mhurhangee/ep-ind-claims huggingface dataset:
A clip member configured for locking engagement with a mount member, the clip member being configured to be received within a bore of a support surface, said clip member comprising: an arcuate portion; a pair of extending arms configured to receive a center section of the mount member therebetween when in locking engagement with the mount member, wherein each arm of said pair of extending arms has a bifurcated distal end comprising a penetrating tooth configured to penetrate into a wall of the bore and a limiting shoulder configured to limit penetration of the penetrating tooth into the wall of the bore, wherein the clip member is formed of a metallic material; and at least one attachment window on each arm of the pair of extending arms having an inwardly angled locking tab configured to engage a mount aperture located on a stud portion of the mount member to secure the clip member in locking engagement with the mount member. an arcuate portion; a pair of extending arms configured to receive a center section of the mount member therebetween when in locking engagement with the mount member, wherein each arm of said pair of extending arms has a bifurcated distal end comprising a penetrating tooth configured to penetrate into a wall of the bore and a limiting shoulder configured to limit penetration of the penetrating tooth into the wall of the bore, wherein the clip member is formed of a metallic material; and at least one attachment window on each arm of the pair of extending arms having an inwardly angled locking tab configured to engage a mount aperture located on a stud portion of the mount member to secure the clip member in locking engagement with the mount member.
A car seat comprising a seat assembly, a base assembly disposed under and coupled pivotally to said seat assembly, and a positioning mechanism including: a first positioning unit that is mounted on said base assembly and that is provided with a plurality of vertically spaced-apart first engaging members; a second positioning unit that is provided with a second engaging member engaging releasably a selected one of said first engaging members so as to lock releasably said base assembly at a desired angular position relative to said seat assembly; and an elongated resilient component that has a first end and a second end opposite to said first end characterised in that said second positioning unit is coupled pivotally to said seat assembly; and said first end is coupled pivotally to said base assembly, and said second end is coupled pivotally to said second positioning unit, and said elongated resilient component is disposed for exerting a downward pulling force to said base assembly when said second engaging member is disengaged from the selected one of said first engaging members. a first positioning unit that is mounted on said base assembly and that is provided with a plurality of vertically spaced-apart first engaging members; a second positioning unit that is provided with a second engaging member engaging releasably a selected one of said first engaging members so as to lock releasably said base assembly at a desired angular position relative to said seat assembly; and an elongated resilient component that has a first end and a second end opposite to said first end characterised in that said second positioning unit is coupled pivotally to said seat assembly; and said first end is coupled pivotally to said base assembly, and said second end is coupled pivotally to said second positioning unit, and said elongated resilient component is disposed for exerting a downward pulling force to said base assembly when said second engaging member is disengaged from the selected one of said first engaging members.
Printer system comprising a printer platform and at least two printing apparatuses (10, 51) which have - a transport device which is suitable for moving an object to be printed on along a predefined transport direction through a printing portion of the printing apparatus, - a first printing head for depositing a viscous printing material, wherein the first printing head is displaceable along a first sliding shaft, which lies transversely with respect to the transport direction, by means of a first printing head shifting apparatus, and - a second printing head for depositing the viscous printing material, - wherein the second printing head is displaceable along a second sliding shaft, which lies parallel to the first sliding shaft and is offset along the transport direction, by means of a second printing head shifting apparatus, and - wherein the first and the second sliding shaft (S1, S2) are each shiftable in the transport direction by means of a shifting apparatus which is activatable by a control apparatus, characterized in that - the printer platform has at least one input and output device (55, 56) which is configured to supply the printing apparatuses (10, 51) to the printer platform from the outside and to output the printing apparatuses (10, 51) from the printer platform to the outside; and in that - the printing apparatuses (10, 51) are freely movable on the printer platform. - a transport device which is suitable for moving an object to be printed on along a predefined transport direction through a printing portion of the printing apparatus, - a first printing head for depositing a viscous printing material, wherein the first printing head is displaceable along a first sliding shaft, which lies transversely with respect to the transport direction, by means of a first printing head shifting apparatus, and - a second printing head for depositing the viscous printing material, - wherein the second printing head is displaceable along a second sliding shaft, which lies parallel to the first sliding shaft and is offset along the transport direction, by means of a second printing head shifting apparatus, and - wherein the first and the second sliding shaft (S1, S2) are each shiftable in the transport direction by means of a shifting apparatus which is activatable by a control apparatus, - the printer platform has at least one input and output device (55, 56) which is configured to supply the printing apparatuses (10, 51) to the printer platform from the outside and to output the printing apparatuses (10, 51) from the printer platform to the outside; and in that - the printing apparatuses (10, 51) are freely movable on the printer platform.
Soil working tool for an agricultural machine, in particular cultivator blade, which can be fastened to a tool holder and, at a lower end, has a tine-like region and a soil guide region which adjoins the latter, guides the soil broken up by the tine-like region and is designed as a soil-guiding guide plate, wherein one or more rigid material elements are arranged with the aid of solder material as a cutting element in the region of the tine-like region forming the cutting edge, wherein the rigid material element or the rigid material elements is or are arranged in a recess in the front tine-like region of the soil working tool, characterized in that the rear part of the rigid material element or of the rigid material elements, as seen in the direction of travel, projects or project in height by an extent which corresponds to at least a quarter of its or their thickness at the upper end over the adjoining guide plate of the soil working tool, said guide plate being provided with wear protection material (10, 11), and continues or continue in the direction of guide plate by means of a lug which protrudes upwards at the rear, as seen in the direction of travel, and is configured so as to form a roof over the guide plate, and therefore the rigid material element or the rigid material elements acts or act in the manner of a ski jump for soil flowing over the lower region of the soil working tool.
Clutch friction device, in particular for a motor vehicle, comprising: - an annular torque transmission web about an axis of rotation, - two coaxial guiding washers (7, 8) arranged on either side of the annular web, - elastic members (15, 16) arranged circumferentially between the web and the guiding washers and - friction means comprising at least one elastic washer and one friction washer arranged between the web and one or other of the guiding washers, characterized in that said friction washer comprises a deformable element interposed between two metallic layers (34, 35), the deformable element consisting of a layer of elastomer. - an annular torque transmission web about an axis of rotation, - two coaxial guiding washers (7, 8) arranged on either side of the annular web, - elastic members (15, 16) arranged circumferentially between the web and the guiding washers and - friction means comprising at least one elastic washer and one friction washer arranged between the web and one or other of the guiding washers,
A percussion therapy apparatus for providing percussion therapy to a patient's body, the percussion therapy apparatus comprising: a torso covering for securing to a patient's torso, the torso covering including a front panel having an interior side for engaging the patient's chest and a rear panel having an interior side for engaging the patient's back; wherein the front panel of the torso covering comprises a first section and a second section releasably coupled to each other at a medial intersection by a zipper assembly (76, 78) having first and second zipper portions attached to the first and second sections respectively, wherein the first and second zipper portions each have a top end and a bottom end, and wherein, upon the patient wearing the percussion therapy apparatus, the first and second zipper portions when not coupled to each other are each angled between their respective top and bottom ends in opposite lateral directions from the sagittal plane of the patient, such that the angle (∝) between the sagittal plane and the first zipper portion and between the sagittal plane and the second zipper portion is within the range of about 1 to about 5 degrees; a number of percussive devices coupled to the torso covering to provide percussive force to the patient's torso; and a user interface releasably coupled to the torso covering and in communication with the number of percussive devices and configured to receive user input for adjusting percussive force of the number of percussive devices. a torso covering for securing to a patient's torso, the torso covering including a front panel having an interior side for engaging the patient's chest and a rear panel having an interior side for engaging the patient's back; wherein the front panel of the torso covering comprises a first section and a second section releasably coupled to each other at a medial intersection by a zipper assembly (76, 78) having first and second zipper portions attached to the first and second sections respectively, wherein the first and second zipper portions each have a top end and a bottom end, and wherein, upon the patient wearing the percussion therapy apparatus, the first and second zipper portions when not coupled to each other are each angled between their respective top and bottom ends in opposite lateral directions from the sagittal plane of the patient, such that the angle (∝) between the sagittal plane and the first zipper portion and between the sagittal plane and the second zipper portion is within the range of about 1 to about 5 degrees; a number of percussive devices coupled to the torso covering to provide percussive force to the patient's torso; and a user interface releasably coupled to the torso covering and in communication with the number of percussive devices and configured to receive user input for adjusting percussive force of the number of percussive devices.
A liquid inspection method for measuring a concentration of hydrogen peroxide contained in a liquid with which an optically transparent container for a drink is filled, comprising: a near-infrared irradiation step in which the liquid is irradiated with near-infrared light from outside the container; a near-infrared light reception step in which the near-infrared light passed through the liquid or the near-infrared light scattered by the liquid is received; and an absorption spectrum analysis step in which an absorption spectrum of the received near-infrared light is analyzed, wherein absorbance at the predetermined wavelengths of an absorption spectrum analyzed at the absorption spectrum analysis step is substituted into a concentration estimation equation formulated based on absorption spectra analyzed by using a plurality of liquids that contain the hydrogen peroxide with preset concentrations, wherein the concentration estimation equation is formulated by conducting multiple regression analyses by using the absorbances at the wavelengths of the absorption spectra analyzed by using the liquids containing the hydrogen peroxide with the preset concentration, to measure a concentration of the hydrogen peroxide. a near-infrared irradiation step in which the liquid is irradiated with near-infrared light from outside the container; a near-infrared light reception step in which the near-infrared light passed through the liquid or the near-infrared light scattered by the liquid is received; and an absorption spectrum analysis step in which an absorption spectrum of the received near-infrared light is analyzed, wherein absorbance at the predetermined wavelengths of an absorption spectrum analyzed at the absorption spectrum analysis step is substituted into a concentration estimation equation formulated based on absorption spectra analyzed by using a plurality of liquids that contain the hydrogen peroxide with preset concentrations, wherein the concentration estimation equation is formulated by conducting multiple regression analyses by using the absorbances at the wavelengths of the absorption spectra analyzed by using the liquids containing the hydrogen peroxide with the preset concentration, to measure a concentration of the hydrogen peroxide.
A shelter for attaching to a structure comprising: a sealing member, the sealing member being a resilient member configured to be attachable to at least a portion of a flexible panel of the shelter; a sealing member tensioning device, the sealing member tensioning device comprising: a first portion attachable to a structure attachment point of the shelter; and a second portion configured to be attachable to the structure; and one or more block members, the one or more block members being arranged to be locatable between the sealing member and the sealing member tensioning device such that the sealing member tensioning device is able to apply pressure to the sealing member via the one or more block members, characterised in that the sealing member is a substantially cuboid-shaped member with a planar structure contact surface. a sealing member, the sealing member being a resilient member configured to be attachable to at least a portion of a flexible panel of the shelter; a sealing member tensioning device, the sealing member tensioning device comprising: a first portion attachable to a structure attachment point of the shelter; and a second portion configured to be attachable to the structure; and a first portion attachable to a structure attachment point of the shelter; and a second portion configured to be attachable to the structure; and one or more block members, the one or more block members being arranged to be locatable between the sealing member and the sealing member tensioning device such that the sealing member tensioning device is able to apply pressure to the sealing member via the one or more block members, characterised in that the sealing member is a substantially cuboid-shaped member with a planar structure contact surface.
A method comprising: determining, at a computing device, a call security level of a call occurring at a first communication infrastructure; the first communication infrastructure being associated with a first security level; the call security level being determined from audio on the call; and in response to determining that the call security level and the first security level are misaligned, causing, via the computing device, the call to change to a second communication infrastructure associated with a second security level aligned with the call security level. determining, at a computing device, a call security level of a call occurring at a first communication infrastructure; the first communication infrastructure being associated with a first security level; the call security level being determined from audio on the call; and in response to determining that the call security level and the first security level are misaligned, causing, via the computing device, the call to change to a second communication infrastructure associated with a second security level aligned with the call security level.
A system for measuring a level of a liquid, comprising: a receptacle configured to contain the liquid, the receptacle having a top and a bottom; a time-domain reflectometry probe extending into the receptacle through the bottom, the probe including a conductive tube, at least one marker within the conductive tube, and at least one conductive rod coaxially arranged within the conductive tube and connected to the at least one marker, the at least one marker including a body portion and a plurality of fin portions; a pulsing unit configured to transmit a pulse to the probe; and a digitizer configured to receive at least a first reflected pulse (PB 2) and a second reflected pulse (AW 2) from the probe; wherein the at least one marker is configured to cause a transmitted pulse to be reflected back to the digitizer as a result of an impedance mismatch between the at least one conductive rod, the at least one marker, and the conductive tube. a receptacle configured to contain the liquid, the receptacle having a top and a bottom; a time-domain reflectometry probe extending into the receptacle through the bottom, the probe including a conductive tube, at least one marker within the conductive tube, and at least one conductive rod coaxially arranged within the conductive tube and connected to the at least one marker, the at least one marker including a body portion and a plurality of fin portions; a pulsing unit configured to transmit a pulse to the probe; and a digitizer configured to receive at least a first reflected pulse (PB 2) and a second reflected pulse (AW 2) from the probe; wherein the at least one marker is configured to cause a transmitted pulse to be reflected back to the digitizer as a result of an impedance mismatch between the at least one conductive rod, the at least one marker, and the conductive tube.
A yarn winding device comprising: a yarn supplying section adapted to supply a yarn; a yarn storage roller adapted to pull out the yarn from the yarn supplying section and wind the yarn around an outer circumferential surface to store the yarn when the yarn storage roller is rotatably driven by a first driving section; a package forming section adapted to pull out the yarn stored on the yarn storage roller to form a package; a tension applying section arranged downstream in a yarn travelling direction of the yarn storage roller and adapted to make contact with the yarn to apply tension to the yarn; a second driving section adapted to rotatably drive the tension applying section; characterized by a tension measuring device adapted to measure a tension of the yarn pulled out from the yarn storage roller by the package forming section; and a control section adapted to feedback control the second driving section based on a measurement result of the tension measuring device to adjust an amount of tension applied by the tension applying section, wherein the yarn storage roller rotates with a yarn storage roller rotation shaft as a center, and the tension applying section rotates with the yarn storage roller rotation shaft as the center, further comprising: a resistance torque generating section adapted to generate a torque against a relative rotation of the yarn storage roller and the tension applying section. a yarn supplying section adapted to supply a yarn; a yarn storage roller adapted to pull out the yarn from the yarn supplying section and wind the yarn around an outer circumferential surface to store the yarn when the yarn storage roller is rotatably driven by a first driving section; a package forming section adapted to pull out the yarn stored on the yarn storage roller to form a package; a tension applying section arranged downstream in a yarn travelling direction of the yarn storage roller and adapted to make contact with the yarn to apply tension to the yarn; a second driving section adapted to rotatably drive the tension applying section; characterized by a tension measuring device adapted to measure a tension of the yarn pulled out from the yarn storage roller by the package forming section; and a control section adapted to feedback control the second driving section based on a measurement result of the tension measuring device to adjust an amount of tension applied by the tension applying section, wherein the yarn storage roller rotates with a yarn storage roller rotation shaft as a center, and the tension applying section rotates with the yarn storage roller rotation shaft as the center, further comprising: a resistance torque generating section adapted to generate a torque against a relative rotation of the yarn storage roller and the tension applying section. a resistance torque generating section adapted to generate a torque against a relative rotation of the yarn storage roller and the tension applying section.
An apparatus for use in a wellbore, the apparatus comprising: a bottomhole assembly coupled to drilling tubular conveyable into the wellbore, the BHA including a drillbit configured to drill an earth formation; and at least one removable sub in the drill string, the sub including a body having a bore for flow of a fluid therethrough, a pin section, a box section, and at least one sensor configured to make a measurement indicative of a downhole condition, the at least one sensor and an electronics module being disposed in a pressure-sealed chamber in the body; characterised in that the pressure-sealed chamber is in a recessed section of the bore in the box section. a bottomhole assembly coupled to drilling tubular conveyable into the wellbore, the BHA including a drillbit configured to drill an earth formation; and at least one removable sub in the drill string, the sub including a body having a bore for flow of a fluid therethrough, a pin section, a box section, and at least one sensor configured to make a measurement indicative of a downhole condition, the at least one sensor and an electronics module being disposed in a pressure-sealed chamber in the body; characterised in that the pressure-sealed chamber is in a recessed section of the bore in the box section.
A prostate-specific stem cell antigen binding antibody, wherein - the complementarity determining regions of the variable region of the light chain comprises the following amino acid sequences: CDR1 SEQ ID No. 1, CDR2 SEQ ID No. 2, CDR3 SEQ ID No. 3, and - the CDR of the variable region of the heavy chain comprises the following amino acid sequences: CDR1 SEQ ID No. 4, CDR2 SEQ ID No. 5, CDR3 SEQ ID No. 6. - the complementarity determining regions of the variable region of the light chain comprises the following amino acid sequences: CDR1 SEQ ID No. 1, CDR2 SEQ ID No. 2, CDR3 SEQ ID No. 3, and - the CDR of the variable region of the heavy chain comprises the following amino acid sequences: CDR1 SEQ ID No. 4, CDR2 SEQ ID No. 5, CDR3 SEQ ID No. 6.