mhurhangee/ep-ind-claims huggingface dataset:
A fusion protein of formula I: m -(R 1) n -A- o -B- p (formula I) wherein: X is a signal peptide or MHHHHHH (SEQ ID NO. 2); m is 0 or 1; R 1 is an amino acid; n is 0, 1, 2, 3, 4, 5 or 6; A is an immunogenic fragment of Protein E selected from SEQ ID NO. 122, SEQ ID NO. 123, SEQ ID NO. 124, SEQ ID NO. 125, SEQ ID NO. 126, SEQ ID NO. 179 or SEQ ID NO. 180 or a sequence having at least 95% sequence identity to any one of SEQ ID NO. 122, SEQ ID NO. 123, SEQ ID NO. 124, SEQ ID NO. 125, SEQ ID NO. 126, SEQ ID NO. 179 or SEQ ID NO.180; Y is selected from the group consisting of GG, SG, SS, GGG and h wherein h is 4, 5, 6, 7, 8, 9, or 10; o is 0 or 1; B is an immunogenic fragment of PilA, at least 95% identical to amino acids 40-149 of any of SEQ ID NO. 58 to SEQ ID NO. 121; Z is GGHHHHHH (SEQ ID NO. 3); and p is 0 or 1. X is a signal peptide or MHHHHHH (SEQ ID NO. 2); m is 0 or 1; R 1 is an amino acid; n is 0, 1, 2, 3, 4, 5 or 6; A is an immunogenic fragment of Protein E selected from SEQ ID NO. 122, SEQ ID NO. 123, SEQ ID NO. 124, SEQ ID NO. 125, SEQ ID NO. 126, SEQ ID NO. 179 or SEQ ID NO. 180 or a sequence having at least 95% sequence identity to any one of SEQ ID NO. 122, SEQ ID NO. 123, SEQ ID NO. 124, SEQ ID NO. 125, SEQ ID NO. 126, SEQ ID NO. 179 or SEQ ID NO.180; Y is selected from the group consisting of GG, SG, SS, GGG and h wherein h is 4, 5, 6, 7, 8, 9, or 10; o is 0 or 1; B is an immunogenic fragment of PilA, at least 95% identical to amino acids 40-149 of any of SEQ ID NO. 58 to SEQ ID NO. 121; Z is GGHHHHHH (SEQ ID NO. 3); and p is 0 or 1.
A method by a transmitter for a pilot tone amplitude modulation, a low frequency modulation applied to an optical channel amplitude, the method comprising: determining a periodic interval of the pilot tone amplitude modulation for tracking an optical channel; inserting a sequence of bias bits, periodically according to the determined periodic interval, in a plurality of frames comprising original data bits; modulating amplitudes of optical signals carrying the frames including the bias bits at a higher frequency than the pilot tone amplitude modulation, wherein the modulation frequency of the pilot tone amplitude modulation is determined by the location of the inserted bias 1/0 bits; and transmitting, in an optical fiber, the optical signals including the bias bits within the frames. determining a periodic interval of the pilot tone amplitude modulation for tracking an optical channel; inserting a sequence of bias bits, periodically according to the determined periodic interval, in a plurality of frames comprising original data bits; modulating amplitudes of optical signals carrying the frames including the bias bits at a higher frequency than the pilot tone amplitude modulation, wherein the modulation frequency of the pilot tone amplitude modulation is determined by the location of the inserted bias 1/0 bits; and transmitting, in an optical fiber, the optical signals including the bias bits within the frames.
Method for the brightness regulation of interior lighting media, with the steps: - Determining and storing of an initially specified brightness regulating reference value for the lighting media, - detection of an interior brightness by brightness sensor media, - carrying out a regulation of the interior lighting media by making use of a brightness regulation reference value and a detected current detection value of the interior brightness by adjustment of a control signal value determining the brightness for the interior lighting media, in particular of a control value and/or a control current, wherein in this step the initially specified brightness regulating reference value is used as the brightness regulating reference value, characterized by the steps: - Detecting and storing of a control signal value determining the brightness, as a storage value, with the predetermining of the initially specified brightness regulating reference value, in particular at the time of specifying or within a predetermined interval of time before/after the specifying, - at least partial detecting of the signal value, determining the brightness as a current control signal value, during the detection of the interior brightness and/or during the regulating, - generating of a correction factor for the brightness regulation reference value on the basis of a difference between the stored value and the current control signal value and - carrying out the regulating with a new brightness regulating reference value corrected by a correction factor, in particular multiplied by the correction factor or by a factor derived from it - Determining and storing of an initially specified brightness regulating reference value for the lighting media, - detection of an interior brightness by brightness sensor media, - carrying out a regulation of the interior lighting media by making use of a brightness regulation reference value and a detected current detection value of the interior brightness by adjustment of a control signal value determining the brightness for the interior lighting media, in particular of a control value and/or a control current, wherein in this step the initially specified brightness regulating reference value is used as the brightness regulating reference value, - Detecting and storing of a control signal value determining the brightness, as a storage value, with the predetermining of the initially specified brightness regulating reference value, in particular at the time of specifying or within a predetermined interval of time before/after the specifying, - at least partial detecting of the signal value, determining the brightness as a current control signal value, during the detection of the interior brightness and/or during the regulating, - generating of a correction factor for the brightness regulation reference value on the basis of a difference between the stored value and the current control signal value and - carrying out the regulating with a new brightness regulating reference value corrected by a correction factor, in particular multiplied by the correction factor or by a factor derived from it
A washing machine for containers, in particular of the pharmaceutical industry, comprising: an input conveyor designed to move a plurality of containers along a first segment of a processing path; a screw transporter, which is designed to move the containers along a second segment of the processing path and is arranged immediately downstream of the input conveyor so as to receive the containers coming directly from the input conveyor; and a cleaning unit, which is arranged along a third segment of the processing path downstream of the screw transporter and is designed to wash each container; wherein: the input conveyor is movable so as to change the inclination of the first segment of the processing path relative to the horizontal direction; and adjustment means are provided, which are designed to adjust the inclination of the first segment of the processing path relative to the horizontal direction; the washing machine is characterized in that the first segment of the processing path defined by the input conveyor is perpendicular to the second segment of the processing path defined by the screw transporter. an input conveyor designed to move a plurality of containers along a first segment of a processing path; a screw transporter, which is designed to move the containers along a second segment of the processing path and is arranged immediately downstream of the input conveyor so as to receive the containers coming directly from the input conveyor; and a cleaning unit, which is arranged along a third segment of the processing path downstream of the screw transporter and is designed to wash each container; wherein: the input conveyor is movable so as to change the inclination of the first segment of the processing path relative to the horizontal direction; and adjustment means are provided, which are designed to adjust the inclination of the first segment of the processing path relative to the horizontal direction; the washing machine is characterized in that the first segment of the processing path defined by the input conveyor is perpendicular to the second segment of the processing path defined by the screw transporter. the input conveyor is movable so as to change the inclination of the first segment of the processing path relative to the horizontal direction; and adjustment means are provided, which are designed to adjust the inclination of the first segment of the processing path relative to the horizontal direction; the washing machine is characterized in that the first segment of the processing path defined by the input conveyor is perpendicular to the second segment of the processing path defined by the screw transporter.
A surgical instrument or system, comprising: a handle or housing; a shaft extending from said handle or housing; an end effector extending from said shaft; and a drive system (215200, 216200), comprising: an electric motor (215210, 215250, 216210); a drive shaft operably coupled to said electric motor; a motor control system in communication with said electric motor; and a strain gage circuit, preferably embedded in said drive shaft, wherein said strain gage circuit is in signal communication with said motor control system, and wherein said motor control system is configured to control the operation of said electric motor to perform an end effector function based on a signal from said strain gage circuit, characterized in that the surgical instrument further comprises means configured to regulate the temperature of said strain gage circuit. a handle or housing; a shaft extending from said handle or housing; an end effector extending from said shaft; and a drive system (215200, 216200), comprising: an electric motor (215210, 215250, 216210); a drive shaft operably coupled to said electric motor; a motor control system in communication with said electric motor; and an electric motor (215210, 215250, 216210); a drive shaft operably coupled to said electric motor; a motor control system in communication with said electric motor; and a strain gage circuit, preferably embedded in said drive shaft, wherein said strain gage circuit is in signal communication with said motor control system, and wherein said motor control system is configured to control the operation of said electric motor to perform an end effector function based on a signal from said strain gage circuit,
Luminaire arrangement with an oblong luminaire and an enhancement module for functional enhancement of the oblong luminaire, wherein the enhancement module is removable and arranged at a narrow end face of the oblong luminaire and comprises • a housing, formed to combine form-fittingly with the narrow end face of the oblong luminaire, and further • controller means arranged to control operational functions of the oblong luminaire, and • sensors means arranged to generate a control signal, wherein the enhancement module is arranged to control operational functions of the oblong luminaire based on control signals, generated by the sensor means, and subsequently processed by the enhancement module, characterized in that the enhancement module is formed to detect the loss of power supply for the oblong luminaire, and the controller means are arranged to connect the oblong luminaire to an emergency power supply subsequently to the loss of power supply. • a housing, formed to combine form-fittingly with the narrow end face of the oblong luminaire, and further • controller means arranged to control operational functions of the oblong luminaire, and • sensors means arranged to generate a control signal, wherein the enhancement module is arranged to control operational functions of the oblong luminaire based on control signals, generated by the sensor means, and subsequently processed by the enhancement module, characterized in that the enhancement module is formed to detect the loss of power supply for the oblong luminaire, and the controller means are arranged to connect the oblong luminaire to an emergency power supply subsequently to the loss of power supply.
Control valve for maneuvering a hydraulic consumer such as a single acting telescopic cylinder, including a valve housing with an inlet port connected to a pump for delivering of a hydraulic flow, a motor port to which said consumer is connected, an outlet port connected to a tank, and a maneuverable slide provided with port tracks (7, 20, 21) and arranged in the valve housing with a first and a second end (3a, 3b), respectively, which slide is adapted to control the hydraulic flow between the inlet port and the consumer and between the consumer and the tank, wherein the valve housing includes a first flow path over the first end of the slide and a second flow path over the second end of the slide, wherein the return flow from the consumer to the tank may be led via said flow paths through the valve housing, wherein the control valve includes a regulating device connected to the slide, which device from a position with maximal velocity at lowering of a load, in which the return flow from the consumer is conveyed via both the first and the second flow paths (I, II) over the first end and the second end of the slide, is arranged to provide a limited lowering velocity through adjustment of the slide in the axial direction and conveying of the flow over the first flow path only, on the first end of the slide, wherein the regulating device includes an actuator unit (31, 31') which is uniformly arranged on the side of the valve housing towards which the first end of the slide is faced, characterized in that the actuator unit (31, 31') is formed of a first and a second pneumatically acting actuator (31, 31'), which are coaxially arranged one after the other, whereof each includes a rod section (32, 32') with a corresponding piston rod (33, 33') that are both movably arranged forth and backwards inside a cylinder section (34, 34') where the first rod section of the actuator forms a positive stop for the second rod section of the actuator.
A hammer tacker, comprising: an outer housing comprising a handle portion and a head portion; an elongated staple holder carried at least partially within the outer housing, the elongated staple holder being slideable between a use position and a refill position; the outer housing defining a channel extending through the handle portion and into the head portion, the channel configured to receive the staple holder, wherein the staple holder is slidable along the channel of the outer housing between the use position and the refill position; and a staple driver assembly operable to drive a staple from the staple holder into a workpiece, the staple driver assembly including a pivot pin about which a portion of the staple driver assembly rotates during a stapling operation; characterized in that: the outer housing is formed from a fiber reinforced polymer material; the outer housing comprising the fiber reinforced polymer material defines the channel extending through the handle portion and into the head portion; and the pivot pin engages with a mount structure formed in the outer housing, such that the fiber reinforced polymer material of the outer housing bears a load from the pivot pin during the stapling operation. an outer housing comprising a handle portion and a head portion; an elongated staple holder carried at least partially within the outer housing, the elongated staple holder being slideable between a use position and a refill position; the outer housing defining a channel extending through the handle portion and into the head portion, the channel configured to receive the staple holder, wherein the staple holder is slidable along the channel of the outer housing between the use position and the refill position; and a staple driver assembly operable to drive a staple from the staple holder into a workpiece, the staple driver assembly including a pivot pin about which a portion of the staple driver assembly rotates during a stapling operation; characterized in that: the outer housing is formed from a fiber reinforced polymer material; the outer housing comprising the fiber reinforced polymer material defines the channel extending through the handle portion and into the head portion; and the pivot pin engages with a mount structure formed in the outer housing, such that the fiber reinforced polymer material of the outer housing bears a load from the pivot pin during the stapling operation. the outer housing is formed from a fiber reinforced polymer material; the outer housing comprising the fiber reinforced polymer material defines the channel extending through the handle portion and into the head portion; and the pivot pin engages with a mount structure formed in the outer housing, such that the fiber reinforced polymer material of the outer housing bears a load from the pivot pin during the stapling operation.
A method of removing perfluoroalkyl and polyfluoroalkyl substances (PFAS) from liquid or gas. the method comprising: providing a first sorbent material including about 0.5 wt.% to about 25 wt.% of an ion, salt, oxide, hydroxide, or carbonate of magnesium, calcium, strontium, barium or combination or compound thereof to thereby increase the sorbent capacity of the sorbent material to perfluoroalkyl and polyfluoroalkyl substances (PFAS) relative to sorbent material that does not include the ion, salt, oxide, hydroxide, or carbonate; and contacting the first sorbent material with a liquid or gas containing the PFAS, wherein, the first sorbent material includes one or more of carbonaceous char, activated carbon, reactivated carbon, and carbon black. providing a first sorbent material including about 0.5 wt.% to about 25 wt.% of an ion, salt, oxide, hydroxide, or carbonate of magnesium, calcium, strontium, barium or combination or compound thereof to thereby increase the sorbent capacity of the sorbent material to perfluoroalkyl and polyfluoroalkyl substances (PFAS) relative to sorbent material that does not include the ion, salt, oxide, hydroxide, or carbonate; and contacting the first sorbent material with a liquid or gas containing the PFAS, wherein, the first sorbent material includes one or more of carbonaceous char, activated carbon, reactivated carbon, and carbon black.
A wireless transmit/receive unit, WTRU, comprising: circuitry configured to receive control information with a masked cyclic redundancy check, CRC, appended to the control information; circuitry configured to determine whether the masked CRC is derived from a first identifier or a second identifier, wherein the first identifier is associated with only uplink control information and the second identifier is associated with at least downlink control information; and circuitry configured, in response to the determination whether the masked CRC is derived from the first identifier or the second identifier, to utilize the control information to initiate a data reception procedure or data transmission procedure. circuitry configured to receive control information with a masked cyclic redundancy check, CRC, appended to the control information; circuitry configured to determine whether the masked CRC is derived from a first identifier or a second identifier, wherein the first identifier is associated with only uplink control information and the second identifier is associated with at least downlink control information; and circuitry configured, in response to the determination whether the masked CRC is derived from the first identifier or the second identifier, to utilize the control information to initiate a data reception procedure or data transmission procedure.
An elastic bandage comprising (a) a lower elastic layer, (b) a core layer having a plurality of spacer threads connected to the elastic layers (a) and (c), and (c) an upper elastic layer, wherein the core layer (b) further comprises a plurality of core layer yarns which substantially extend parallel to the planes of the elastic layers (a) and (c). (a) a lower elastic layer, (b) a core layer having a plurality of spacer threads connected to the elastic layers (a) and (c), and (c) an upper elastic layer,
Method for inspecting a sample with a particle-optical apparatus, the apparatus inspecting the sample with a beam of particles, the method comprising: • providing a sample carrier equipped with electrodes (304, 305), • providing a sample; • placing the sample on the sample carrier, • introducing the sample in the particle-optical apparatus, • inducing a voltage difference or a current in the sample, • irradiating the sample with the beam of particles, and • detecting particles transmitted through the sample, characterized in that, after placing the sample on the sample carrier and prior to the irradiation of the sample with the beam of particles, a conductive or semi-conductive pattern (309, 310) is applied to the sample and the sample carrier so that an electric connection is made from the electrodes on the sample carrier to a region of interest on the sample. • providing a sample carrier equipped with electrodes (304, 305), • providing a sample; • placing the sample on the sample carrier, • introducing the sample in the particle-optical apparatus, • inducing a voltage difference or a current in the sample, • irradiating the sample with the beam of particles, and • detecting particles transmitted through the sample, characterized in that, after placing the sample on the sample carrier and prior to the irradiation of the sample with the beam of particles, a conductive or semi-conductive pattern (309, 310) is applied to the sample and the sample carrier so that an electric connection is made from the electrodes on the sample carrier to a region of interest on the sample.