sample, the biological sample comprising at least one cell that has been transduced with a retroviral vector and contains a nucleic acid encoding a heterologous protein, wherein: the presence, absence or amount or concentration of the viral RNA in the biological sample indicates a presence or absence of, or risk of, a replication competent retrovirus in the biological sample, or a sample from which the biological sample is derived; the viral RNA is required for, or encodes a gene product or specifically identifiable portion thereof that is required for, replication competency of a replication competent virus; the viral RNA is from the env, gag, pol, or rev genes; the determining comprises carrying out reverse transcriptase quantitative PCR (RT-qPCR); and the parameter is or comprises a cycle threshold (Ct) value. the presence, absence or amount or concentration of the viral RNA in the biological sample indicates a presence or absence of, or risk of, a replication competent retrovirus in the biological sample, or a sample from which the biological sample is derived; the viral RNA is required for, or encodes a gene product or specifically identifiable portion thereof that is required for, replication competency of a replication competent virus; the viral RNA is from the env, gag, pol, or rev genes; the determining comprises carrying out reverse transcriptase quantitative PCR (RT-qPCR); and the parameter is or comprises a cycle threshold (Ct) value.
A method for use in user equipment, UE (201, 301), comprising first and second radio technology components, comprising: sending a message to request a coexistence mode for the first and second radio technology components, the message comprising a buffer status report which indicates one or more parameters related to one or more uplink buffers at the UE (201, 301); receiving a response message comprising one or more control parameters for establishing the coexistence mode based at least in part on the buffer status report; enabling the first and second radio technology components with the one or more control parameters to use radio resources on the UE (201, 301) wherein resources are allocated to the first and second radio technology components based at least in part on the buffer status report. sending a message to request a coexistence mode for the first and second radio technology components, the message comprising a buffer status report which indicates one or more parameters related to one or more uplink buffers at the UE (201, 301); receiving a response message comprising one or more control parameters for establishing the coexistence mode based at least in part on the buffer status report; enabling the first and second radio technology components with the one or more control parameters to use radio resources on the UE (201, 301) wherein resources are allocated to the first and second radio technology components based at least in part on the buffer status report.
An optical device comprising: an active layer comprising two outer barriers and a coupled quantum well between the two outer barriers, wherein the coupled quantum well comprises: a first quantum well layer; a second quantum well layer; a third quantum well layer; a first coupling barrier between the first quantum well layer and the second quantum well layer; and a second coupling barrier between the second quantum well layer and the third quantum well layer, wherein the second quantum well layer is between the first quantum well layer and the third quantum well layer, and wherein an energy band gap (Band-gap2) of the second quantum well layer is less than an energy band gap (Band-gap1) of the first quantum well layer, and characterized in that an energy band gap of the third quantum well layer is equal to the energy band gap of the second quantum well layer. an active layer comprising two outer barriers and a coupled quantum well between the two outer barriers, wherein the coupled quantum well comprises: a first quantum well layer; a second quantum well layer; a third quantum well layer; a first coupling barrier between the first quantum well layer and the second quantum well layer; and a second coupling barrier between the second quantum well layer and the third quantum well layer, a first quantum well layer; a second quantum well layer; a third quantum well layer; a first coupling barrier between the first quantum well layer and the second quantum well layer; and a second coupling barrier between the second quantum well layer and the third quantum well layer, wherein the second quantum well layer is between the first quantum well layer and the third quantum well layer, and wherein an energy band gap (Band-gap2) of the second quantum well layer is less than an energy band gap (Band-gap1) of the first quantum well layer, and characterized in that an energy band gap of the third quantum well layer is equal to the energy band gap of the second quantum well layer.
An attachment arrangement for a gun module of a carrier, such as a vehicle, a craft, or a structure fixedly mounted on a foundation, having a fixedly mounted carrier frame, comprising at least two elongated frame portions, and the attachment arrangement comprising an intermediate beam, on which the gun module can be arranged, a subframe for arranging on the carrier frame, and a pair of interacting mounting plates (13a, 13b), arranged at the outer ends of the subframe and the intermediate beam respectively, for a connection between them, a first one of the interacting mounting plates (13a, 13b) being provided with a depression, while the other mounting plate (13a, 13b) being provided with a protrusion whose form, size and position correspond to the form, size and position of the depression on the first mounting plate (13a, 13b), wherein the mounting plates (13a, 13b) are arranged across the longitudinal direction of the subframe, whereby the protrusions and depressions have side edges respectively, which in a first portion are arranged substantially at right angles to the side edges of the other portion, to take up component forces that are directed across the side edges.
Apparatus for use during roughening of the rear side of a vulcanized, flat tread strip which on the other side has a profile with grooves and positive profiles with outer surfaces for cold retreading of a tyre, which apparatus comprises a supporting device which has supporting elements which run along the course of grooves and support the tread strip at the bottom of the said grooves, and on which supporting device the tread strip is placed with the outer surfaces of its positive profiles during the roughening, and the apparatus having a conveying device which can be set in a longitudinal movement relative to a brush which is used for roughening and can be set in rotation, characterized in that the supporting device is a separate supporting device which is positioned on the conveying device.
An bolt comprising: a main body with a first cross section and two ends, wherein each end comprises a head coaxially connected to the main body, and a threaded rod coaxially connected to the head, the head has a noncircular cross section, and the first cross section of the main body is contained within the noncircular cross section of the head, characterized in that the first cross section of the main body has a center line defined by a longest diameter line of the first cross section that is perpendicular to a shortest diameter line of the first cross section, and each end has a marking slot, the marking slot has an opening aligned with the center line.. a main body with a first cross section and two ends, wherein each end comprises a head coaxially connected to the main body, and a threaded rod coaxially connected to the head, the head has a noncircular cross section, and the first cross section of the main body is contained within the noncircular cross section of the head, characterized in that the first cross section of the main body has a center line defined by a longest diameter line of the first cross section that is perpendicular to a shortest diameter line of the first cross section, and each end has a marking slot, the marking slot has an opening aligned with the center line..
A fall arrest block having a drum of lifeline comprising a lifeline wound on a rotatable spindle and connected between the spindle and a harness attachment point, wherein, in the event of a fall, the spindle rotation is locked by a locking mechanism that includes a toothed ratchet wheel that is engaged by a locking arm in order to lock said spindle rotation; the fall arrest block comprising additionally an inertia mechanism for triggering locking of the locking mechanism, the inertia mechanism being sensitive to acceleration of the drum to operate the locking mechanism to hold the spindle against further rotation; characterised in that: - the inertia mechanism comprises an inertia weight positioned around a mounting post, wherein relative rotational movement of the inertia weight with respect to the spindle and the ratchet wheel upon acceleration of the spindle causes a pawl to engage with an outer cap which in turn urges the locking arm of the locking mechanism against teeth of the ratchet wheel to operate the locking mechanism; - the mounting post is coaxial with the spindle; - the spindle extends from one side of the ratchet wheel and the mounting post extends from an opposite side of the ratchet wheel; and - the toothed ratchet wheel, the spindle and the mounting post are a unitary body. - the inertia mechanism comprises an inertia weight positioned around a mounting post, wherein relative rotational movement of the inertia weight with respect to the spindle and the ratchet wheel upon acceleration of the spindle causes a pawl to engage with an outer cap which in turn urges the locking arm of the locking mechanism against teeth of the ratchet wheel to operate the locking mechanism; - the mounting post is coaxial with the spindle; - the spindle extends from one side of the ratchet wheel and the mounting post extends from an opposite side of the ratchet wheel; and - the toothed ratchet wheel, the spindle and the mounting post are a unitary body. - the mounting post is coaxial with the spindle; - the spindle extends from one side of the ratchet wheel and the mounting post extends from an opposite side of the ratchet wheel; and - the toothed ratchet wheel, the spindle and the mounting post are a unitary body.
An air-treatment unit for conditioning a room of a building, the unit being configured to be mounted on a perimeter wall of a building and inside a room of the building and comprising: - a first module configured to recirculate in the room and thermally treat a first airflow between a first intake port and a first delivery port; and - a second module configured for extracting a second airflow from the room between a second intake port and a second delivery port and for introducing a third airflow from outside into the first and second modules (3, 6) between a third intake port and the first delivery port to deliver the third airflow into the room together with the first airflow, wherein the first and second modules (3, 6) are selectively jointly and disjointly operable; and the second module is selectively detachable from the first module, characterized in that the first module is fixable to the perimeter wall via brackets and is adapted to be spaced from the perimeter wall via two lateral guides, which together with the first module form a housing for the second module between the first module and the inner face of the perimeter wall. - a first module configured to recirculate in the room and thermally treat a first airflow between a first intake port and a first delivery port; and - a second module configured for extracting a second airflow from the room between a second intake port and a second delivery port and for introducing a third airflow from outside into the first and second modules (3, 6) between a third intake port and the first delivery port to deliver the third airflow into the room together with the first airflow, wherein the first and second modules (3, 6) are selectively jointly and disjointly operable; and the second module is selectively detachable from the first module, characterized in that the first module is fixable to the perimeter wall via brackets and is adapted to be spaced from the perimeter wall via two lateral guides, which together with the first module form a housing for the second module between the first module and the inner face of the perimeter wall.
A method performed by a user equipment, UE, the method comprising: establishing a connection to a Radio Access Network, RAN, via a network node, the connection providing communications between the UE and the network node using a Signaling Radio Bearer 1, SRB1, configured with a New Radio, NR, Packet Data Convergence Protocol, PDCP, configuration; receiving a Radio Resource Control, RRC, connection re-establishment message comprising a radioResourceConfigDedicated information element, IE; and re-establishing the connection to the RAN, the re-establishing including applying a Long-Term Evolution, LTE, PDCP configuration to the SRB1, re-establishing radio link control, RLC, for the SRB1, performing a radio resource configuration procedure in accordance with the radioResourceConfigDedicated IE, resuming the SRB 1, generating an RRC complete message and sending the RRC complete message; and mapping at least one of an NR encryption algorithm or an NR integrity protection algorithm to a pre-defined LTE algorithm. establishing a connection to a Radio Access Network, RAN, via a network node, the connection providing communications between the UE and the network node using a Signaling Radio Bearer 1, SRB1, configured with a New Radio, NR, Packet Data Convergence Protocol, PDCP, configuration; receiving a Radio Resource Control, RRC, connection re-establishment message comprising a radioResourceConfigDedicated information element, IE; and re-establishing the connection to the RAN, the re-establishing including applying a Long-Term Evolution, LTE, PDCP configuration to the SRB1, re-establishing radio link control, RLC, for the SRB1, performing a radio resource configuration procedure in accordance with the radioResourceConfigDedicated IE, resuming the SRB 1, generating an RRC complete message and sending the RRC complete message; and mapping at least one of an NR encryption algorithm or an NR integrity protection algorithm to a pre-defined LTE algorithm.
An apparatus for detecting a bio-signal feature, the apparatus comprising: a bio-signal acquirer configured to acquire a bio-signal; and a processor configured to: detect at least one peak point or at least one valley point in one period of the bio-signal, generate an envelope signal of the bio-signal, and detect at least one feature of the bio-signal based on a difference between the envelope signal and the bio-signal; the processor characterized in being further configured to determine an effective range of the bio-signal by setting a minimum point in the period of the bio-signal as a start point and setting a last zero crossing point or a last valley point in the period of the bio-signal as an end point, and generate the envelope signal by linearly connecting the start point, the at least one peak point or valley point detected in the effective range, and the end point of the bio-signal. a bio-signal acquirer configured to acquire a bio-signal; and a processor configured to: detect at least one peak point or at least one valley point in one period of the bio-signal, generate an envelope signal of the bio-signal, and detect at least one feature of the bio-signal based on a difference between the envelope signal and the bio-signal; the processor characterized in being further configured to determine an effective range of the bio-signal by setting a minimum point in the period of the bio-signal as a start point and setting a last zero crossing point or a last valley point in the period of the bio-signal as an end point, and generate the envelope signal by linearly connecting the start point, the at least one peak point or valley point detected in the effective range, and the end point of the bio-signal. detect at least one peak point or at least one valley point in one period of the bio-signal, generate an envelope signal of the bio-signal, and detect at least one feature of the bio-signal based on a difference between the envelope signal and the bio-signal; the processor characterized in being further configured to determine an effective range of the bio-signal by setting a minimum point in the period of the bio-signal as a start point and setting a last zero crossing point or a last valley point in the period of the bio-signal as an end point, and generate the envelope signal by linearly connecting the start point, the at least one peak point or valley point detected in the effective range, and the end point of the bio-signal.