mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a robotic cleaning device over a surface to be cleaned being characterized in comprising the steps of: registering roadmap nodes (34a, 34b, 34', 34", 34"', 34'''', 34''''') at intervals on the surface during cleaning, said roadmap nodes comprising positional information; linking the roadmap nodes to form roadmap links, if the robotic cleaning device is driving directly from a previously registered roadmap node to a currently registered roadmap node; the hod being further characterised by adding a shortcut link between a registered roadmap node (34") of a first sequence section of registered roadmap nodes (34") and a currently registered roadmap node of a second sequence section of registered roadmap nodes 34, 34'), if no obstacle is detected in between the registered roadmap node of the first sequence section and the currently registered roadmap node of the second sequence section, said second sequence section being arranged at an offset from the first sequence section. registering roadmap nodes (34a, 34b, 34', 34", 34"', 34'''', 34''''') at intervals on the surface during cleaning, said roadmap nodes comprising positional information; linking the roadmap nodes to form roadmap links, if the robotic cleaning device is driving directly from a previously registered roadmap node to a currently registered roadmap node; the hod being further characterised by adding a shortcut link between a registered roadmap node (34") of a first sequence section of registered roadmap nodes (34") and a currently registered roadmap node of a second sequence section of registered roadmap nodes 34, 34'), if no obstacle is detected in between the registered roadmap node of the first sequence section and the currently registered roadmap node of the second sequence section, said second sequence section being arranged at an offset from the first sequence section.
Oven for the production of non-woven fabric, comprising an inlet head, an outlet head and an oven chamber, where the fibres in form of a fibrous bed are carried by a conveyor belt and heated, characterised in that said inlet head, which includes a housing and a series of rollers (16, 17, 18) for tensioning and driving conveyor belts that carry the fibres into the oven chamber, and said outlet head, which has a casing, inside which there are pulling rollers (21, 22) of the conveyor belts to extract the non-woven fabric from the oven chamber, are units external to the oven chamber and connected to it and in that said inlet head comprises a pre-heating device, said pre-heating device sending hot air taken from the oven, being exhaust air to be evacuated, to the fibres forming the fibrous bed, thereby pre-heating the fibres.
A lubricant composition comprising an oil of lubricating viscosity and a phosphite ester composition, other than a zinc salt, which comprises the reaction product of (a) a monomeric phosphorous acid or an ester thereof with (b) at least two alkylene diols: a first alkylene diol (i) having two hydroxy groups in a 1,4 or 1,5 or 1,6 relationship; a second alkylene diol (ii) being an alkyl-substituted 1,3-propylene diol with one or more of the alkyl substituents thereof being on one or more of the carbon atoms of the propylene unit, the total number of carbon atoms in the alkyl-substituted 1,3-propylene diol being about 5 to about 12; wherein the relative molar amounts of monomeric phosphorous acid or ester thereof (a) and the total of the alkylene diols (b) are in a ratio of 0.9:1.1 to 1.1:0.9; and wherein the relative molar amounts of the first alkylene diol (i) and the alkyl-substituted 1,3-propylene diol (ii) are in a ratio of 30:70 to 65:35. (a) a monomeric phosphorous acid or an ester thereof with (b) at least two alkylene diols: a first alkylene diol (i) having two hydroxy groups in a 1,4 or 1,5 or 1,6 relationship; a second alkylene diol (ii) being an alkyl-substituted 1,3-propylene diol with one or more of the alkyl substituents thereof being on one or more of the carbon atoms of the propylene unit, the total number of carbon atoms in the alkyl-substituted 1,3-propylene diol being about 5 to about 12; wherein the relative molar amounts of monomeric phosphorous acid or ester thereof (a) and the total of the alkylene diols (b) are in a ratio of 0.9:1.1 to 1.1:0.9; and wherein the relative molar amounts of the first alkylene diol (i) and the alkyl-substituted 1,3-propylene diol (ii) are in a ratio of 30:70 to 65:35. a first alkylene diol (i) having two hydroxy groups in a 1,4 or 1,5 or 1,6 relationship; a second alkylene diol (ii) being an alkyl-substituted 1,3-propylene diol with one or more of the alkyl substituents thereof being on one or more of the carbon atoms of the propylene unit, the total number of carbon atoms in the alkyl-substituted 1,3-propylene diol being about 5 to about 12; wherein the relative molar amounts of monomeric phosphorous acid or ester thereof (a) and the total of the alkylene diols (b) are in a ratio of 0.9:1.1 to 1.1:0.9; and wherein the relative molar amounts of the first alkylene diol (i) and the alkyl-substituted 1,3-propylene diol (ii) are in a ratio of 30:70 to 65:35.
Electronic brake system for vehicles having a transmission, in particular utility vehicles, and having an electronic brake control device for a vehicle having a transmission, characterized by the processing of data of an active rotational speed sensor on a shaft which is assigned to an output of the transmission, wherein the active rotational speed sensor has a pole ring with a toothing arrangement which is finer than a toothing arrangement of a gearwheel, preferably assigned to the active rotational speed sensor, on the shaft of the transmission.
An image measuring method using swept source optical coherence tomography (SS-OCT) comprising: a clock generating step that generates clock signals; a noise reducing step that reduces the noise of the generated clock signals to a predetermined threshold (I noise,thresh) or lower; a data acquisition step that acquires analog data indicating the inner morphology of an object; a digital data generating step that samples the analog data based on the clock signals with reduced noise to generate digital data; and an image data generating step that performs data processing including Fourier transform on the generated digital data, thereby generating image data of the object, characterized in that the image measuring method further comprises: a threshold determining step that determines the threshold (I noise,thresh) based on intensity information indicating the correspondence between the image artifact intensity and the noise intensity of clock signals obtained in advance. a clock generating step that generates clock signals; a noise reducing step that reduces the noise of the generated clock signals to a predetermined threshold (I noise,thresh) or lower; a data acquisition step that acquires analog data indicating the inner morphology of an object; a digital data generating step that samples the analog data based on the clock signals with reduced noise to generate digital data; and an image data generating step that performs data processing including Fourier transform on the generated digital data, thereby generating image data of the object, characterized in that the image measuring method further comprises: a threshold determining step that determines the threshold (I noise,thresh) based on intensity information indicating the correspondence between the image artifact intensity and the noise intensity of clock signals obtained in advance.
A medical-device system, comprising: a sensor circuit configured to receive acceleration information of a heart of a patient, the acceleration information including a heart sound signal indicative of functioning of a prosthetic heart valve in the patient; and a PHV monitor circuit configured to filter the heart sound signal using a filter with a lower cutoff frequency of substantially 100 Hz, to generate a heart sound metric using the filtered heart sound signal, and to generate an indicator of function of the PHV using the generated HS metric. a sensor circuit configured to receive acceleration information of a heart of a patient, the acceleration information including a heart sound signal indicative of functioning of a prosthetic heart valve in the patient; and a PHV monitor circuit configured to filter the heart sound signal using a filter with a lower cutoff frequency of substantially 100 Hz, to generate a heart sound metric using the filtered heart sound signal, and to generate an indicator of function of the PHV using the generated HS metric.
A connector terminal (20, 20x) including at opposite ends a pair of press-fit terminals (21a, 21b) to be inserted into through-holes formed through two printed circuit boards (P1, P2) located facing each other, each of the press-fit terminals (21a, 21b) comprising a plurality of contact pieces, characterized in that the connector terminal (20, 20x) further includes at least one buffer portion deformable in accordance with a gap between imaginary longitudinal center lines of the press-fit terminals (21a, 21b) and the buffer portion comprises a plurality of resilient pieces bound at the opposite ends thereof by bent binders (232, 233) in the vicinity of the imaginary longitudinal center line, so that the resilient pieces are arranged in parallel with and in the vicinity of the imaginary longitudinal center line without being bent.
Modified retrofocus-type wide-angle lens, with, as seen from the object, a fixed front group with negative refractive power, a first rear group with positive refractive power displaceable along the optical axis for focusing purposes, a fixed second rear group with positive refractive power facing an image plane, and an aperture stop arranged in stationary fashion between the first rear group and the second rear group, characterized in that the first rear group consists of two groups (G2, G3) with positive refractive power, which can be displaced separately in the direction of the second rear group for focusing from infinity to the near-field range, wherein the distance between the two lens unit groups (G2, G3) of the first rear group reduces during the focusing from infinity to the near-field range.
A method for controlling quality of service of a storage system, comprising: acquiring, by a host device, a preset quality of service (QoS) control policy; identifying, by the host device, in accordance with said policy, a data object stored in a storage device as a result of an access frequency monitoring performed by the host device; acquiring, by the host device, a storage address of said stored data object, wherein the data object comprises an application program or a file, and wherein acquiring a storage address comprises searching a file system of the host device; generating, by the host device, a QoS control instruction according to the storage address and said policy, wherein the QoS control instruction contains an object access performance target; and sending, by the host device, the QoS control instruction and the storage address to the storage device; receiving, by the storage device, an I/O request for said storage address; performing, by the storage device, according to the QoS control instruction, quality of service control on said I/O request and adjusting parameters when needed, wherein the performing of the quality of service control on said I/O request comprises adjusting an occupancy percentage of a CPU of the storage device dealing with said I/O request, to match said object access performance target, with the adjusting being based on a condition of object access performance monitored by the storage device, and wherein the parameters include an I/O priority, cache resource, queue depth, number of queues and a concurrency level. acquiring, by a host device, a preset quality of service (QoS) control policy; identifying, by the host device, in accordance with said policy, a data object stored in a storage device as a result of an access frequency monitoring performed by the host device; acquiring, by the host device, a storage address of said stored data object, wherein the data object comprises an application program or a file, and wherein acquiring a storage address comprises searching a file system of the host device; generating, by the host device, a QoS control instruction according to the storage address and said policy, wherein the QoS control instruction contains an object access performance target; and sending, by the host device, the QoS control instruction and the storage address to the storage device; receiving, by the storage device, an I/O request for said storage address; performing, by the storage device, according to the QoS control instruction, quality of service control on said I/O request and adjusting parameters when needed, wherein the performing of the quality of service control on said I/O request comprises adjusting an occupancy percentage of a CPU of the storage device dealing with said I/O request, to match said object access performance target, with the adjusting being based on a condition of object access performance monitored by the storage device, and wherein the parameters include an I/O priority, cache resource, queue depth, number of queues and a concurrency level.
A surgical instrument, comprising: a longitudinal shaft assembly, comprising: a rotatable shaft portion comprising a longitudinal axis and a drive gear, wherein the rotatable shaft portion is configured to rotate about the longitudinal axis; and an articulation joint comprising an articulation gear; a drive assembly, comprising: a motor comprising a drive output; a control circuit configured to control the motor; and a drive member operably connected to the drive output, wherein when the control circuit is in a rotational condition, the drive member is operably connected to the drive gear of the rotatable shaft portion, and wherein when the control circuit is in an articulation condition, the drive member is operably connected to the articulation gear of the articulation joint; and a power source; wherein the motor comprises an energized condition and a de-energized condition, wherein when the motor is in the energized condition, the control circuit supplies the power source to the motor in a series circuit configuration, wherein when the motor is in the de-energized condition, the control circuit disconnects the power source from the motor, and wherein when the motor is in the de-energized condition, an electromagnetic lock is engaged. a longitudinal shaft assembly, comprising: a rotatable shaft portion comprising a longitudinal axis and a drive gear, wherein the rotatable shaft portion is configured to rotate about the longitudinal axis; and an articulation joint comprising an articulation gear; a rotatable shaft portion comprising a longitudinal axis and a drive gear, wherein the rotatable shaft portion is configured to rotate about the longitudinal axis; and an articulation joint comprising an articulation gear; a drive assembly, comprising: a motor comprising a drive output; a control circuit configured to control the motor; and a drive member operably connected to the drive output, wherein when the control circuit is in a rotational condition, the drive member is operably connected to the drive gear of the rotatable shaft portion, and wherein when the control circuit is in an articulation condition, the drive member is operably connected to the articulation gear of the articulation joint; and a power source; a motor comprising a drive output; a control circuit configured to control the motor; and a drive member operably connected to the drive output, wherein when the control circuit is in a rotational condition, the drive member is operably connected to the drive gear of the rotatable shaft portion, and wherein when the control circuit is in an articulation condition, the drive member is operably connected to the articulation gear of the articulation joint; and a power source; wherein the motor comprises an energized condition and a de-energized condition, wherein when the motor is in the energized condition, the control circuit supplies the power source to the motor in a series circuit configuration, wherein when the motor is in the de-energized condition, the control circuit disconnects the power source from the motor, and wherein when the motor is in the de-energized condition, an electromagnetic lock is engaged.
A waste disposal unit (100, 214) comprising a waste receptacle providing an enclosed space and being arranged to receive a waste element from a waste conduit (104, 212), the waste receptacle comprising a discharge outlet; characterised in that the waste disposal unit (100, 214) comprises a rotatable vessel disposed within the waste receptacle, the rotatable vessel having a base, a side wall and an opening above the base, wherein the rotatable vessel is arranged to eject liquid from the opening during rotation; and a first liquid supply element configured to supply liquid to the rotatable vessel.
A light emitting apparatus comprising: a body; a light emitting device on the body; a conductive member (132, 134) electrically connected with the light emitting device on the body; a resin member surrounding the light emitting device; and an inorganic oxide layer formed on the resin member, having a refractive index less than a refractive index of the resin member, characterized in that the resin member is provided on a surface thereof with irregular concave parts, and wherein the inorganic oxide layer includes colloidal silica particles, and the colloidal silica particles are formed in the concave part. a body; a light emitting device on the body; a conductive member (132, 134) electrically connected with the light emitting device on the body; a resin member surrounding the light emitting device; and an inorganic oxide layer formed on the resin member, having a refractive index less than a refractive index of the resin member, characterized in that the resin member is provided on a surface thereof with irregular concave parts, and wherein the inorganic oxide layer includes colloidal silica particles, and the colloidal silica particles are formed in the concave part.
Architecture of interconnected power electronic modules for a polyphase rotary machine ( Mt), comprising at least two electrically interconnected power modules (51 to 53), a connector including at least one layer composed of a plurality of conductive signal or power tracks borne by at least one wafer (62, 63) made of an insulating material in order to interconnect said power modules (51 to 53) together, and also to interconnect said power modules (51 to 53) with electrical elements (phases φ, B +, B -) of said rotary machine ( Mt), and a heat sink, said architecture being characterized in that said power modules (51 to 53) include a plurality of connecting elements (512 to 532) that are electrically connected, at a first end, to components (510 to 530) of said power modules and, at a second end, to one of said conductive tracks of the connector, in that the heat sink is provided with open cavities (41 to 43) that are each intended to receive one of said power modules (51 to 53), said power modules (51 to 53) each comprise a substrate on which power semiconductor components and integrated electronic control circuits for controlling these components are implemented, and in that each of said substrates is bonded to the bottom wall of one of said open cavities (41 to 43), said open cavities (41 to 43) being filled with insulating gel after the bonding of said substrates, in that said connector comprises at least one layer of conductive tracks sandwiched between two wafers (62, 63) made of an insulating material, and in that said conductive tracks comprise high-power connections conveying currents referred to as "high" currents in order to interconnect said power semiconductor components and determined electrical elements (phases φ, B +, B -) of said rotary machine ( Mt) together, and low-power connections conveying control signals in order to interconnect said integrated electronic control circuits, said substrates being produced using direct bonded copper technology, referred to as "DBC" technology, and are composed of at least one lower layer made of a conductive material, one intermediate layer made of an insulating material and one upper layer composed of a plurality of tracks made of a conductive material to which said power semiconductor components and said integrated electronic control circuits are soldered, and in that said connecting elements (512 to 532) are welded to said tracks of the upper layer and/or to said power semiconductor components.
Printed circuit board comprising at least one substrate and one electrically conductive layer which is connected to the substrate, wherein at least one conductor track (21, 23, 25, 27, 36) is formed by the electrically conductive layer, and the printed circuit board has at least one component with at least one electrical connection (7, 8, 9, 11), wherein the electrical connection (7, 8, 9, 11) is electrically connected to a contact region (16, 17, 18, 19) of the conductor track (21, 23, 25, 27, 36) by means of a solder (12, 13, 14, 15), wherein the electrical connection (7, 8, 9, 11) between the component and the contact region (16, 17, 18, 19) extends at least partially between a component and the substrate of the printed circuit board, wherein the conductor track (21, 23, 25, 27) has, starting from the contact region (16, 17, 18, 19), a capillary (22, 24, 26, 28, 29) which guides the solder (12, 13, 14, 15), wherein the capillary (22, 24, 26, 28, 29) is designed to guide a portion of the solder (12, 13, 14, 15) out of a space between the component and the printed circuit board by means of a capillary effect in such a way that the solder which has been guided out can be detected in a perpendicular plan view of the printed circuit board, so that the presence of the solder which has been guided out by means of the capillary (22, 24, 26, 28, 29) represents an electrically conductive solder point, which is located between the component and the printed circuit board, between the electrical connection (7, 8, 9, 11) and the electrically conductive layer, characterized in that the capillary (22, 24, 26, 28, 29) which guides the solder (12, 13, 14, 15) extends beyond a boundary of the component, specifically a projection line of a projection of the component onto the printed circuit board, and in the process solder is also guided laterally beyond the boundary of the component. the capillary (22, 24, 26, 28, 29) which guides the solder (12, 13, 14, 15) extends beyond a boundary of the component, specifically a projection line of a projection of the component onto the printed circuit board, and in the process solder is also guided laterally beyond the boundary of the component.