mhurhangee/ep-ind-claims huggingface dataset:
An RF circuit (100, 200, 300, 400) for providing a plurality of phase coherent RF signals, the circuit (100, 200, 300, 400) comprising: a first frequency synthesiser having a first output for outputting a first said RF signal having a first frequency (F out1), the first frequency synthesiser comprising a fractional-N phase locked loop; and a second frequency synthesiser having a second output for outputting a second said RF signal having a second frequency (F out2), the second frequency synthesiser comprising an integer-N phase locked loop; wherein said first output of said first frequency synthesiser is connected to a phase frequency detector (152B, 252B) of the integer-N phase locked loop of the second frequency synthesiser via a synchronisation signal divider (160A, 260A) for distributing a synchronisation signal from the first frequency synthesiser to the second frequency synthesiser, wherein a frequency (Fchain) of the synchronisation signal output by the synchronisation signal divider (160A, 260A) is lower than said first frequency (F out1), and wherein the integer-N phase locked loop of the second frequency synthesiser comprises a frequency divider of the same modulus as the synchronisation signal divider (160A, 260A) for the RF circuit (100, 200, 300, 400) to provide said phase coherent RF signals, in which said first frequency (F out1) is equal to said second frequency (F out2). a first frequency synthesiser having a first output for outputting a first said RF signal having a first frequency (F out1), the first frequency synthesiser comprising a fractional-N phase locked loop; and a second frequency synthesiser having a second output for outputting a second said RF signal having a second frequency (F out2), the second frequency synthesiser comprising an integer-N phase locked loop; wherein said first output of said first frequency synthesiser is connected to a phase frequency detector (152B, 252B) of the integer-N phase locked loop of the second frequency synthesiser via a synchronisation signal divider (160A, 260A) for distributing a synchronisation signal from the first frequency synthesiser to the second frequency synthesiser, wherein a frequency (Fchain) of the synchronisation signal output by the synchronisation signal divider (160A, 260A) is lower than said first frequency (F out1), and wherein the integer-N phase locked loop of the second frequency synthesiser comprises a frequency divider of the same modulus as the synchronisation signal divider (160A, 260A) for the RF circuit (100, 200, 300, 400) to provide said phase coherent RF signals, in which said first frequency (F out1) is equal to said second frequency (F out2).
A method for inhibiting or promoting the activity of proteins or peptides or for stabilizing or destabilizing proteins or peptides comprising the step of contacting a compound of Formula I with a first protein and a second protein under conditions suitable for cross-linking the first protein to the second protein, thereby cross-linking the first protein to the second protein, wherein the first protein comprises a first cysteine residue; the second protein comprises a second cysteine residue; the compound of Formula I is wherein Y is S, S=O, or S(=O) 2; n is 0, 1, 2, 3, or 4; and R is independently selected from the group consisting of -H, -OH, -NH 2, -NHR', -N(R') 2, alkyl, -OMs, -OTs, -OTf, and -CO 2 H; or any two geminal R groups, taken together, form an imine; or any two vicinal R groups, taken together, form a ring; wherein any alkyl or imine may be substituted with a carbamide, a carboxylate, or a hydroxyl; and R' is alkyl or aryl. Y is S, S=O, or S(=O) 2; n is 0, 1, 2, 3, or 4; and R is independently selected from the group consisting of -H, -OH, -NH 2, -NHR', -N(R') 2, alkyl, -OMs, -OTs, -OTf, and -CO 2 H; or any two geminal R groups, taken together, form an imine; or any two vicinal R groups, taken together, form a ring; wherein any alkyl or imine may be substituted with a carbamide, a carboxylate, or a hydroxyl; and R' is alkyl or aryl.
An exhaust section for a gas turbine power plant, comprising: an exhaust duct in fluid communication with exhaust gas (103,503) from a gas turbine engine, wherein the exhaust gas flows through the exhaust duct along a flow direction (103, 503); a catalyst-supporting platform spanning a flow passage in the exhaust duct such that the exhaust gas passes through the platform, wherein the platform includes apertures having catalyst coated surfaces and the catalyst supporting platform has a front face which, at least in part, is not perpendicular to the flow direction (103,503) the exhaust section characterised in that the catalyst supporting platform includes steps and wherein each step includes a riser in a plane substantially perpendicular to the flow direction and a tread in a plane substantially parallel to the flow direction (103,503). an exhaust duct in fluid communication with exhaust gas (103,503) from a gas turbine engine, wherein the exhaust gas flows through the exhaust duct along a flow direction (103, 503); a catalyst-supporting platform spanning a flow passage in the exhaust duct such that the exhaust gas passes through the platform, wherein the platform includes apertures having catalyst coated surfaces and the catalyst supporting platform has a front face which, at least in part, is not perpendicular to the flow direction (103,503) the exhaust section characterised in that the catalyst supporting platform includes steps and wherein each step includes a riser in a plane substantially perpendicular to the flow direction and a tread in a plane substantially parallel to the flow direction (103,503).
An injection molding apparatus, comprising: a plurality of motors (11, 12, 13, 14) including a mold-opening/closing motor; a driving unit configured to drive the motors (11, 12, 13, 14); a feeding path; a feeding unit configured to supply power via the feeding path to the driving unit; and an electric storage; characterized in that the injection molding apparatus further comprises: a power transfer unit configured to limit transfer of power from the feeding path to the electric storage when power is regenerated by any one of the motors (12, 13, 14) other than the mold-opening/closing motor compared to a case where power is regenerated by the mold-opening/closing motor. a plurality of motors (11, 12, 13, 14) including a mold-opening/closing motor; a driving unit configured to drive the motors (11, 12, 13, 14); a feeding path; a feeding unit configured to supply power via the feeding path to the driving unit; and an electric storage; characterized in that the injection molding apparatus further comprises: a power transfer unit configured to limit transfer of power from the feeding path to the electric storage when power is regenerated by any one of the motors (12, 13, 14) other than the mold-opening/closing motor compared to a case where power is regenerated by the mold-opening/closing motor.
A method for creating a preset map for the visualization of an image dataset, wherein the preset map is defined for a color map or an opacity map, said method comprising determining at least two first peak values P1 and P2 in a histogram of a first image dataset, wherein the first peak values P1 and P2 represent two distinguishing structures present in the first image dataset; determining a first intensity level value (Level) and a first width value (Width) for a preset map corresponding to the first image dataset; determining at least two second peak values P1' and P2' in a histogram of a second image dataset, wherein the second image dataset comprises similar structures to that of the first image dataset and wherein the second peak values P1' and P2' correspond to two distinguishing structures present in the second image dataset that correspond to the two distinguishing structures present in the first image dataset; calculating a second intensity level value (Level') and a second width value (Width'), based on the at least two first peak values P1 and P2, the first intensity level value (Level), the first width value (Width), and the at least two second peak values P1' and P2'; and dynamically adapting said preset map based on image dataset properties resulting in an adapted preset map, wherein said adapting said preset map comprises aligning said preset map to said second image dataset by means of said second intensity level value (Level') and said second width value (Width').
A system for electrically connecting a first printed circuit board with a second PCB, the system comprising: a connector including a housing, at least one connecting terminal carried by the housing and a keyed feature formed on the housing; and a mounting surface having a cavity defined therein; wherein the housing is adapted to be mounted within the cavity of the mounting surface such that the underside of each of the first and second PCB is adapted to be in direct contact with the mounting surface; wherein the at least one connecting terminal has at least partially exposed opposed ends each of which is arranged to electrically engage a contact pad formed on an underside of each of the first and second PCBs; and wherein the keyed feature formed on the housing is adapted to mate with a correspondingly keyed feature formed on an edge of each of the first and second PCBs and wherein the keyed feature formed on the housing is provided with a height such that no portion of the housing is higher than a top surface of each of the first and second PCBs when the first and second PCBs are placed over the connecting terminal. a connector including a housing, at least one connecting terminal carried by the housing and a keyed feature formed on the housing; and a mounting surface having a cavity defined therein; wherein the housing is adapted to be mounted within the cavity of the mounting surface such that the underside of each of the first and second PCB is adapted to be in direct contact with the mounting surface; wherein the at least one connecting terminal has at least partially exposed opposed ends each of which is arranged to electrically engage a contact pad formed on an underside of each of the first and second PCBs; and wherein the keyed feature formed on the housing is adapted to mate with a correspondingly keyed feature formed on an edge of each of the first and second PCBs and wherein the keyed feature formed on the housing is provided with a height such that no portion of the housing is higher than a top surface of each of the first and second PCBs when the first and second PCBs are placed over the connecting terminal.
A method by a first user equipment, UE, that is configured to mitigate multi-antenna inter-stream interference, the method comprising: determining, based on one or more criteria, a number of multi-antenna streams Z whose interference can be currently mitigated by the first UE; and transmitting information based on the number of multi-antenna streams Z to a first network node, to a second network node, and/or to a second UE. determining, based on one or more criteria, a number of multi-antenna streams Z whose interference can be currently mitigated by the first UE; and transmitting information based on the number of multi-antenna streams Z to a first network node, to a second network node, and/or to a second UE.
A User Equipment, UE, comprising: a wireless transceiver, configured to perform wireless transmission and reception to and from a cellular station; and a controller, configured to use one or more first preambles within a PRACH time-frequency resource to perform a synchronous transmission on the PRACH to the cellular station via the wireless transceiver, or use one or more second preambles within the PRACH time-frequency resource to perform an asynchronous transmission, characterized in that a PRACH preamble bandwidth for the synchronous transmission is narrower than a PRACH preamble bandwidth for the asynchronous transmission. a wireless transceiver, configured to perform wireless transmission and reception to and from a cellular station; and a controller, configured to use one or more first preambles within a PRACH time-frequency resource to perform a synchronous transmission on the PRACH to the cellular station via the wireless transceiver, or use one or more second preambles within the PRACH time-frequency resource to perform an asynchronous transmission, characterized in that a PRACH preamble bandwidth for the synchronous transmission is narrower than a PRACH preamble bandwidth for the asynchronous transmission.
A transportable test system for testing hoses, other tubular products or fluid conduits, comprising: a control room module; a first inspection, maintenance and recertification test module with a clean fluid provider; and a second inspection, maintenance and recertification test module with a used fluid collector; characterized in that said control room module and said two IMR test modules (120, 130) comprise fasteners that permit assembly into a unitary package of overall size and shape of a standard shipping container, and wherein said unitary package comprises an external lifting interface for moving and/or securing the unitary package; said modules are each transportable as a standard shipping container. a control room module; a first inspection, maintenance and recertification test module with a clean fluid provider; and a second inspection, maintenance and recertification test module with a used fluid collector; characterized in that said control room module and said two IMR test modules (120, 130) comprise fasteners that permit assembly into a unitary package of overall size and shape of a standard shipping container, and wherein said unitary package comprises an external lifting interface for moving and/or securing the unitary package; said modules are each transportable as a standard shipping container.
A basket catheter with irrigation comprising a deployment member, an inner fluid delivery tubing provided within an outer tubing, a plurality of splines operable to be moved by deployment member between an expanded configuration and a collapsed configuration, and a sealing means (40, 41) for stopping blood or fluid from ingressing into the outer tubing, characterized in that the inner fluid delivery tubing comprises a proximal fluid delivery port, and the deployment member is a fluid delivery tubing and further includes at least one distal fluid delivery port at a distal end of the deployment member for irrigating within the basket catheter between the plurality of splines to reduce clotting or thrombus formation. a deployment member, an inner fluid delivery tubing provided within an outer tubing, a plurality of splines operable to be moved by deployment member between an expanded configuration and a collapsed configuration, and a sealing means (40, 41) for stopping blood or fluid from ingressing into the outer tubing, characterized in that the inner fluid delivery tubing comprises a proximal fluid delivery port, and the deployment member is a fluid delivery tubing and further includes at least one distal fluid delivery port at a distal end of the deployment member for irrigating within the basket catheter between the plurality of splines to reduce clotting or thrombus formation.
A heat dried reagent composition for use in detecting and/or assessing free chlorine in an aqueous reaction solution, the composition comprising: i) an indicator comprising N,N - diethyl - p - phenylenediamine to detect and/or assess 0.01 to 20 parts per million (ppm) free chlorine in an aqueous reaction solution; ii) an anionic or nonionic surfactant; iii) ethylenediaminetetraacetic acid (EDTA); iv) trehalose; and v) a pH 6-7 buffer to obtain a pH of 5.5 to 7.5 in the aqueous reaction solution; wherein the composition is dry. i) an indicator comprising N,N - diethyl - p - phenylenediamine to detect and/or assess 0.01 to 20 parts per million (ppm) free chlorine in an aqueous reaction solution; ii) an anionic or nonionic surfactant; iii) ethylenediaminetetraacetic acid (EDTA); iv) trehalose; and v) a pH 6-7 buffer to obtain a pH of 5.5 to 7.5 in the aqueous reaction solution;
A motor vehicle with a steering wheel, which comprises a steering wheel rim, with a display panel (ANZF), which is arranged behind the steering wheel, and with at least one control element support (BT, BT1), which is arranged between the steering wheel rim and the display panel (ANZF) and which is connected to the steering wheel in a rotationally fixed manner, characterised in that an operating element-supporting surface (F, F1) of the operating element support (BT, BT1) lies within the periphery of the steering wheel rim, and the operating element-supporting surface (F, F1) and/or the operating element support (BT, BT1) are/is arranged predominantly or completely above the steering wheel shaft.
A method for competitive transmission, characterized in that the method comprises: sending, by an access point, AP, a trigger frame or a radio frame carrying a trigger information field to at least one non-AP station, non-AP STA, to trigger the at least one non-AP STA to perform uplink multi-user, UL MU, transmission; and resetting, by the AP, a contention window, CW, of an access category, AC, to an initial value upon receiving data transmitted by the at least one non-AP STA, wherein the AC refers to an access category designated by the AP in the trigger frame or the radio frame carrying a trigger information field, for the at least one non-AP STA to transmit data of that access category in the UL MU transmission. sending, by an access point, AP, a trigger frame or a radio frame carrying a trigger information field to at least one non-AP station, non-AP STA, to trigger the at least one non-AP STA to perform uplink multi-user, UL MU, transmission; and resetting, by the AP, a contention window, CW, of an access category, AC, to an initial value upon receiving data transmitted by the at least one non-AP STA, wherein the AC refers to an access category designated by the AP in the trigger frame or the radio frame carrying a trigger information field, for the at least one non-AP STA to transmit data of that access category in the UL MU transmission.
An abutment for an artificial dental prosthesis, comprising: - an upper abutment arranged along a longitudinal axis, and - a lower abutment having such a profile for the positive-locking insertion of the abutment into an abutment receiving area of an anchoring part that a torque applied onto the abutment is transferable to the anchoring part, wherein the upper abutment comprises a tool fitting for the positive-locking reception of a tool, wherein the abutment at least in sections is configured to be trimmable as a glass-fiber-reinforced and/or carbon-fiber-reinforced plastic, wherein the fibers are oriented in parallel to the longitudinal axis, characterized in that a predetermined breaking point delimits the torque transmission between the upper abutment and the lower abutment and/or between the tool fitting and the lower abutment. - an upper abutment arranged along a longitudinal axis, and - a lower abutment having such a profile for the positive-locking insertion of the abutment into an abutment receiving area of an anchoring part that a torque applied onto the abutment is transferable to the anchoring part,
Method of operating a laboratory sample distribution system, the laboratory sample distribution system comprising: - a number of sample container carriers (140, 140', 140"), said sample container carriers each comprising at least one magnetically active device and being adapted to carry at least one sample container, - a transport plane, being adapted to support said sample container carriers, and - a number of electro-magnetic actuators (120, 120', 120"), being stationary arranged below said transport plane, said electro-magnetic actuators being adapted to move a corresponding sample container carrier on top of said transport plane by applying a magnetic force to said sample container carrier, the method comprising the steps of: - a) activating one of the number electro-magnetic actuators to apply a magnetic force to one of the number of sample container carriers in order to cause a movement of the one sample container carrier, and - b) detecting an electro-magnetic actuator calibration movement profile of the one sample container carrier, characterized by the steps: - c) determining at least one electro-magnetic actuator calibration parameter for the one electro-magnetic actuator in response to the electro-magnetic actuator calibration movement profile and - d) operating the one electro-magnetic actuator according to the at least one determined electro-magnetic actuator calibration parameter, when the one electro-magnetic actuator is activated a next time. - a number of sample container carriers (140, 140', 140"), said sample container carriers each comprising at least one magnetically active device and being adapted to carry at least one sample container, - a transport plane, being adapted to support said sample container carriers, and - a number of electro-magnetic actuators (120, 120', 120"), being stationary arranged below said transport plane, said electro-magnetic actuators being adapted to move a corresponding sample container carrier on top of said transport plane by applying a magnetic force to said sample container carrier, - a) activating one of the number electro-magnetic actuators to apply a magnetic force to one of the number of sample container carriers in order to cause a movement of the one sample container carrier, and - b) detecting an electro-magnetic actuator calibration movement profile of the one sample container carrier, - c) determining at least one electro-magnetic actuator calibration parameter for the one electro-magnetic actuator in response to the electro-magnetic actuator calibration movement profile and - d) operating the one electro-magnetic actuator according to the at least one determined electro-magnetic actuator calibration parameter, when the one electro-magnetic actuator is activated a next time.
An injection system including: - a longitudinal barrel, - a distally projecting tip, - a collar provided with an inner thread, said collar being securely engaged around said distally projecting tip, said distally projecting tip having a lateral surface and a fluid passageway extending therethrough, and - a tip-cap assembly comprising an elastomeric inner cap, and a rigid outer cap that is or can be securely disposed around said elastomeric inner cap, wherein said rigid outer cap of the tip cap assembly comprises: - an outer thread intended to be screwed with the inner thread of the collar, - a frustoconical extension, - a radial recess between the outer thread and the frustoconical extension, said frustoconical extension being provided to ensure a circumferential sealing of the distally projecting tip around the lateral surface in order to act as a sterility skirt when the tip-cap assembly closes the passageway of the projecting tip. - a longitudinal barrel, - a distally projecting tip, - a collar provided with an inner thread, said collar being securely engaged around said distally projecting tip, said distally projecting tip having a lateral surface and a fluid passageway extending therethrough, and - a tip-cap assembly comprising an elastomeric inner cap, and a rigid outer cap that is or can be securely disposed around said elastomeric inner cap, - an outer thread intended to be screwed with the inner thread of the collar, - a frustoconical extension, - a radial recess between the outer thread and the frustoconical extension,