mhurhangee/ep-ind-claims huggingface dataset:
Multimers, characterized in that they comprise at least two monomers, each of said monomers being selected in the group consisting of a peptide P2 of formula P1-X3 or X2-X3, wherein P1 is of formula X1-X2, wherein - X1 represents a peptidic linker comprising at least 10-30 amino acids and up to 100 amino acids and includes a cysteine at its N-terminal end, and - X2 represents an alpha1 domain (or alpha1 peptide) of HLA-G and - X3 represents an alpha3 domain of HLA-G. - X1 represents a peptidic linker comprising at least 10-30 amino acids and up to 100 amino acids and includes a cysteine at its N-terminal end, and - X2 represents an alpha1 domain (or alpha1 peptide) of HLA-G and - X3 represents an alpha3 domain of HLA-G.
A system for fast processing real-time media stream data package, the system being characterized by comprising: an IP data package fast filter module, an UDP fast sending module, a policy ARP table process module based on local UDP port and a RTP/RTCP fast receiving process function registered on the basis of UDP port in a RTP/RTCP application layer; wherein said policy ARP table process module based on local UDP port is connected and communicated with said IP data package fast filter module and said UDP fast sending module respectively, and is used for constructing an ARP table with a UDP port mapping value according to distribution of RTP/RTCP protocol port resource and features of the RTP/RTCP protocol port, wherein the UDP port mapping value is a suffix; said IP data package fast filter module is used for installing a fast receiving hook function in a data link layer receiving function, in which said hook function is used to analyze content of an Ethernet data package; the RTP/RTCP application layer registers the RTP/RTCP fast receiving process function corresponding to the UDP port in the hook function; said UDP fast sending module is used for directly calling a sending function provided by the UDP fast sending module when the RTP/RTCP application layer sending the real-time media stream data package, and after the process of the UDP fast sending module, calling a corresponding net interface sending function to send out the data; and said IP data package fast filter module is used for receiving the real-time media stream data package from a net interface receiving function, and transporting it to the RTP/RTCP fast receiving process function, thus directly transmitting it to a task buffer of the RTP/RTCP application layer.
Valve made of a ceramic material, which is joined together from a first main body and a second main body by means of a joining material, and wherein a cavity is formed between the first and the second main body (100, 200), wherein the first and the second main body (100, 200) are each formed from a number of layers of a ceramic material, and a feed for a fluid into the cavity is formed in a wall facing the second main body in the first main body, a diaphragm, which is elastically deformable, is fixed in the cavity between the first main body and the second main body and a drain for the fluid from the cavity out of the valve is formed in the second main body, characterized in that a sealing element is applied circumferentially around the feed on the surface of the wall in the interior of the cavity, in that a passage for the fluid in the form of a bypass line is formed in the cavity, and in that the diaphragm is formed from a ceramic material.
A compound represented by the following structural formula or a pharmaceutically acceptable salt thereof, for use in a method of treating a subject with Fabry disease, the method comprising: testing the subject to determine whether the subject is a poor, intermediate or extensive/ultra rapid P450 metabolizer, wherein the subject is assessed as being a poor, intermediate or extensive/ultra rapid P450 metabolizer through genotyping, wherein a poor P450 metabolizer carries two mutant alleles of the CYP2D6 gene which result in complete loss of enzyme activity, an intermediate P450 metabolizer possesses one reduced activity allele and one null allele of the CYP2D6 gene, an extensive P450 metabolizer possesses at least one and no more than two normal functional alleles of the CYP2D6 gene, and an ultra rapid P450 metabolizer carries multiple copies of functional alleles of the CYP2D6 gene and produces excess enzymatic activity; and administering to the subject an adjusted effective amount of the compound if the subject is an intermediate or extensive/ultra rapid P450 metabolizer and administering to the subject an effective amount of the compound if the subject is a poor P450 metabolizer, wherein said effective amount is a daily dose of from 25 milligrams to 300 milligrams, and wherein said adjusted effective amount is greater than said effective amount. testing the subject to determine whether the subject is a poor, intermediate or extensive/ultra rapid P450 metabolizer, wherein the subject is assessed as being a poor, intermediate or extensive/ultra rapid P450 metabolizer through genotyping, wherein a poor P450 metabolizer carries two mutant alleles of the CYP2D6 gene which result in complete loss of enzyme activity, an intermediate P450 metabolizer possesses one reduced activity allele and one null allele of the CYP2D6 gene, an extensive P450 metabolizer possesses at least one and no more than two normal functional alleles of the CYP2D6 gene, and an ultra rapid P450 metabolizer carries multiple copies of functional alleles of the CYP2D6 gene and produces excess enzymatic activity; and administering to the subject an adjusted effective amount of the compound if the subject is an intermediate or extensive/ultra rapid P450 metabolizer and administering to the subject an effective amount of the compound if the subject is a poor P450 metabolizer, wherein said effective amount is a daily dose of from 25 milligrams to 300 milligrams, and wherein said adjusted effective amount is greater than said effective amount.
A water pump unit including a water pump case provided with a drive shaft for driving an impeller, and a power transmission member for transmitting power from a power supply device to the drive shaft; wherein: the power transmission member is a driven gear driven by the power supply device; the water pump case supports the drive shaft therein and is attached to an engine crankcase of the power supply device; the power transmission member is supported by the drive shaft and by the water pump case through the drive shaft; characterized in that: the crankcase has a planar upper surface formed with a crankcase-side opening; the water pump case has a planar attachment surface formed with a water-pump-side opening; the planar attachment surface of the water pump case is attached to the planar upper surface of the crankcase with the water-pump-side opening of the water pump case coinciding with the crankcase-side opening; the driven gear extends in part through the water-pump-side opening of the water pump case and through the crankcase-side opening of the crankcase, so as to protrude into the crankcase along the two openings (72b, 42b) into intermeshing engagement with the power supply device; and the driven gear has a radial size greater than an axial size thereof in the direction of the drive shaft. the power transmission member is a driven gear driven by the power supply device; the water pump case supports the drive shaft therein and is attached to an engine crankcase of the power supply device; the power transmission member is supported by the drive shaft and by the water pump case through the drive shaft; characterized in that: the crankcase has a planar upper surface formed with a crankcase-side opening; the water pump case has a planar attachment surface formed with a water-pump-side opening; the planar attachment surface of the water pump case is attached to the planar upper surface of the crankcase with the water-pump-side opening of the water pump case coinciding with the crankcase-side opening; the driven gear extends in part through the water-pump-side opening of the water pump case and through the crankcase-side opening of the crankcase, so as to protrude into the crankcase along the two openings (72b, 42b) into intermeshing engagement with the power supply device; and the driven gear has a radial size greater than an axial size thereof in the direction of the drive shaft.
Actuating apparatus for a change speed gearbox, by way of which actuating apparatus at least one synchronizer ring (2, 2') of a synchronizing device can be displaced in the axial direction (a) of a shaft, the actuating apparatus having a fork-shaped and axially displaceably mounted actuating element which can axially displace a pressure element (7, 8) which is provided with at least one anti-friction bearing (5, 6), the anti-friction bearing (5, 6) being arranged in an end-side region (9, 10) of the pressure element (7, 8) and being configured such that rolling bodies (11, 12) of the anti-friction bearing (5, 6) are in direct contact with the synchronizer ring (2, 2'), the pressure element (7, 8) comprising two disc-shaped components (13, 14), against the end sides of which, which face away from one another, in each case one set of rolling bodies (11, 12) bears, characterized in that the two disc-shaped components (13, 14) of the pressure element (7, 8) are held together by a ring which has a cylindrical section which extends in the axial direction (a) and two radially extending sections (19, 20) which are arranged in the axial end regions of the cylindrical section.
A recognition program for causing a computer to execute a process comprising: recognizing a plurality of characters from handwritten characters in input handwritten data; setting reference positions of a specific handwritten character and an adjacent handwritten character included in the recognized handwritten characters, the specific handwritten character corresponding to a specific character defined in a specific character database, the adjacent handwritten character being located adjacent to the specific handwritten character; determining whether a space is present between the specific handwritten character and the adjacent handwritten character based on the reference positions; and generating space information indicating a result of the determining, wherein each of the reference positions is a position of a vertical stroke in or a position of a central axis of a corresponding one of the specific handwritten character and the adjacent handwritten character. recognizing a plurality of characters from handwritten characters in input handwritten data; setting reference positions of a specific handwritten character and an adjacent handwritten character included in the recognized handwritten characters, the specific handwritten character corresponding to a specific character defined in a specific character database, the adjacent handwritten character being located adjacent to the specific handwritten character; determining whether a space is present between the specific handwritten character and the adjacent handwritten character based on the reference positions; and generating space information indicating a result of the determining, wherein each of the reference positions is a position of a vertical stroke in or a position of a central axis of a corresponding one of the specific handwritten character and the adjacent handwritten character.
A system-on-chip (SoC) with debugging capability, the system-on-chip including: a central processing unit (CPU 101); a plurality of computing elements operatively connected to said CPU, wherein the CPU is configured to program said computing elements with task descriptors and said computing elements receive said task descriptors to initiate a computation, wherein said computing elements include a state machine which varies among a plurality of states, wherein the task descriptors include a field which specifies a breakpoint state as one of the states of the computing element; and a system level event status register (ESR 301) operatively attached to and accessible by said CPU and said computing elements; wherein each of said computing elements has a comparator configured to compare the current state of the computing element to the breakpoint state, wherein the computing element is configured to drive a breakpoint event to said event status register (ESR 301) if the current state of the computing element matches the breakpoint state; wherein each of said computing elements has a halt logic unit operatively attached thereto, wherein said halt logic unit is configured to halt operation of the computing element, wherein said ESR is configurable to drive a breakpoint event to said halt logic units to selectably halt at least one of the computing elements other than the computing element driving said breakpoint event. a central processing unit (CPU 101); a plurality of computing elements operatively connected to said CPU, wherein the CPU is configured to program said computing elements with task descriptors and said computing elements receive said task descriptors to initiate a computation, wherein said computing elements include a state machine which varies among a plurality of states, wherein the task descriptors include a field which specifies a breakpoint state as one of the states of the computing element; and a system level event status register (ESR 301) operatively attached to and accessible by said CPU and said computing elements; wherein each of said computing elements has a comparator configured to compare the current state of the computing element to the breakpoint state, wherein the computing element is configured to drive a breakpoint event to said event status register (ESR 301) if the current state of the computing element matches the breakpoint state; wherein each of said computing elements has a halt logic unit operatively attached thereto, wherein said halt logic unit is configured to halt operation of the computing element, wherein said ESR is configurable to drive a breakpoint event to said halt logic units to selectably halt at least one of the computing elements other than the computing element driving said breakpoint event.
Coupling device for wireless data and energy transmission, comprising a housing (20, 30), a communication device arranged in the housing (20, 30) for wireless data transmission, the communication device being designed to radiate electromagnetic signals in a main radiation direction, and a wireless energy transmission device arranged in the housing (20, 30), which has a ferrite body with a through-opening and at least one air coil which defines an opening and is arranged on the ferrite body, the air coil, the ferrite body and the communication device being designed to radiate electromagnetic signals in a main radiation direction, air coil defining an opening, which is arranged on the ferrite body, the air coil, the ferrite body and the communication device being arranged relative to one another in such a way that electromagnetic signals radiated by the communication device in the main radiation direction propagate through the through-opening of the ferrite body and through the opening of the at least one air coil, characterized in that the communication device (60, 60.1) has an antenna device which is designed to radiate radio signals in the main radiation direction, the radiated radio signals lying in a first frequency band, and the first frequency band being an ISM band in the GHz range and lying within a frequency range from 57 GHz to 66 GHz or in a higher frequency range. a communication device arranged in the housing (20, 30) for wireless data transmission, the communication device being designed to radiate electromagnetic signals in a main radiation direction, and a wireless energy transmission device arranged in the housing (20, 30), which has a ferrite body with a through-opening and at least one air coil which defines an opening and is arranged on the ferrite body, the air coil, the ferrite body and the communication device being designed to radiate electromagnetic signals in a main radiation direction, air coil defining an opening, which is arranged on the ferrite body, the air coil, the ferrite body and the communication device being arranged relative to one another in such a way that electromagnetic signals radiated by the communication device in the main radiation direction propagate through the through-opening of the ferrite body and through the opening of the at least one air coil, characterized in that the communication device (60, 60.1) has an antenna device which is designed to radiate radio signals in the main radiation direction, the radiated radio signals lying in a first frequency band, and the first frequency band being an ISM band in the GHz range and lying within a frequency range from 57 GHz to 66 GHz or in a higher frequency range.
A filter cleaning system comprising: a filter element containing retentate; a vibrating element (102, 108; 306, 310; 408; 512) mechanically coupled to said filter element to loosen said retentate; and a retentate collection system (106; 302; 518) for collecting said retentate loosened in said filter (100; 200; 300; 508); characterized by means for adjusting the position of said vibrating element. a filter element containing retentate; a vibrating element (102, 108; 306, 310; 408; 512) mechanically coupled to said filter element to loosen said retentate; and a retentate collection system (106; 302; 518) for collecting said retentate loosened in said filter (100; 200; 300; 508); characterized by means for adjusting the position of said vibrating element.
Method to manufacture recycled PET bulked continuous carpet filaments, comprising the steps of providing a multiple rotating screw extruder having a first single screw extruder section; a subsequent multiple rotating screw extruder section; a subsequent second single screw extruder section; feeding the wet PET flakes from grinded post-consumer PET bottles into the first single screw extruder section; at least substantially melt said PET flakes in said first single screw extruder section; feeding said polymer melt to the multiple rotating screw extruder section thereby providing a plurality of different streams of melt flowing through the plurality of open chambers; reducing the pressure within the multiple rotating screw extruder section housing to between 0.5 and 5 mbar by means of a vacuum pump; recombine the streams of molten polymer from the multiple rotating screw extruder section into the second single screw extruder section, thereby providing a stream of molten recycled PET polymer; feeding the molten recycled PET polymer directly into a BCF spinning machine. a first single screw extruder section; a subsequent multiple rotating screw extruder section; a subsequent second single screw extruder section;
A work method of a plurality of work vehicles including at least one automatic traveling work vehicle (1a, 1b) capable of automatically traveling based on a travel path created in a farm field, the method comprising: an allocating process that divides a work area of the farm field into a plurality of work blocks based on each of the work vehicles, and that allocates any of the plurality of work vehicles to each of the work blocks; and a working process that allows the plurality of work vehicles to perform a work of the plurality of work blocks, whereby the plurality of work vehicles is a plurality of combine harvesters (1a, 1b), characterized in that the combine harvesters (1a, 1b) are different in available capacity of a reservoir for reserving a grain harvested by each of the combine harvesters, and the allocating process, based on the available capacity of the reservoir of each of the combine harvesters (1a, 1b), divides the work area into the plurality of work blocks and allocates the combine harvesters to the work blocks. an allocating process that divides a work area of the farm field into a plurality of work blocks based on each of the work vehicles, and that allocates any of the plurality of work vehicles to each of the work blocks; and a working process that allows the plurality of work vehicles to perform a work of the plurality of work blocks, whereby the plurality of work vehicles is a plurality of combine harvesters (1a, 1b), characterized in that the combine harvesters (1a, 1b) are different in available capacity of a reservoir for reserving a grain harvested by each of the combine harvesters, and the allocating process, based on the available capacity of the reservoir of each of the combine harvesters (1a, 1b), divides the work area into the plurality of work blocks and allocates the combine harvesters to the work blocks.
Control drive for a motor vehicle, comprising • a housing, in particular consisting of a housing shell and a housing cover; • an electric drive; • a spindle drive comprising a spindle; • a control means which is formed by a spindle nut guided on the spindle; • a mounting means; • it being possible to move the spindle drive by means of the electric drive; • it being possible to move the control means into the housing and out of the housing by means of the spindle drive; • the spindle being mounted in the control drive by means of the mounting means; • the mounting means having a contact surface which continuously changes in the direction of a central axis of the spindle; • the spindle having a spindle end (10, 11) which has a receiving opening; characterized in that • the mounting means has a cylindrical extension; • the cylindrical extension is inserted into the receiving opening, as a result of which • the mounting means is form-fittingly connected to the spindle, and • the spindle end (10, 11) is form-fittingly attached to the mounting means. • a housing, in particular consisting of a housing shell and a housing cover; • an electric drive; • a spindle drive comprising a spindle; • a control means which is formed by a spindle nut guided on the spindle; • a mounting means; • it being possible to move the spindle drive by means of the electric drive; • it being possible to move the control means into the housing and out of the housing by means of the spindle drive; • the spindle being mounted in the control drive by means of the mounting means; • the mounting means having a contact surface which continuously changes in the direction of a central axis of the spindle; • the spindle having a spindle end (10, 11) which has a receiving opening; • the mounting means has a cylindrical extension; • the cylindrical extension is inserted into the receiving opening, as a result of which • the mounting means is form-fittingly connected to the spindle, and • the spindle end (10, 11) is form-fittingly attached to the mounting means.
An imaging device comprising: an imaging device control circuit configured to invalidate an operation of at least one available operation member (223, 222, 221, 311, 312, 313) of an information processing device and/or the imaging device in response to the presence of a connection between the imaging device and the information processing device being detected, wherein the imaging device control circuit is configured to stop invalidating the operation of the at least one available operation member of the information processing device and/or the imaging device in response to absence of the connection between imaging device and the information processing device being detected. an imaging device control circuit configured to invalidate an operation of at least one available operation member (223, 222, 221, 311, 312, 313) of an information processing device and/or the imaging device in response to the presence of a connection between the imaging device and the information processing device being detected, wherein the imaging device control circuit is configured to stop invalidating the operation of the at least one available operation member of the information processing device and/or the imaging device in response to absence of the connection between imaging device and the information processing device being detected.