mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for determining vital sign information (R) from a subject , comprising: - a detection unit adapted to detect radiation received from the subject in a field of view , - a first determining unit adapted to determine a first time dependent signal from the radiation received from the subject , wherein the first time dependent signal is a photo-plethysmography, PPG, signal, - an evaluation unit adapted to derive a frequency or bandwidth as at least one parameter from the first time dependent signal , - a selection unit adapted to select an area in the field of view on the basis of the detected radiation and the at least one parameter by determining a plurality of alternating signals (S) from different areas of the field of view , filtering the plurality of alternating signals (S) by means of a frequency filter or a filter bandwidth corresponding to the frequency or bandwidth derived by the evaluation unit and selecting the area for determining a second time dependent signal on the basis of the alternating signals (S) and on the basis of the at least one parameter , - a second determining unit for determining the second time dependent signal from the radiation received from the selected area , and - an analysis unit for analyzing the second time dependent signal and for determining the vital sign information (R) on the basis of the analysis of the second time dependent signal . - a detection unit adapted to detect radiation received from the subject in a field of view , - a first determining unit adapted to determine a first time dependent signal from the radiation received from the subject , wherein the first time dependent signal is a photo-plethysmography, PPG, signal, - an evaluation unit adapted to derive a frequency or bandwidth as at least one parameter from the first time dependent signal , - a selection unit adapted to select an area in the field of view on the basis of the detected radiation and the at least one parameter by determining a plurality of alternating signals (S) from different areas of the field of view , filtering the plurality of alternating signals (S) by means of a frequency filter or a filter bandwidth corresponding to the frequency or bandwidth derived by the evaluation unit and selecting the area for determining a second time dependent signal on the basis of the alternating signals (S) and on the basis of the at least one parameter , - a second determining unit for determining the second time dependent signal from the radiation received from the selected area , and - an analysis unit for analyzing the second time dependent signal and for determining the vital sign information (R) on the basis of the analysis of the second time dependent signal .
A formliner for use in creating a decorative pattern on a curable material, the formliner comprising: a sheet of material; a cell formed in the sheet of material; and a rib extending along the cell and forming a boundary of the cell, the rib being formed in the sheet of material, characterised in that the rib comprises: a first section comprising a cross-sectional interior profile, the first section configured for creating the decorative pattern on the curable material; a second section comprising a cross-sectional interior profile and a cross-sectional exterior profile, the cross-sectional exterior profile of the second section being less than the cross-sectional interior profile of the first section; and a third section comprising a cross-sectional exterior profile, the cross-section exterior profile of the third section being less than the cross-sectional interior profile of the second section, wherein a plurality of formliners is shaped and configured to be connected by overlaying at least a portion of first sections onto at least a portion of second sections and by overlaying at least a portion of the second sections onto at least a portion of third sections to create a pattern of formliners which nest with each other such that the first sections of the plurality of formliners are flush with each other. a sheet of material; a cell formed in the sheet of material; and a rib extending along the cell and forming a boundary of the cell, the rib being formed in the sheet of material, characterised in that the rib comprises: a first section comprising a cross-sectional interior profile, the first section configured for creating the decorative pattern on the curable material; a second section comprising a cross-sectional interior profile and a cross-sectional exterior profile, the cross-sectional exterior profile of the second section being less than the cross-sectional interior profile of the first section; and a third section comprising a cross-sectional exterior profile, the cross-section exterior profile of the third section being less than the cross-sectional interior profile of the second section, a first section comprising a cross-sectional interior profile, the first section configured for creating the decorative pattern on the curable material; a second section comprising a cross-sectional interior profile and a cross-sectional exterior profile, the cross-sectional exterior profile of the second section being less than the cross-sectional interior profile of the first section; and a third section comprising a cross-sectional exterior profile, the cross-section exterior profile of the third section being less than the cross-sectional interior profile of the second section, wherein a plurality of formliners is shaped and configured to be connected by overlaying at least a portion of first sections onto at least a portion of second sections and by overlaying at least a portion of the second sections onto at least a portion of third sections to create a pattern of formliners which nest with each other such that the first sections of the plurality of formliners are flush with each other.
An isolated fully human or chimeric antibody or a fragment thereof that specifically binds IL-18, but does not bind the IL-18/IL-18 binding protein complex, wherein the isolated antibody or fragment thereof comprises a heavy chain variable domain comprising SEQ ID NO: 14 and a light chain variable domain comprising SEQ ID NO: 16.
Bed base, comprising a rigid frame having two parallel and spaced apart frame members and a leg support pivotally connected thereto, to which a footrest is hinged, wherein in the region of the frame members associated with the footrest a respective rotationally inhibited pivotable support lever is hinged, the free end of which is releasably held thereon against the upward pivoting direction (A) of the footrest , characterized in that for rotational inhibition of the support lever a friction or silicone brake is arranged in the articulation region with the frame member on the support lever .
A heat exchange member , comprising: a lid portion ; a bottom plate portion ; a plurality of partition portions disposed so as to connect the lid portion and the bottom plate portion , a part surrounded by the lid portion , the bottom plate portion and the partition portion defining a first flow passage through which a first fluid flows; and a curved portion curved toward the first flow passage on a first flow passage side of at least one of the lid portion and the bottom plate portion , when viewed in a cross section perpendicular to a direction in which the first fluid flows; wherein a number of first flow passages provided is three or more, and wherein the curved portions comprise a curved inner surface on the first flow passage side, facing toward the first flow passage and a curved outer surface opposite to the first flow passage side, facing away from the first flow passage , characterized in that when viewed in a cross section perpendicular to the direction in which the first fluid flows, a curvature of an outside curved portion situated outside is higher than a curvature of an inside curved portion situated inside in comparison with the outside curved portion . a lid portion ; a bottom plate portion ; a plurality of partition portions disposed so as to connect the lid portion and the bottom plate portion , a part surrounded by the lid portion , the bottom plate portion and the partition portion defining a first flow passage through which a first fluid flows; and a curved portion curved toward the first flow passage on a first flow passage side of at least one of the lid portion and the bottom plate portion , when viewed in a cross section perpendicular to a direction in which the first fluid flows; wherein a number of first flow passages provided is three or more, and wherein the curved portions comprise a curved inner surface on the first flow passage side, facing toward the first flow passage and a curved outer surface opposite to the first flow passage side, facing away from the first flow passage , characterized in that when viewed in a cross section perpendicular to the direction in which the first fluid flows, a curvature of an outside curved portion situated outside is higher than a curvature of an inside curved portion situated inside in comparison with the outside curved portion .
Weaving machine for forming fabrics consisting of weft yarns, ground-warp yarns and pile-warp yarns , comprising: - shed-forming means provided for forming one or more sheds in successive operating cycles through the positioning of warp yarns; - a weft insertion device with at least one rapier provided for inserting, in successive operating cycles, one or more weft yarns in a shed between fabric-forming warp yarns and non-fabric-forming warp yarns , wherein during the inserting of a weft yarn the non-fabric-forming warp yarns support a rapier ; - a reed provided for pushing, in each operating cycle, by means of to and fro movements during beating-up , the inserted weft yarns against the fabric line of the fabrics formed by the weft yarns and the fabric-forming warp yarns; characterized in that the weaving machine further comprises a yarn removal device for leading away the non-fabric-forming warp yarns , wherein this yarn removal device separates the non-fabric-forming warp yarns from the fabric-forming warp yarns before the fabric line so that the non-fabric-forming warp yarns are not located between the beaten-up fabric(s). - shed-forming means provided for forming one or more sheds in successive operating cycles through the positioning of warp yarns; - a weft insertion device with at least one rapier provided for inserting, in successive operating cycles, one or more weft yarns in a shed between fabric-forming warp yarns and non-fabric-forming warp yarns , wherein during the inserting of a weft yarn the non-fabric-forming warp yarns support a rapier ; - a reed provided for pushing, in each operating cycle, by means of to and fro movements during beating-up , the inserted weft yarns against the fabric line of the fabrics formed by the weft yarns and the fabric-forming warp yarns;
A method of controlling a drive comprising a power converter comprising one respective inverter associated with each of a plurality of servomotors in a robot , the power converter being located externally of the robot, the method comprising: providing (M1) a Pulse-Width Modulation, PWM, frequency corresponding to a frequency of switching instances for respective semiconductor switches (S) in each of the inverters , whereby for each inverter time is divided into consecutive control cycles forming a control cycle sequence of the inverter, each control cycle containing two, and only two, of the switching instances for each of the semiconductor switches; spreading (M2) the respective control cycle sequences of the inverters over time such that the control cycle sequence of each inverter is time shifted in respect to the control cycle sequence of each of the other inverters in the power converter ; sending (M3) firing pulses to the semiconductor switches (S) in each of the inverters in accordance with the spread (M2) control cycles; and from each of the inverters , outputting (M4) an alternating current having an electrical frequency formed by the inverter in response to the sent (M3) firing pulses, to the servomotor associated with the inverter via an electrical connection having a length of at least 10 metres; wherein the provided (M1) PWM frequency is set dynamically based on a present highest motor speed of any of the servomotors , whereby the PWM frequency is reduced when none of the servomotors is running at maximum speed. providing (M1) a Pulse-Width Modulation, PWM, frequency corresponding to a frequency of switching instances for respective semiconductor switches (S) in each of the inverters , whereby for each inverter time is divided into consecutive control cycles forming a control cycle sequence of the inverter, each control cycle containing two, and only two, of the switching instances for each of the semiconductor switches; spreading (M2) the respective control cycle sequences of the inverters over time such that the control cycle sequence of each inverter is time shifted in respect to the control cycle sequence of each of the other inverters in the power converter ; sending (M3) firing pulses to the semiconductor switches (S) in each of the inverters in accordance with the spread (M2) control cycles; and from each of the inverters , outputting (M4) an alternating current having an electrical frequency formed by the inverter in response to the sent (M3) firing pulses, to the servomotor associated with the inverter via an electrical connection having a length of at least 10 metres; wherein the provided (M1) PWM frequency is set dynamically based on a present highest motor speed of any of the servomotors , whereby the PWM frequency is reduced when none of the servomotors is running at maximum speed.
Gymnastic ring, comprising a ring body which has the basic shape of a rotational torus produced by rotation of a base circle about an axis of rotation, the ring body having an equatorial plane lying perpendicular to the axis of rotation of the ring body and extending in each case through the center of the base circle, wherein the gymnastic ring comprises a belt holder for holding a belt , wherein the ring body having at least one belt holder pocket formed within the ring body and aligned in the equatorial plane for fastening the belt , wherein the belt to be fastened can be fixed in or on the ring body by means of the belt holder which can be inserted in a form-fitting manner in the belt holder pocket .
Method for applying a painting product, preferably an UV painting product, to an edge of wooden panels through an apparatus comprising pre-coating sanding groups and post-drying sanding groups , at least a painting group provided in the form of a vacuum coating head supplied with both said painting product and vacuum by a vacuum tower , at least a gelling group , at least a drying group placed in series comprising the following successive steps: 1. sanding of the rough edge; 2. first application of painting product to the edge; 3. first gelling; 4. post-gelling sanding of the edge; 5. second application of said painting product to the edge; 6. drying; 7. final post-drying sanding; characterized in that - in each one of steps 2 and 5, the application of said painting product to the panel edge occurs through two layers of painting product applied in a wet-on-wet close succession; - in step 4, the post-gelling sanding occurs on a layer of painting product that underwent gelation only. 1. sanding of the rough edge; 2. first application of painting product to the edge; 3. first gelling; 4. post-gelling sanding of the edge; 5. second application of said painting product to the edge; 6. drying; 7. final post-drying sanding; - in each one of steps 2 and 5, the application of said painting product to the panel edge occurs through two layers of painting product applied in a wet-on-wet close succession; - in step 4, the post-gelling sanding occurs on a layer of painting product that underwent gelation only.
A combined oil control ring comprising a pair of annular side rails each having a gap, and an axially corrugated spacer expander arranged between said side rails; said corrugated spacer expander having on the inside seating tabs for pushing inner peripheral surfaces of said side rails; a side-rail-pushing surface of each seating tab being provided with a nitrided layer; an entire surface of each spacer expander except for those provided with said nitrided layer being coated with a Ni plating film; and said Ni plating film being as thick as 1 - 7 μm and having Vickers hardness HV0.01 of 300 or less, measured at a test force of 0.098 N using a micro-Vickers hardness tester; characterized in that in an X-ray diffraction profile of a Ni plating film surface, a ratio [I /I ] of a diffraction intensity I of a plane to a diffraction intensity I of a plane is 2.0 or less, and a texture coefficient of a plane is 1.1 or more, wherein the texture coefficient is defined as texture coefficient = I hkl / I 0 hkl ⋅ 1 / 3 I 111 / I 0 111 + I 200 / I 0 200 + I 220 / I 0 220 − 1 wherein I(hkl) represents a measured X-ray diffraction intensity of three types of , and plane, which is expressed by a relative value when the maximum measured X-ray diffraction intensity is regarded as 100, and I 0 (hkl) represents a standard X-ray diffraction intensity of three types of , and planes described in JCPDS File No. A 04-0850, i.e., 100 for I 0 , 42 for I 0 and 21 for I 0 ; and said Ni plating film does not contain columnar crystals having an average diameter of less than 0.2 μm, wherein said columnar crystals have an aspect ratio of 2 or more, and said average diameter is determined by the image analysis of said columnar crystals.
A key profile for flat keys which is formed on the side faces of the key shank and cooperates with corresponding profiling in the keyway of a cylinder core which is rotatably mounted in the lock cylinder housing, wherein the profiling of the keyway has profile features, the profile base of which runs in a wedge-shape in the direction of the cutout in the keyway which receives the key back and the upper face of which which faces the cutout runs substantially horizontally, relative to the longitudinal key plane, characterised in that the profile features which lie opposite each other in each case end with their tapered region on the same horizontal plane and run at the same angle to each other and to the longitudinal key plane.
An initiator injection nozzle for mixing an initiator with a process fluid, comprising: a body comprising an inlet port to receive the process fluid, an outlet port , and an injector inlet to receive initiator; a process fluid flow passage through which the process fluid traverses between the inlet port and outlet port along a central process flow axis , comprising a constricting portion , a throat , and an expanding portion in that order forming a Venturi-type shape flow passage ; an initiator fluid flow passage through which the initiator traverses between the injector inlet and an injector outlet along an injector central axis , the injector central axis perpendicularly intersecting the central process flow axis , where the initiator fluid flow passage intersects the process fluid flow passage in the constricting portion; and a stylus at least partially containing the initiator fluid flow passage, the stylus protruding into the process fluid flow passage and further comprising a shaped injector tip forming the injector outlet of the initiator fluid flow passage. wherein: the stylus does not extend through the process fluid flow passage further than the central process flow axis ; the injector outlet is located in the constricting portion of the process fluid flow passage and upstream of the throat by a first offset as determined along the central process flow axis ; and the injector outlet is located off the central process flow axis by a second offset as determined along the injector central axis . a body comprising an inlet port to receive the process fluid, an outlet port , and an injector inlet to receive initiator; a process fluid flow passage through which the process fluid traverses between the inlet port and outlet port along a central process flow axis , comprising a constricting portion , a throat , and an expanding portion in that order forming a Venturi-type shape flow passage ; an initiator fluid flow passage through which the initiator traverses between the injector inlet and an injector outlet along an injector central axis , the injector central axis perpendicularly intersecting the central process flow axis , where the initiator fluid flow passage intersects the process fluid flow passage in the constricting portion; and a stylus at least partially containing the initiator fluid flow passage, the stylus protruding into the process fluid flow passage and further comprising a shaped injector tip forming the injector outlet of the initiator fluid flow passage. the stylus does not extend through the process fluid flow passage further than the central process flow axis ; the injector outlet is located in the constricting portion of the process fluid flow passage and upstream of the throat by a first offset as determined along the central process flow axis ; and the injector outlet is located off the central process flow axis by a second offset as determined along the injector central axis .
Radiation curable ink composition, the ink composition comprising a gelling agent, the ink composition further comprising a component according to formula 1: wherein R 1 , R 2 and R 3 are independently selected from a hydrogen atom, a methyl group, an ethyl group, an n-propyl group, an iso-propyl group, an n-butyl group, an iso-butyl group of a tert-butyl group and wherein R4 is selected from an alkyl group, an alkenyl group and an alkylarylgroup.