mhurhangee/ep-ind-claims huggingface dataset:
An unbalance measuring device for determining the unbalance of a rotary body, with a plate-shaped dynamometer element arranged at right angles to said body's axis of rotation and including a mounting fixture which supports the rotary body to enable rotation about its axis of rotation and is adapted to be driven in conventional manner by a motor, and comprising an inner mounting plate connected to an outer frame member by means of web members, as well as at least two vibration sensors (11, 12) arranged between the mounting plate and the frame member for detecting any unbalance-induced vibrations of the mounting plate relative to the frame member, with a first one of said vibrations sensors (11, 12) being arranged in the plane of the plate to detect vibrations in the plane of the plate, there being arranged on either side of the mounting plate web pairs (6, 7, 7') constructed to support non-unbalance-induced forces of the mounting plate and to support the mounting plate in a manner enabling it to vibrate, and wherein a first pair of webs extends in a plane containing the axis of rotation and in the plane of the plate, characterized in that the first web pair defines a pivot axis arranged at right angles to the axis of ro tation for a rotary motion of the mounting plate and exhibits, for supporting the non-unbalance-induced forces, a profile that is flexurally stiff relative to flexure out of the plane of the plate and flexurally soft in the direction of the plane of the plate, and that second web pairs (7, 7') arranged equidistantly on either side of the first web pair extend in the plane of the plate and in the direction of extension of the first web pair, said second web pairs exhibiting a profile that is flexurally soft relative to flexure out of the plane of the plate and in the direction of the plane of the plate, and that a second one of the vibration sensors (11, 12) detects the unbalance-induced vibrations of the mounting plate relative to the frame member essentially at right angles to the plane of the plate.
A fastening element for insertion into a substrate, wherein the fastening element has: an axially extending shank section; an end tip adjoining the shank section; a plurality of groups (106, 108, 110) of anchoring structures on the shank section, which taper towards the end tip; wherein an outermost diameter differs for the different groups (106, 108, 110) of anchoring structures, wherein the outermost diameter of a particular group (106, 108, 110), which is closer to the end tip than another particular group (106, 108, 110) that is adjacent to the said group (106, 108, 110), is smaller than the outermost diameter of the other adjacent particular group (106, 108, 110), wherein the anchoring structures are formed as a ring structure by means of intrinsically closed rings with no continuous connection to other adjacent rings, wherein one of the anchoring structures of a particular group (106, 108, 110) closest to the end tip has a larger outermost diameter than a plurality of other anchoring structures of a particular group (106, 108, 110), and each of the plurality of other anchoring structures of a particular group (106, 108, 110) has an identical own largest outer diameter, or all anchoring structures of a particular group (106, 108, 110) have the same outer diameter. an axially extending shank section; an end tip adjoining the shank section; a plurality of groups (106, 108, 110) of anchoring structures on the shank section, which taper towards the end tip; wherein an outermost diameter differs for the different groups (106, 108, 110) of anchoring structures, wherein the outermost diameter of a particular group (106, 108, 110), which is closer to the end tip than another particular group (106, 108, 110) that is adjacent to the said group (106, 108, 110), is smaller than the outermost diameter of the other adjacent particular group (106, 108, 110), wherein the anchoring structures are formed as a ring structure by means of intrinsically closed rings with no continuous connection to other adjacent rings, wherein one of the anchoring structures of a particular group (106, 108, 110) closest to the end tip has a larger outermost diameter than a plurality of other anchoring structures of a particular group (106, 108, 110), and each of the plurality of other anchoring structures of a particular group (106, 108, 110) has an identical own largest outer diameter, or all anchoring structures of a particular group (106, 108, 110) have the same outer diameter.
A small form factor pluggable, SFP, component, comprising: at least one twisted pair interface, arranged to connected with a twisted pair signal line; a twisted pair access component, connected with the at least one twisted pair interface, and arranged to convert between bearing data in the twisted pair signal line and bearing data in the Ethernet; and a SFP or SFP+ interface, connected with the twisted pair access component, and arranged to be connected with a SFP slot or socket; wherein the twisted pair access component comprises: an analog front end, AFE, connected with the at least one twisted pair interface, and arranged to sample bearing data in the twisted pair signal line from an analog signal into a digital signal; a digital signal processor, DSP, connected with the AFE, and arranged to extract effective load from the digital signal; a twisted pair access processor, CPU, connected with the DSP, and arranged to encapsulate the effective load into Ethernet data through a twisted pair access technology. at least one twisted pair interface, arranged to connected with a twisted pair signal line; a twisted pair access component, connected with the at least one twisted pair interface, and arranged to convert between bearing data in the twisted pair signal line and bearing data in the Ethernet; and a SFP or SFP+ interface, connected with the twisted pair access component, and arranged to be connected with a SFP slot or socket; wherein the twisted pair access component comprises: an analog front end, AFE, connected with the at least one twisted pair interface, and arranged to sample bearing data in the twisted pair signal line from an analog signal into a digital signal; a digital signal processor, DSP, connected with the AFE, and arranged to extract effective load from the digital signal; a twisted pair access processor, CPU, connected with the DSP, and arranged to encapsulate the effective load into Ethernet data through a twisted pair access technology. an analog front end, AFE, connected with the at least one twisted pair interface, and arranged to sample bearing data in the twisted pair signal line from an analog signal into a digital signal; a digital signal processor, DSP, connected with the AFE, and arranged to extract effective load from the digital signal; a twisted pair access processor, CPU, connected with the DSP, and arranged to encapsulate the effective load into Ethernet data through a twisted pair access technology.
Cutting mechanism, with a frame which is movable over a field in a forward direction and on the front side of which a cutter bar (36, 42) is mounted displaceably in a plane in the lateral direction and is coupled to a drive arrangement for the reciprocating drive, wherein the drive arrangement comprises an output element (66, 68) which is coupled to the cutter bar (36, 42) and can be set into a lateral reciprocating movement by a drive device and is in each case pivotably connected to a first end of a first lever (74, 70) and to a first end of a second lever (76, 72), which levers are in each case pivotably mounted at their second end, wherein the levers and the output element (66, 68) are dimensioned in such a manner that the output element (66, 68) essentially only carries out a lateral movement, characterized in that an input element is mounted pivotably about a first axis and can be set into a continuous pivoting movement about the first axis and is coupled to the output element (66, 68) by a coupling rod (62, 64) and in that the coupling rod (62, 64) is coupled to the input element and to the output element (66, 68) at a distance from the first axis about axes (88, 90, 100, 102) extending perpendicular to the plane of the cutter bar (36, 42).
A connection set for detachably connecting a dispenser, which has a return line for cryogenic gas, to a tank system with a container for a two-phase mixture of cryogenic gas and cryogenic liquid, which tank system has a degassing line extending from a head region of the container, comprising: a degassing socket, which is connectable to the degassing line, and a degassing plug which is connectable to the return line, for detachably connecting to the degassing socket, characterised in that the degassing socket contains two spring-loaded non-return valves (14a, 14b), which are connected in series and which have a blocking direction facing away from the container, and the degassing plug has a pin, by means of which both non-return valves (14a, 14b) of the degassing socket are opened against their blocking direction when the degassing plug is connected. a degassing socket, which is connectable to the degassing line, and a degassing plug which is connectable to the return line, for detachably connecting to the degassing socket, characterised in that the degassing socket contains two spring-loaded non-return valves (14a, 14b), which are connected in series and which have a blocking direction facing away from the container, and the degassing plug has a pin, by means of which both non-return valves (14a, 14b) of the degassing socket are opened against their blocking direction when the degassing plug is connected.
A window processing system for use in fabricating window frames or sashes comprising: a window frame support or sash support; an articulating arm coupled to a base positioned with respect to the window frame support or sash support, the articulating arm having a plurality of members (104, 108, 112) and arms (106, 110) to allow movement of a tool support fixture about multiple axes defined by the articulating arm; and the tool support fixture assembly coupled to an outermost member relative to the base of said plurality of members (104, 108, 112) the tool support fixture assembly having a plurality of tools for performing cleaning operations on a window frame or sash during the cleaning operations, further comprising a tool fixture arrangement having a body and plurality of removable legs (75A, 75B, 75C) for coupling to a tool of the plurality of tools the plurality of removable legs (75A, 75B, 75C) each having an arcuate recess for quick attachment to and removal from an arcuate guide attached to said body and wherein each of said plurality of removable legs (75A, 75B, 75C) of said tool support fixture assembly further comprises at least one tightening slit for facilitating removal of said plurality of removable legs (75A, 75B, 75C) from said body said at least one tightening slit extending into communication with each of the at least one arcuate recess formed in each respective removable leg (75A, 75B, 75C). a window frame support or sash support; an articulating arm coupled to a base positioned with respect to the window frame support or sash support, the articulating arm having a plurality of members (104, 108, 112) and arms (106, 110) to allow movement of a tool support fixture about multiple axes defined by the articulating arm; and the tool support fixture assembly coupled to an outermost member relative to the base of said plurality of members (104, 108, 112) the tool support fixture assembly having a plurality of tools for performing cleaning operations on a window frame or sash during the cleaning operations, further comprising a tool fixture arrangement having a body and plurality of removable legs (75A, 75B, 75C) for coupling to a tool of the plurality of tools the plurality of removable legs (75A, 75B, 75C) each having an arcuate recess for quick attachment to and removal from an arcuate guide attached to said body and wherein each of said plurality of removable legs (75A, 75B, 75C) of said tool support fixture assembly further comprises at least one tightening slit for facilitating removal of said plurality of removable legs (75A, 75B, 75C) from said body said at least one tightening slit extending into communication with each of the at least one arcuate recess formed in each respective removable leg (75A, 75B, 75C).
A method for performing discontinuous transmission, DTX, when continuous packet connectivity, CPC, and dedicated channel, DCH, enhancements are configured at a user equipment, UE, comprising: identifying whether DTX is allowed in association with the CPC at the UE during a first time period (212, 214, 216); determining whether DTX is allowed in association with the DCH enhancements at the UE during a second time period; and performing DTX at the UE during a third time period (412, 416) when the first time period (212, 214, 216) and the second time period allow for DTX, at least partially, and wherein the third time period (412, 416) is a duration during which the DTX of the CPC overlaps with the DTX of the DCH enhancements. identifying whether DTX is allowed in association with the CPC at the UE during a first time period (212, 214, 216); determining whether DTX is allowed in association with the DCH enhancements at the UE during a second time period; and performing DTX at the UE during a third time period (412, 416) when the first time period (212, 214, 216) and the second time period allow for DTX, at least partially, and wherein the third time period (412, 416) is a duration during which the DTX of the CPC overlaps with the DTX of the DCH enhancements.
Programming method for a path to be travelled by an end effector, - wherein a number of local coordinate systems (K1 to K4) are specified for a programming device by a user in that the programming device receives the local coordinate systems (K1 to K4) from the user in a first step, - wherein the local coordinate systems (K1 to K4) are in particular rectangular Cartesian coordinate systems, - wherein each local coordinate system (K1 to K4) is referenced directly or via at least one other local coordinate system (K1 to K4) to a global machine coordinate system of a motion-controlled machine, - wherein the programming device receives from the user, in each case with reference to one of the local coordinate systems (K1 to K4), at least two different positions (A1 to A4) to be approached by the end effector referenced to different local coordinate systems (A1 to A4) in a second step, - wherein the programming device determines, on the basis of the positions (A1 to A4) to be approached received from the user in the global machine coordinate system, the path to be travelled by the end effector in a third step, - wherein the programming device stores the path to be travelled by the end effector as a first file so that it can be retrieved again at a later time. - wherein a number of local coordinate systems (K1 to K4) are specified for a programming device by a user in that the programming device receives the local coordinate systems (K1 to K4) from the user in a first step, - wherein the local coordinate systems (K1 to K4) are in particular rectangular Cartesian coordinate systems, - wherein each local coordinate system (K1 to K4) is referenced directly or via at least one other local coordinate system (K1 to K4) to a global machine coordinate system of a motion-controlled machine, - wherein the programming device receives from the user, in each case with reference to one of the local coordinate systems (K1 to K4), at least two different positions (A1 to A4) to be approached by the end effector referenced to different local coordinate systems (A1 to A4) in a second step, - wherein the programming device determines, on the basis of the positions (A1 to A4) to be approached received from the user in the global machine coordinate system, the path to be travelled by the end effector in a third step, - wherein the programming device stores the path to be travelled by the end effector as a first file so that it can be retrieved again at a later time.
A method of performing a multiplexed digital assay, the method comprising: providing partitions each including a portion of a same mixture, the mixture containing a first target and a second target, primers for amplification of each target, a generic reporter that is sensitive to amplification of either target and a specific reporter that is specifically sensitive to amplification of the second target, wherein only a first subset of the partitions each contain at least one copy of the first target and only a distinct second subset of the partitions each contain at least one copy of the second target; amplifying the first target and the second target in the partitions; collecting amplification data from the generic reporter and the specific reporter present in a plurality of the partitions, wherein all of the data is collected from the plurality of partitions at a same temperature; and calculating a concentration of each target based on the amplification data.
A web material processing line, comprising processing machinery with moving members comprised of at least a first unwinder for reels of web material and at least one machine downstream of the unwinder;, characterized by comprising a system for controlling the safe access to the processing machinery, the system comprising: - at least one fence surrounding the processing machinery; - a first passage to access the inside of the fence; - a control arrangement, functionally connected to the first passage; the first passage and the control arrangement being configured to count the number of operators entering the fence and exiting therefrom; and wherein: the control arrangement and the first passage are configured so as to allow the first passage to be opened only when the processing machinery inside the fence is in a safety condition different than the normal operating condition of the processing machinery; the control arrangement and the first passage are configured so as to prevent the return to the normal operating condition of the processing machinery, following an access through the first passage, until the same number of operators who entered the fence through the first passage has exited the fence through the first passage. - at least one fence surrounding the processing machinery; - a first passage to access the inside of the fence; - a control arrangement, functionally connected to the first passage; the first passage and the control arrangement being configured to count the number of operators entering the fence and exiting therefrom; the control arrangement and the first passage are configured so as to allow the first passage to be opened only when the processing machinery inside the fence is in a safety condition different than the normal operating condition of the processing machinery; the control arrangement and the first passage are configured so as to prevent the return to the normal operating condition of the processing machinery, following an access through the first passage, until the same number of operators who entered the fence through the first passage has exited the fence through the first passage.
Use of a compound of formula: wherein R 1 is a C 5 to C 39 alkyl or alkenyl group and R 2 is a group of formula (a) wherein one of W, X, Y and Z is a covalent bond and the remaining groups are independently selected from H, M, SO 3 M and a further group of formula R 1 CO provided at least one of W, X, Y and Z is SO 3 M; and each M is independently a hydrogen ion, an ammonium ion or a metal ion, as a mild, high foaming surfactant in a personal care composition.
A screen locking method carried out in a mobile terminal, comprising: displaying a lock screen interface in a lock screen state; in response to a first input on the lock screen interface, displaying a first interface in the lock screen state, wherein the first interface comprises a first picture, and a lock screen configuration interface, the first interface uses the first picture as a lock screen background, content introduction information of the first picture is displayed on the lock screen configuration interface, the lock screen configuration interface is provided with a first function option for commenting on a current lock screen background; in response to a second input on the first function option, identifying the first picture as a favorite; and in response to a third input for displaying a next picture, changing the lock screen background from the first picture to a second picture, and changing content introduction information of the first picture to content introduction information of the second picture, wherein the second picture is a new picture. displaying a lock screen interface in a lock screen state; in response to a first input on the lock screen interface, displaying a first interface in the lock screen state, wherein the first interface comprises a first picture, and a lock screen configuration interface, the first interface uses the first picture as a lock screen background, content introduction information of the first picture is displayed on the lock screen configuration interface, the lock screen configuration interface is provided with a first function option for commenting on a current lock screen background; in response to a second input on the first function option, identifying the first picture as a favorite; and in response to a third input for displaying a next picture, changing the lock screen background from the first picture to a second picture, and changing content introduction information of the first picture to content introduction information of the second picture, wherein the second picture is a new picture.
A method, comprising: preparing a frame comprising at least one channel reservation request message and at least one channel reservation grant message, wherein the preparing comprises multiplexing the at least one channel reservation request message and the at least one channel reservation grant message at least by frequency-division multiplexing; and transmitting the frame from a first node to a second node, wherein the channel reservation request message and the channel reservation grant message relate to communications between the first node and the second node, wherein the preparing comprises providing the at least one request-to-send message and the at least one channel reservation grant message at the start of the frame when an immediately previous frame ends with channel reservation information, and providing the at least one channel reservation request message and the at least one channel reservation grant message at the end of the frame when an immediately previous frame begins with channel reservation information. preparing a frame comprising at least one channel reservation request message and at least one channel reservation grant message, wherein the preparing comprises multiplexing the at least one channel reservation request message and the at least one channel reservation grant message at least by frequency-division multiplexing; and transmitting the frame from a first node to a second node, wherein the channel reservation request message and the channel reservation grant message relate to communications between the first node and the second node, wherein the preparing comprises providing the at least one request-to-send message and the at least one channel reservation grant message at the start of the frame when an immediately previous frame ends with channel reservation information, and providing the at least one channel reservation request message and the at least one channel reservation grant message at the end of the frame when an immediately previous frame begins with channel reservation information.
A process for production of fatty acid alkyl esters comprising, forming a two phase reactant mixture comprising fatty acid feedstock, alcohol, water, and glycerol, contacting the reactant mixture with a lipolytic enzyme, which is a liquid lipase, wherein the glycerol-water phase constitutes from 5 to 50 % of the reactant mixture (w/w), and wherein glycerol constitutes 30 to 85 % of the glycerol-water phase (w/w).