mhurhangee/ep-ind-claims huggingface dataset:
A swath tracking system for an off-road vehicle, comprising: a control system comprising a processor and a memory and configured to: receive a plurality of vehicle location points (258, 260, 262, 264) and a current vehicle state, wherein the current vehicle state comprises a current vehicle location; generate a planned vehicle path through one or more of the plurality of vehicle location points (258, 260, 262, 264); generate a correction path from the current vehicle location to a point along the planned vehicle path ahead of the current vehicle location along a direction of travel; generate a blended path by blending the planned vehicle path and the correction path based at least in part on an assigned weight, wherein the assigned weight is based at least in part on a heading error, a distance between the current vehicle location and the planned path, or a combination thereof; and guide the off-road vehicle along the blended path. receive a plurality of vehicle location points (258, 260, 262, 264) and a current vehicle state, wherein the current vehicle state comprises a current vehicle location; generate a planned vehicle path through one or more of the plurality of vehicle location points (258, 260, 262, 264); generate a correction path from the current vehicle location to a point along the planned vehicle path ahead of the current vehicle location along a direction of travel; generate a blended path by blending the planned vehicle path and the correction path based at least in part on an assigned weight, wherein the assigned weight is based at least in part on a heading error, a distance between the current vehicle location and the planned path, or a combination thereof; and guide the off-road vehicle along the blended path.
An apparatus for releasably coupling a drawer to an extendable rail of an extension guide, including: - a fixing portion which can be fixed to a drawer, - a coupling portion which can be coupled to the rail, wherein the coupling portion has a resilient, spring-loaded or spring-loadable latching portion which can be automatically latched with the rail in the course of the mounting process, and a release portion in the form of a pivotal lever which is to be operated by hand for releasing the coupling between the latching portion and the rail, characterized in that the apparatus has an adjusting device with an adjusting wheel (8, 31) by way of which the relative position of the fixing portion and the coupling portion can be adjusted to each other, wherein, in the mounted position, the position of a drawer connected to the rail can be adjusted relative to the rail in a lateral direction. - a fixing portion which can be fixed to a drawer, - a coupling portion which can be coupled to the rail, wherein the coupling portion has a resilient, spring-loaded or spring-loadable latching portion which can be automatically latched with the rail in the course of the mounting process, and a release portion in the form of a pivotal lever which is to be operated by hand for releasing the coupling between the latching portion and the rail,
A method of manufacturing a part, the method comprising: molding the part in a green state by powder injection molding, the part having a reference surface; with the part in the green state, placing the reference surface of the part in contact with a shaping surface of a setter, at least one section of the reference surface of the part not conforming to the shaping surface; locally heating at least one area of each of the at least one section to deform the part until the at least one section conforms to the shaping surface, the part remaining in the green state during the local heating; and debinding and sintering the part after the reference surface has reached the final shape. molding the part in a green state by powder injection molding, the part having a reference surface; with the part in the green state, placing the reference surface of the part in contact with a shaping surface of a setter, at least one section of the reference surface of the part not conforming to the shaping surface; locally heating at least one area of each of the at least one section to deform the part until the at least one section conforms to the shaping surface, the part remaining in the green state during the local heating; and debinding and sintering the part after the reference surface has reached the final shape.
Use of Arabidopsis thaliana acyl-Coenzme A-binding protein 2 (ACBP2) according to SEQ ID NO: 6 or peptide sequences having at least 90% amino acid identity to SEQ ID NO: 6 and having Arabidopsis thaliana acyl-Coenzme A-binding protein 2 activity to enhance drought tolerance relative to an unmodified plant in a transgenic plant or a transgenic plant cell genetically engineered to express ACBP2 according to SEQ ID NO: 6 or peptide sequences having at least 90% amino acid identity to SEQ ID NO: 6 and having Arabidopsis thaliana acyl-Coenzme A-binding protein 2 activity in an amount effective to enhance drought tolerance relative to an unmodified plant.
A method of operating a computer platform comprising a processor, one or more platform devices including an input-output, IO, component, and a tying logic, the method comprising: detecting an idle condition of the processor; in response to the detecting the idle condition of the processor, determining a transition of the processor to a processor idle power state, and causing a message to be sent to the tying logic which indicates the determined transition of the processor to the processor idle power state; detecting an idle condition of one of the platform devices; the tying logic receiving an indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state; and based on the indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state, the tying logic identifying a system power state transition of the computer platform, wherein the identifying comprises selecting one of a plurality of idle standby system power states, wherein each of the plurality of idle standby system power states corresponds to a combination of concurrent power states of the platform devices and an idle power state of the processor, and transitioning the computer platform to the selected one of a plurality of idle standby system power states. detecting an idle condition of the processor; in response to the detecting the idle condition of the processor, determining a transition of the processor to a processor idle power state, and causing a message to be sent to the tying logic which indicates the determined transition of the processor to the processor idle power state; detecting an idle condition of one of the platform devices; the tying logic receiving an indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state; and based on the indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state, the tying logic identifying a system power state transition of the computer platform, wherein the identifying comprises selecting one of a plurality of idle standby system power states, wherein each of the plurality of idle standby system power states corresponds to a combination of concurrent power states of the platform devices and an idle power state of the processor, and transitioning the computer platform to the selected one of a plurality of idle standby system power states.
Waste gas plant with a waste gas channel for receiving waste gas, which is from a waste gas generator, at its inlet (110-E) and for delivering the waste gas at its outlet (110-A) a valve in the waste gas channel, a suction fan, which is arranged in the waste gas channel downstream of the valve, for conveying the waste gas within the waste gas channel in the direction of the outlet (110-A) and a regulating device, characterised in that the regulating device comprises a first measuring element (141-V) for detecting the respective current actual degree of opening of the valve, a first target/actual value comparator for determining a first regulating difference e1 as the difference between the predetermined target degree of opening (V Öffnung Soll) and the measured actual degree of opening (V Öffnung Ist) of the valve, a first regulator for output of a first setting signal depending on the received first regulating difference e1 between the predetermined target degree of opening (V Öffnung Soll) and a measured actual degree of opening (V Öffnung Ist) of the valve, wherein the first setting signal represents a first rotational speed n1 for the waste gas fan, and a setting element in the form of a rotational speed transmitter for the suction fan for setting and optionally varying the rotational speed in response to the received first setting signal, whereby the regulating device is constructed to regulate the degree of opening of the valve to the predetermined target degree of opening ((V Öffnung Soll) by suitable variation of the rotational speed of the suction fan.
A movable lift apparatus, comprising a structure in which a lift shaft with guiding means is arranged, further comprising a lift cage which is movable in the lift shaft via the guiding means, wherein the lift cage is provided with blocking means (41, 42) for, in a blocked position, blockingly engaging the guiding means to block movement of the lift cage along the guiding means, wherein the lift cage is provided with runners which roll over the guiding means during use, characterized in that the blocking means (41, 42) comprise a pin mechanism (41, 42), wherein the pin is adjustable between a retracted position in which the pin lies clear of the guiding means and a projecting position in which the pin clampingly engages the guiding means, and wherein the blocking means (41, 42) when engaging the guiding means form a support parallel with respect to a runner.
An ink jet recording method comprising: ejecting an ink composition which contains 3-methyl pentanediol diacrylate of 30 mass% or more with respect to the total ink composition from an ink jet head onto a support; and irradiating active rays in an atmosphere where the oxygen partial pressure is 0.10 atm or less to cure the ink composition. ejecting an ink composition which contains 3-methyl pentanediol diacrylate of 30 mass% or more with respect to the total ink composition from an ink jet head onto a support; and irradiating active rays in an atmosphere where the oxygen partial pressure is 0.10 atm or less to cure the ink composition.
A method for preparing information for automated or semi-automated dental implant planning from image information relating to the jaw of a patient, comprising: (a) generating 3D models of a tooth setup, and (b) automatically detecting artificial teeth in the 3D models of the tooth setup based on image analysis, (c) generating 3D models of parts of the jaw, (d) detecting anatomical and artificial elements in the jaw bone based on grey-scale value in the 3D model of the parts of the jaw, (e) automatically selecting zones in the jaw where implants can or cannot be placed, (f) determining candidate implant dimensions, positions, orientations and configurations, (g) obtaining implant plans and comparing implant plans to each other or to given criteria, wherein the step of obtaining implant plans comprises assigning scores to the implant combinations in function of predicted loads on the implants using a biomechanical or finite element model of the jaw, implants and prosthesis, or wherein the step of obtaining implant plans comprises assigning scores to the implant combinations in function of the achievable emergence profiles for individual implants, or wherein the step of obtaining implant plans comprises assigning scores to the implant combination(s) in function of measurements performed relative to the 3D models created in the step of creating 3D models of a tooth set up or of parts of the jaw, and (h) selecting or improving an implant plan by incrementally adjusting individual implant dimensions, positions and orientations according to a predetermined strategy until the planning score reaches a given threshold value, and (i) manufacturing a surgical guide according to the implant plan. (a) generating 3D models of a tooth setup, and (b) automatically detecting artificial teeth in the 3D models of the tooth setup based on image analysis, (c) generating 3D models of parts of the jaw, (d) detecting anatomical and artificial elements in the jaw bone based on grey-scale value in the 3D model of the parts of the jaw, (e) automatically selecting zones in the jaw where implants can or cannot be placed, (f) determining candidate implant dimensions, positions, orientations and configurations, (g) obtaining implant plans and comparing implant plans to each other or to given criteria, (h) selecting or improving an implant plan by incrementally adjusting individual implant dimensions, positions and orientations according to a predetermined strategy until the planning score reaches a given threshold value, and (i) manufacturing a surgical guide according to the implant plan.
A bearing and housing assembly, the assembly comprising: a housing having an interior surface defining a bore extending therethrough, the bore having an inner diameter defining a generally cylindrical inner surface; an outer ring positioned in the bore, the outer ring having a substantially cylindrical outer surface having a first outer diameter and having at least one shoulder proximate an end of the outer ring, the shoulder having a second outer diameter; and the at least one shoulder defining a self-aligning feature that self-aligns the outer ring in the bore wherein the self-aligning feature includes: the at least one shoulder, wherein the at least one shoulder having depth of about 0.1 mm, a first chamfer proximate a first axial end of the shoulder, and a second chamfer proximate a second axial end of the shoulder; wherein the substantially cylindrical outer surface has a first axial length and the at least one shoulder has a second axial length of 4 to 25 percent of the first axial length, wherein the outer ring is press fit into the bore of the housing according to a diametral interference fit that is about equal to the outer diameter minus the inner diameter. a housing having an interior surface defining a bore extending therethrough, the bore having an inner diameter defining a generally cylindrical inner surface; an outer ring positioned in the bore, the outer ring having a substantially cylindrical outer surface having a first outer diameter and having at least one shoulder proximate an end of the outer ring, the shoulder having a second outer diameter; and the at least one shoulder defining a self-aligning feature that self-aligns the outer ring in the bore wherein the self-aligning feature includes: the at least one shoulder, wherein the at least one shoulder having depth of about 0.1 mm, a first chamfer proximate a first axial end of the shoulder, and a second chamfer proximate a second axial end of the shoulder; the at least one shoulder, wherein the at least one shoulder having depth of about 0.1 mm, a first chamfer proximate a first axial end of the shoulder, and a second chamfer proximate a second axial end of the shoulder; wherein the substantially cylindrical outer surface has a first axial length and the at least one shoulder has a second axial length of 4 to 25 percent of the first axial length, wherein the outer ring is press fit into the bore of the housing according to a diametral interference fit that is about equal to the outer diameter minus the inner diameter.
A therapy system for treating a patient, comprising: an implantable pulse generator coupled to a sensing element to detect a patient status and a stimulation parameter of the patient, the implantable pulse generator having a memory to store monitored values of the patient status and the stimulation parameter; and a signal delivery device including a lead having a plurality of contacts, wherein the signal delivery device is electrically coupled to the pulse generator to apply a stimulation signal to a spinal cord region of the patient; wherein the implantable pulse generator has a computer-readable medium containing instructions to cause the therapy system to execute the step(s) of: analyzing the stored monitored values of the patient status and the stimulation parameter; and establishing a preference baseline containing a preference stimulation parameter corresponding to a particular value of the patient status, and establishing a patient status value based at least in part on a profile of impedance measurements obtained from multiple contacts of said plurality of contacts; establishing said patient status value depends at least in part on distinguishing the capacitive component of the impedance from the resistive component of the impedance. an implantable pulse generator coupled to a sensing element to detect a patient status and a stimulation parameter of the patient, the implantable pulse generator having a memory to store monitored values of the patient status and the stimulation parameter; and a signal delivery device including a lead having a plurality of contacts, wherein the signal delivery device is electrically coupled to the pulse generator to apply a stimulation signal to a spinal cord region of the patient; wherein the implantable pulse generator has a computer-readable medium containing instructions to cause the therapy system to execute the step(s) of: analyzing the stored monitored values of the patient status and the stimulation parameter; and establishing a preference baseline containing a preference stimulation parameter corresponding to a particular value of the patient status, and establishing a patient status value based at least in part on a profile of impedance measurements obtained from multiple contacts of said plurality of contacts; establishing said patient status value depends at least in part on distinguishing the capacitive component of the impedance from the resistive component of the impedance. analyzing the stored monitored values of the patient status and the stimulation parameter; and establishing a preference baseline containing a preference stimulation parameter corresponding to a particular value of the patient status, and establishing a patient status value based at least in part on a profile of impedance measurements obtained from multiple contacts of said plurality of contacts; establishing said patient status value depends at least in part on distinguishing the capacitive component of the impedance from the resistive component of the impedance.
A urine collection device, comprising: a receptacle defining an interior volume and configured to abut one or more regions about, and to receive a penis of a user, the receptacle including at least one channel (110, 112) configured to direct urine within the interior volume toward a passage formed within the receptacle, the passage being configured to extract urine from the receptacle; and an elongate member coupled to the receptacle, the elongate member having a distal end and a proximal end, the elongate member including a curved surface positioned between the proximal end and a distal end, the curved surface being configured to abut a perineum of the user. a receptacle defining an interior volume and configured to abut one or more regions about, and to receive a penis of a user, the receptacle including at least one channel (110, 112) configured to direct urine within the interior volume toward a passage formed within the receptacle, the passage being configured to extract urine from the receptacle; and an elongate member coupled to the receptacle, the elongate member having a distal end and a proximal end, the elongate member including a curved surface positioned between the proximal end and a distal end, the curved surface being configured to abut a perineum of the user.
A method of fabricating a metal or ceramic component using 3D printing, the method comprising: creating a 3D printed piece constructed of a first metal or ceramic material and including a body of the component coupled to one or more support structures; characterized in applying a sensitization agent to surfaces of the 3D printed piece, wherein the sensitization agent alters a chemical composition of the first metal or ceramic material into a second metal or ceramic material at the surfaces of the 3D printed piece where the sensitization agent was applied such that, after reacting with the sensitization agent, the first metal or ceramic material of the metal or ceramic piece is at least partially covered by the second metal or ceramic material; and separating the body of the component from the one or more support structures by applying a chemical or electrochemical dissolution process that dissolves the second metal or ceramic material without significantly affecting the first metal or ceramic material. creating a 3D printed piece constructed of a first metal or ceramic material and including a body of the component coupled to one or more support structures; characterized in applying a sensitization agent to surfaces of the 3D printed piece, wherein the sensitization agent alters a chemical composition of the first metal or ceramic material into a second metal or ceramic material at the surfaces of the 3D printed piece where the sensitization agent was applied such that, after reacting with the sensitization agent, the first metal or ceramic material of the metal or ceramic piece is at least partially covered by the second metal or ceramic material; and separating the body of the component from the one or more support structures by applying a chemical or electrochemical dissolution process that dissolves the second metal or ceramic material without significantly affecting the first metal or ceramic material.
A rewinding device for rewinding roving which is subsequently drawn to a desired yarn fineness and is knitted on a spin-knitting machine, said rewinding device is engineered to perform automated rectification of the roving during the rewinding, and comprises a device for monitoring the roving for flaws, a device for eliminating flaws in the roving and a device for bringing and/or joining together the thread ends of the roving, characterized in that said rewinding device comprises at least one winder reeling out the roving from a first driven bobbin and after rectification reeling up the roving substantially free of tension on a second bobbin driven with the same speed.
A compound of general Formula I: wherein R 1 is a C 2-22 straight or branched sugar acid, and wherein two or more hydroxy groups on the sugar acid are each independently substituted with a C 1-22 carboxylic acid.
An oral care implement (500, 1000) comprising: a) a plurality of spaced-apart tissue cleaning pads (900, 1400) radially arranged around a central axis (950, 1450) to form a grouping (960, 970, 1460, 1470); b) each pad having one or more protrusions (980, 1480), an inner region close to the central axis and an outer region spaced away from the central axis, the inner region being raised relative to the outer region. a) a plurality of spaced-apart tissue cleaning pads (900, 1400) radially arranged around a central axis (950, 1450) to form a grouping (960, 970, 1460, 1470); b) each pad having one or more protrusions (980, 1480), an inner region close to the central axis and an outer region spaced away from the central axis, the inner region being raised relative to the outer region.