mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for applying particles within a pre-determined limited area of an absorbent structure, which apparatus comprises: - a nozzle arranged to dispense the particles on the pre-determined limited area of the absorbent structure; - means (310, 330, 340) for supplying particles by means of a gas flow from a particle container to the nozzle; - a valve (300, 500) arranged between the nozzle and the particle container; - one in the valve arranged valve vane arranged to direct the gas flow comprising particles through the valve (300, 500) from a particle inlet to an application outlet when the valve is in a first position and to direct the gas flow comprising particles through the valve (300, 500) from the particle inlet to a residue outlet when the valve is in a second position; wherein the apparatus further comprises means (360, 560,) for maintaining a gas flow in the application outlet when the valve (300, 500) is in the second position. said means for maintaining a gas flow comprises a particle-free inlet in the valve, which particle-free inlet is arranged to supply a particle-free gas flow; characterised in that the particle-free inlet is arranged between the application outlet and the residue outlet downstream the valve vane, whereby the valve vane is arranged to direct the particle-free gas flow through the valve from the particle-free inlet to the application outlet when the valve is in the second position and to direct the particle-free gas flow from the particle-free inlet to the residue outlet when the valve is in the first position. - a nozzle arranged to dispense the particles on the pre-determined limited area of the absorbent structure; - means (310, 330, 340) for supplying particles by means of a gas flow from a particle container to the nozzle; - a valve (300, 500) arranged between the nozzle and the particle container; - one in the valve arranged valve vane arranged to direct the gas flow comprising particles through the valve (300, 500) from a particle inlet to an application outlet when the valve is in a first position and to direct the gas flow comprising particles through the valve (300, 500) from the particle inlet to a residue outlet when the valve is in a second position; wherein the apparatus further comprises means (360, 560,) for maintaining a gas flow in the application outlet when the valve (300, 500) is in the second position. said means for maintaining a gas flow comprises a particle-free inlet in the valve, which particle-free inlet is arranged to supply a particle-free gas flow; characterised in that the particle-free inlet is arranged between the application outlet and the residue outlet downstream the valve vane, whereby the valve vane is arranged to direct the particle-free gas flow through the valve from the particle-free inlet to the application outlet when the valve is in the second position and to direct the particle-free gas flow from the particle-free inlet to the residue outlet when the valve is in the first position.
A method for locating a tool for industrial operations that is positioned in a sequence of operating points (L 1...L n) of an operating sequence associated to different positions on a component on which work is to be carried out, comprising associating a light source to said tool and at least three light sources (SC1, SC2, SC3) identifying a position reference triplet fixed with respect to said component, acquiring, via a stereovision apparatus comprising at least two video cameras (21a, 21b), at least two respective images of said tool and component; tracking the displacement of said operating points (L 1...L n) on said component, in particular when an industrial operation is being carried out on the component, by: - recognizing positions (PC 1, PC 2, PC 3) of the reference triplet and a point of the light source of the tool; - calculating the position (PL 1...PL n) of the operating points (L 1...L n) of an operating sequence with reference to the position assumed by the reference triplet; and - evaluating (325, 326) the position of the tool with respect to the calculated position (PL 1...PL n) of the operating points (L 1...L n). - recognizing positions (PC 1, PC 2, PC 3) of the reference triplet and a point of the light source of the tool; - calculating the position (PL 1...PL n) of the operating points (L 1...L n) of an operating sequence with reference to the position assumed by the reference triplet; and - evaluating (325, 326) the position of the tool with respect to the calculated position (PL 1...PL n) of the operating points (L 1...L n).
A composite article comprising at least two layers of component a) and at least one layer of component b), wherein the respective layers and of components a) and b) are alternately linked together and wherein component a) has a compressive modulus of at least 10 MPa and component b) has a compression stress value at a compression of 40 % of not more than 20 kPa, wherein the compressive modulus is determined according to DIN ISO 844: 2009 and the compression stress value is determined according to EN ISO 3386-1: 1997 + A1: 2010.
A method of wireless communication, comprising: measuring a channel condition parameter for a wireless channel; adjusting a content after beacon, CAB sleep timer based at least in part on the channel condition parameter, wherein the sleep timer is associated with a receive window of an expected CAB wireless transmission; and entering a sleep state based at least in part on the adjusted sleep timer and an absence of the expected wireless transmission during the receive window. measuring a channel condition parameter for a wireless channel; adjusting a content after beacon, CAB sleep timer based at least in part on the channel condition parameter, wherein the sleep timer is associated with a receive window of an expected CAB wireless transmission; and entering a sleep state based at least in part on the adjusted sleep timer and an absence of the expected wireless transmission during the receive window.
A friction stir processing tool for friction stir processing, comprising: a shoulder configured to press against a workpiece surface; and a pin protruding beyond the shoulder being rotatably drivable, the pin being configured for plasticizing introduction into at least one workpiece (10, 12) to be processed, characterized in that the shoulder has an interruption opening provided on a circumferential region and in an engagement region configured for frictional engagement of workpieces (10, 12), wherein the interruption opening continuously extends from the outside to the pin, so that the shoulder is not led around an entire circumference of the pin.
A compound represented by Formula I below or a pharmaceutically acceptable salt thereof: wherein, R a is C 1 -C 6 alkyl group, C 2 -C 6 alkenyl group, or C 2 -C 6 alkynyl group; R b is wherein, R 1 is H or C 1 -C 5 alkyl group, and the C 1 -C 5 alkyl group may be substituted with at least one Rq; R 2 is H, C 1 -C 10 alkyl group, C 3 -C 10 cycloalkyl group, amino group, C 1 -C 10 alkoxy group, benzyl group, or and the C 1 -C 10 alkyl group, the C 3 -C 10 cycloalkyl group, the amino group, the C 1 -C 10 alkoxy group, and the benzyl group may be substituted with at least one Rq, R 1 and R 2 may be fused with N, thus forming any one ring selected from the group consisting of and wherein Rq is H, at least one C 1 -C 10 alkyl, C 1 -C 10 cycloalkyl, amino, C 1 -C 10 alkoxy, halogen, -OH, benzyl, acyl, phenyl, butyl oxy carbonyl, wherein X is H, at least one C 1 -C 10 alkyl, acyl, C 3 -C 10 cycloalkyl, C 1 -C 10 alkoxy, phenyl, benzyl, a C 1 -C 10 hetero aromatic ring, C 3 -C 10 heterocycloalkyl, amino, or -OH; and R p is H or -PO 3 H 2, -HPO 3 - Na +, -PO 3 2- Na 2 +, - PO 3 2- K 2 +, - PO 3 2- Mg 2+, - PO 3 2- Ca 2+,
A medical device, comprising: a vascular access device including a body; a neck including a convex inner surface; and a septum housed partially within the convex inner surface of the neck; wherein the septum includes two opposing slit surfaces wherein the two opposing slit surfaces separate in opposing lateral directions in response in insertion of a tip of a separate access device; wherein the neck is secured to the body; wherein the neck and septum form a substantially non-gaseous cross section and wherein the neck forms a convex section of the body; further comprising a liquid housed between the convex surface of the neck and the two opposing slit surfaces of the septum, characterised by a concave inner surface of the body; and a cavity formed within the concave surface of the body; wherein the septum further includes a barrier between the neck and the cavity; and wherein the barrier includes at least one channel capable of shuttling the fluid from between the convex surface of the neck and the two opposing slit surfaces of the septum, through the at least one channel, axially to the cavity, such that the liquid may communicate freely with the fluid in the cavity. a vascular access device including a body; a neck including a convex inner surface; and a septum housed partially within the convex inner surface of the neck; wherein the septum includes two opposing slit surfaces wherein the two opposing slit surfaces separate in opposing lateral directions in response in insertion of a tip of a separate access device; wherein the neck is secured to the body; wherein the neck and septum form a substantially non-gaseous cross section and wherein the neck forms a convex section of the body; further comprising a liquid housed between the convex surface of the neck and the two opposing slit surfaces of the septum, characterised by a concave inner surface of the body; and a cavity formed within the concave surface of the body; wherein the septum further includes a barrier between the neck and the cavity; and wherein the barrier includes at least one channel capable of shuttling the fluid from between the convex surface of the neck and the two opposing slit surfaces of the septum, through the at least one channel, axially to the cavity, such that the liquid may communicate freely with the fluid in the cavity.
A hemispherical resonator comprising a bell fastened to a base that carries main electrodes facing an annular edge (6.2) of the bell, and at least one guard electrode adjacent to the main electrodes, an electrically conductive layer covering at least part of the inside surface (6.1) and said annular edge of the bell (6.2), characterized in that the electrically conductive layer covers a portion only of an outside surface (6.3) of the bell adjacent to the annular edge (6.2) thereof.
Rectifier arrangement for a generator of a motor vehicle, wherein an excitation current of the generator is set by a voltage regulator, comprising a bridge arrangement comprising a predefinable number of rectifier elements, wherein the bridge arrangement provides a phase voltage, on the basis of which the voltage regulator derives the generator rotational speed upon a pre-excitation clocking upon the start of the generator, characterized in that at least one rectifier element (D1+ - D6-) is a rectifier element having a characteristic curve which, at least below the battery voltage, is practically independent of reverse voltage, such that a DC phase voltage remains below a predefined threshold during the pre-excitation clocking.
A system for use with landing gear, the system comprising: a shock strut having a cylinder, a piston, a collar, and a torque arm coupled between the piston and the collar, wherein the piston, the torque arm, and the collar are configured to rotate together about a longitudinal axis of the shock strut with respect to the cylinder; and a shrink linkage having a first end and a second end, the first end is pivotally coupled to the torque arm and the second end is pivotally coupled to the cylinder; wherein the shrink linkage is configured to force the piston into the cylinder in response to the collar rotating with respect to the cylinder. a shock strut having a cylinder, a piston, a collar, and a torque arm coupled between the piston and the collar, wherein the piston, the torque arm, and the collar are configured to rotate together about a longitudinal axis of the shock strut with respect to the cylinder; and a shrink linkage having a first end and a second end, the first end is pivotally coupled to the torque arm and the second end is pivotally coupled to the cylinder; wherein the shrink linkage is configured to force the piston into the cylinder in response to the collar rotating with respect to the cylinder.
An apparatus, comprising: a semiconductor chip package comprising: a) a system on chip, SOC, the SOC comprising a memory controller; b) an interface to an external memory; c) a memory side cache comprising embedded dynamic random access memory, eDRAM, coupled between the memory controller and the interface to the external memory, the eDRAM to cache more frequently used items of the external memory; and, d) an out-of-order interface between the memory controller and the memory side cache, wherein the memory controller is configured to issue a memory access request over the out-of-order interface to the memory side cache, and wherein internal logic of the memory side cache is configured to invoke the interface to the external memory in case an internal cache hit/miss logic of the memory side cache determines a cache miss. a) a system on chip, SOC, the SOC comprising a memory controller; b) an interface to an external memory; c) a memory side cache comprising embedded dynamic random access memory, eDRAM, coupled between the memory controller and the interface to the external memory, the eDRAM to cache more frequently used items of the external memory; and, d) an out-of-order interface between the memory controller and the memory side cache, wherein the memory controller is configured to issue a memory access request over the out-of-order interface to the memory side cache, and wherein internal logic of the memory side cache is configured to invoke the interface to the external memory in case an internal cache hit/miss logic of the memory side cache determines a cache miss.
A faecal detection sensor characterised by: a conductive element and a faeces-sensitive material insulating, at least in part, the conductive element, wherein the faeces sensitive material is a lipid that breaks down in the presence of a faecal enzyme in faecal matter and wherein the sensor exhibits an electrical property that changes following breaking down of the faeces-sensitive material due to the presence of the faecal enzyme constituent of faecal matter.
A user's equipment, UE, enabled to get access to a Multimedia domain through an access network (GSM/UMTS; WLAN;), arranged to carry out an explicit authentication procedure with the access network, and characterized by being further arranged to submit a register message indicating that an implicit authentication procedure with the Multimedia domain is proposed from the UE.
Heat pump, with at least one first compressor stage, which is set up to increase the pressure prevailing in the refrigerant from a low-pressure level to a medium-pressure level; with at least one second compressor stage, which is set up to increase the pressure prevailing in the refrigerant from a medium-pressure level to a high-pressure level; with at least one gas cooler or condenser operated at the high-pressure level of the heat pump, the at least one gas cooler or condenser having an inlet (2.1) and an outlet (2.2); with at least one evaporator which is operated at the low-pressure level of the heat pump and has an inlet (5.1) and an outlet (5.2); with a separator collector which is operated at the medium-pressure level of the heat pump and serves to separate and collect liquid refrigerant and has an inlet (4.1), a first outlet (4.2) and a second outlet (4.3) which is connected to liquid refrigerant; and having at least one throttle valve which is connected between the second outlet (4.3) of the separator collector and the inlet (5.1) of the at least one evaporator and which serves to expand the refrigerant from the medium-pressure level to the low-pressure level of the heat pump, the at least one first compressor stage being designed as at least one compression ejector which has a pressure connection (3.1), an outlet (3.2) and a suction connection (3.3), wherein during operation of the at least one compression ejector refrigerant enters the at least one compression ejector via the pressure connection (3.1), runs in jet form in the at least one compression ejector, as a result of which a pressure reduction is produced at the suction connection (3.3), and emerges through the outlet (3.2) of the at least one compression ejector, characterized in that - ammonia is used as refrigerant, and the heat pump is configured as a high-temperature heat pump, the pressure difference between the ammonia on the low-pressure side and the ammonia on the high-pressure side being at least 35 bar. - ammonia is used as refrigerant, and the heat pump is configured as a high-temperature heat pump, the pressure difference between the ammonia on the low-pressure side and the ammonia on the high-pressure side being at least 35 bar.
A machine for producing a three-dimensional braided matrix with controlled porosity comprising (a) a frame, (b) at least four carrier arches (50a, 50b, 60a, 60b) stacked in a linear manner and attached to the frame, wherein the two outer arches (60a, 60b) are fixed and the inner arches (50a, 50b) are moveable side to side relative to the frame, and wherein each arch comprises a plurality of slots (54a, 54b), and spacers that alternate along the length of each arch, (c) a plurality of moveable carriers, wherein each slot (54a, 54b) is configured to receive a carrier, and (d) a carrier pushing mechanism (70a, 70b, 74a, 74b, 78) configured to push a carrier in a front to back direction relative to the frame, wherein each carrier arch is in the form of an arc, wherein each arc has the same radius, wherein the carriers are configured to carry yarns that begin forming the braided matrix at a braid point, wherein the braid point is located on the centre line of the arc and beyond the sagitta of the arc. (a) a frame, (b) at least four carrier arches (50a, 50b, 60a, 60b) stacked in a linear manner and attached to the frame, wherein the two outer arches (60a, 60b) are fixed and the inner arches (50a, 50b) are moveable side to side relative to the frame, and wherein each arch comprises a plurality of slots (54a, 54b), and spacers that alternate along the length of each arch, (c) a plurality of moveable carriers, wherein each slot (54a, 54b) is configured to receive a carrier, and (d) a carrier pushing mechanism (70a, 70b, 74a, 74b, 78) configured to push a carrier in a front to back direction relative to the frame, wherein each carrier arch is in the form of an arc, wherein each arc has the same radius, wherein the carriers are configured to carry yarns that begin forming the braided matrix at a braid point, wherein the braid point is located on the centre line of the arc and beyond the sagitta of the arc.
A switch driver configured to control a power switch in a switched-mode power converter, so as to prevent excessive voltage levels across a synchronous rectification switch of the power converter, the switch driver (160; 260) comprising: a pull-down driver switch for sinking current from a control terminal (GS_Q1) of the power switch; a first pull-up driver switch (MPa) for sourcing current to the control terminal (GS_Q1), the first pull-up driver switch (MPa) having a first on-state resistance; a second pull-up driver switch (MPb) for sourcing current to the control terminal (GS_Q1), the second pull-up driver switch (MPb) having a second on-state resistance substantially higher than the first on-state resistance; a mode indication input configured to receive a mode indication (BRST); a switch control input configured to receive a control signal (CTL_Q1), which controls the pull-down driver switch, the first pull-up driver switch (MPa), and the second pull-up driver switch (MPb); and a high-side control circuit configured to disable the first pull-up driver switch (MPa) responsive to a burst-mode indication at the mode indication input. a pull-down driver switch for sinking current from a control terminal (GS_Q1) of the power switch; a first pull-up driver switch (MPa) for sourcing current to the control terminal (GS_Q1), the first pull-up driver switch (MPa) having a first on-state resistance; a second pull-up driver switch (MPb) for sourcing current to the control terminal (GS_Q1), the second pull-up driver switch (MPb) having a second on-state resistance substantially higher than the first on-state resistance; a mode indication input configured to receive a mode indication (BRST); a switch control input configured to receive a control signal (CTL_Q1), which controls the pull-down driver switch, the first pull-up driver switch (MPa), and the second pull-up driver switch (MPb); and a high-side control circuit configured to disable the first pull-up driver switch (MPa) responsive to a burst-mode indication at the mode indication input.
Method for checking the bearing alignment of a rotor of a gas turbine or steam turbine, characterised in that in a rotor with a radial offset and a radial offset face, and with a bearing shell supporting the rotor and having a terminal face which is radial at least in regions, wherein the radial offset face and the radial terminal face are turned towards the free end of the rotor, and wherein the radial offset is arranged at the bearing shell and offset towards the free end of the rotor, the offset dimension relative to the rotor in the axial direction between the radial offset face and the radial terminal face is measured at least at two different circumferential positions about the rotor periphery in order to determine the alignment of the rotor relative to the bearing shell, wherein differences in the offset dimension at different circumferential positions are used as a measure of the bearing alignment.
Flow rate controller unit (1; 2; 2') having a support element which extends over the clear cross-section of a fluid line section and has mutually spaced apart insert openings, in which a disc-shaped controller insert having a flow rate controller (5; 6) is inserted into each of at least two insert openings, wherein each flow rate controller (5; 6) comprises an annular flow restrictor consisting of elastic material, characterised in that each flow restrictor of the flow rate controllers (5; 6) engages around a control core arranged on the controller insert, is arranged in an annular groove which is provided in the controller insert centrally around the control core and is open on both sides in the through-flow direction, and delimits between itself and an inner and/or outer profiled peripheral wall a control gap which varies under the pressure of the through-flowing fluid, wherein the control profiling is arranged on the outer periphery of the control core and/or on the inner peripheral wall - opposite the control core - of the annular groove of the flow rate controller, and in that at least one insert opening of the support element is closed by means of a closure plug in the position of use, which closure plug is inserted into the at least one insert opening instead of a controller insert.