mhurhangee/ep-ind-claims huggingface dataset:
A coin billet or coining die holder for a robotic arm 104 of a polishing machine for polishing a coining die or coin billet, the holder comprising: a base; a magnetic retainer which is arranged to magnetically retain a billet or die to the base; and a supporting sidewall extending away from the base in an axial direction and arranged to at least partially surround the outer surface of a billet or die retained to the base by the magnetic retainer 122 so as to restrict lateral movement of the billet or die with respect to the base; wherein the supporting sidewall 128 is detachably attached to the base. a base; a magnetic retainer which is arranged to magnetically retain a billet or die to the base; and a supporting sidewall extending away from the base in an axial direction and arranged to at least partially surround the outer surface of a billet or die retained to the base by the magnetic retainer 122 so as to restrict lateral movement of the billet or die with respect to the base;
Centring element for the centred assembly of a handlebar stem on a fork steerer tube of a front fork of a bicycle and for determining an orientation of the handlebar stem relative to the longitudinal axis of the bicycle, the stem comprising a fork steerer tube clamp in such a way that it can be pushed onto the fork steerer tube and clamped there, wherein the centring element is designed in such a way that it can be introduced into the interior of the fork steerer tube and there can be received in a bearing seat, so that the centring element protrudes, with at least one centring extension, from the interior of the fork steerer tube to its outer side and there at least partially into a centring recess of the stem, and thereby adjusts the orientation of the stem relative to the steerer tube, wherein the centring element has at least one spring element which is in force coupling with the centring extension and elastically biases this into the adjustment position, characterised inthat the centring element has a central recess which runs axially to the fork steerer tube axis (As) for the implementation of an axial fastening means for the stem.
A method for producing magnetic particles comprising: forming a hydrophobic first polymer layer on the surface of a mother particle containing superparamagnetic particles; forming a second polymer layer having glycidyl groups at least on its surface on the first polymer layer; and introducing a polar group containing one or more of at least one atom selected from the group consisting of an oxygen atom, a nitrogen atom, and a sulfur atom by chemically modifying the glycidyl groups; wherein the chemical modification of the glycidyl groups includes: a reaction of introducing an amino group; a reaction of introducing an aldehyde group; or a reaction of introducing a carboxyl group and a reaction of converting the carboxyl group into an active ester group. forming a hydrophobic first polymer layer on the surface of a mother particle containing superparamagnetic particles; forming a second polymer layer having glycidyl groups at least on its surface on the first polymer layer; and introducing a polar group containing one or more of at least one atom selected from the group consisting of an oxygen atom, a nitrogen atom, and a sulfur atom by chemically modifying the glycidyl groups; wherein the chemical modification of the glycidyl groups includes: a reaction of introducing an amino group; a reaction of introducing an aldehyde group; or a reaction of introducing a carboxyl group and a reaction of converting the carboxyl group into an active ester group.
A security barrier comprising two elongate elements, substantially equal in width, connected together edge to edge to form a barrier with a substantially perpendicular or V-shaped cross-section, wherein the outwardly-facing surfaces of the elongate elements form a deformable arched profile extending between two parts such that the security barrier in an installed condition, rests on the ground on the two parts of the lower of the elongate members, characterized in that the security barrier is constructed from an elastomeric material.
Printing system comprising a storage unit, a print unit, a control unit and a user interface, the storage unit comprising a print media catalog comprising a list of print media, each print medium in the list having a plurality of media attribute values characterizing the print medium, and each print medium categorized in at least one group based on at least one media attribute value, the print unit comprising a print head for ejecting marking material on a print medium of the list, and the control unit configured to control the printing on a print medium of the list according to a plurality of optimization parameters, an optimization parameter being related to the at least one media attribute value used for categorization in a group of the at least one group, to receive a value of a particular optimization parameter related to a first media attribute value of a print medium categorized in a particular group by means of the user interface, to store the value of the particular optimization parameter in the storage unit of the printing system, and to automatically propagate the received value to other print media categorized in the same particular group, and characterized in that the particular optimization parameter is a parameter for a curl correction determined by a particular size-weight combination of the print medium.
Loading bridge for vehicles, in particular trailers, with a bridge frame having a plurality of interconnected frame members and with a baseplate, characterized in that the baseplate has a downwardly angled, preferably bent, plate edge, wherein the baseplate rests in a manner supported on a plurality of frame members and is guided by its plate edge in a form-fitting manner on frame members.
A drilling tool, comprising: a cylindrical casing pipe centered on an axis; an annular ring bit that is coaxially disposed on a tip side of the casing pipe and has a greater external diameter than the casing pipe; and a pilot bit that is inserted into an inner peripheral part of the ring bit through an inside of the casing pipe, wherein the pilot bit is rotatable around the axis and a bit head is provided at an outer peripheral part of a tip of the pilot bit, wherein the bit head is rotatable around a centerline eccentric from the axis, and is configured that when the pilot bit is rotated in a tool rotation direction during drilling, the bit head is extended such that a radius of the bit head from the axis is enlarged and thereby is supported by the pilot bit, and wherein the ring bit is provided with: a part to be engaged that is configured to be engaged with the extended bit head in the tool rotation direction during drilling; a first abutting part capable of abutting against the tip side of the extended bit head in a direction of the axis; and a recessed portion that is recessed to an outer peripheral side is formed at the inner peripheral part of the ring bit, and the recessed portion serves as the part to be engaged. a cylindrical casing pipe centered on an axis; an annular ring bit that is coaxially disposed on a tip side of the casing pipe and has a greater external diameter than the casing pipe; and a pilot bit that is inserted into an inner peripheral part of the ring bit through an inside of the casing pipe, wherein the pilot bit is rotatable around the axis and a bit head is provided at an outer peripheral part of a tip of the pilot bit, wherein the bit head is rotatable around a centerline eccentric from the axis, and is configured that when the pilot bit is rotated in a tool rotation direction during drilling, the bit head is extended such that a radius of the bit head from the axis is enlarged and thereby is supported by the pilot bit, and wherein the ring bit is provided with: a part to be engaged that is configured to be engaged with the extended bit head in the tool rotation direction during drilling; a first abutting part capable of abutting against the tip side of the extended bit head in a direction of the axis; and a recessed portion that is recessed to an outer peripheral side is formed at the inner peripheral part of the ring bit, and the recessed portion serves as the part to be engaged.
Device for holding bicycles on a bicycle-carrier comprising: - a bar having two ends, a first end connected to first catching means adapted to lock the device onto a chassis of the bicycle-carrier, and a second end connected to second catching means adapted to lock the device onto a chassis of a bicycle, the first catching means comprising a first jaw fastened to the bar, and a second mobile jaw adapted to be closed by the actuating means against the first fixed jaw, the second catching means comprising a nipper element comprising two, mutually pivoted arms; and - actuating means connected to the first catching means and to the second catching means and adapted to close them and lock them respectively onto the chassis of the bicycle-carrier and onto the chassis of the bicycle; wherein the actuating means comprise a fitting element connected to the second mobile jaw and adapted to actuate it for rotating, said fitting element being assembled sliding inside the bar and the nipper element, characterized in that the fitting element is composed of a rod connected to the second mobile jaw through an eyelet obtained by bending an end of the rod which engages a pin fastened to the second mobile jaw. - a bar having two ends, a first end connected to first catching means adapted to lock the device onto a chassis of the bicycle-carrier, and a second end connected to second catching means adapted to lock the device onto a chassis of a bicycle, the first catching means comprising a first jaw fastened to the bar, and a second mobile jaw adapted to be closed by the actuating means against the first fixed jaw, the second catching means comprising a nipper element comprising two, mutually pivoted arms; and - actuating means connected to the first catching means and to the second catching means and adapted to close them and lock them respectively onto the chassis of the bicycle-carrier and onto the chassis of the bicycle;
A method of controlling active power generation of a wind power plant (100, 600) coupled to a power grid, the wind power plant (100, 600) comprising a power plant controller (150, 630) for controlling a plurality of wind turbine generators (120, 610), the method being characterised by the steps of: monitoring an operational status of a plant compensation equipment (170, 620); adjusting a plant reactive power capability when the operational status of the plant compensation equipment (170, 620) indicates a fault in the plant compensation equipment (170, 620); controlling the wind power plant (100, 600) to curtail the active power generated by the wind power plant (100, 600) by a curtailment amount determined based on the adjusted plant reactive power capability. monitoring an operational status of a plant compensation equipment (170, 620); adjusting a plant reactive power capability when the operational status of the plant compensation equipment (170, 620) indicates a fault in the plant compensation equipment (170, 620); controlling the wind power plant (100, 600) to curtail the active power generated by the wind power plant (100, 600) by a curtailment amount determined based on the adjusted plant reactive power capability.
A metal complex of Formula I: wherein M is Zr, Hf, or Ti; each Het is independently a heterocyclic ring that includes N, O and/or S; each L is independently a bridging group (CR 2) m where m is 0, 1, 2, 3, or 4; O; S; or NR-, where each R is independently selected from the group including hydrogen, alkyls, alkenyls, alkynyls, cycloalkyls, aryls, acyls, aroyls, alkoxys, aryloxys, alkylthiols, dialkylamines, alkylamidos, alkoxycarbonyls, aryloxycarbonyls, carbomoyls, alkyl- and dialkyl-carbamoyls, acyloxys, acylaminos, aroylaminos, aromatic rings, fused aromatic rings and combinations thereof; each X is independently CI, Br, I, or alkyl; each R 1 is independently selected from the group including hydrogen, alkyls, alkenyls, alkynyls, cycloalkyls, aryls, acyls, aroyls, alkoxys, aryloxys, alkylthiols, dialkylamines, alkylamidos, alkoxycarbonyls, aryloxycarbonyls, carbomoyls, alkyl- and dialkyl-carbamoyls, acyloxys, acylaminos, aroylaminos, aromatic rings, fused aromatic rings, and combinations thereof; and each n is independently an integer having a value of one to five.
An X-ray image pickup system for medical use which has at least two imaging modes, comprising a solid-state image pickup apparatus (1A, 1B), where M < N and M and N are integers greater than or equal to 2, which takes an X-ray image while moving around a jaw portion of a test subject, wherein, the solid-state image pickup apparatus (1A, 1B) has a photodetecting section (10A, 10B) which is formed such that M × N pixels respectively including photodiodes are two-dimensionally arrayed in M rows and N columns, the photodetecting section (10A, 10B) has a rectangular photosensitive surface whose longitudinal direction is the row direction, N readout wirings (L O,n) which are installed on the respective columns, and connected to the photodiodes included in the pixels on corresponding columns via readout switches (SW 1), a signal readout section which holds voltage values corresponding to quantities of charges input via the readout wirings (L O,n), and outputs the holding voltage values in series, a controlling section (6A, 6B) which controls switching operations of the readout switches of the respective pixels, and controls outputting operations of voltage values in the signal readout section, to output the voltage values corresponding to the quantities of charges generated in the photodiodes of the respective pixels from the signal readout section, and a scintillator which generates a scintillation light according to an incident X-ray to convert the X-ray image into an optical image, and outputs the optical image to the photodetecting section (10A, 10B), the X-ray image pickup system for medical use further comprises a rotation controlling section which supports the solid-state image pickup apparatus (1A, 1B) rotatably around an axis line vertical to the photosensitive surface, and controls a rotation angle of the solid-state image pickup apparatus such that the longitudinal direction of the photodetecting section is made parallel to a moving direction of the solid-state image pickup apparatus (1A, 1B) in one imaging mode of the two imaging modes, and the longitudinal direction of the photodetecting section is made perpendicular to the moving direction of the solid-state image pickup apparatus (1A, 1B) in the other imaging mode of the two imaging modes; and further wherein a rotation center of the solid-state image pickup apparatus (1A, 1B) is located at one corner of the four corners of the rectangular photodetecting section (10A, 10B), and the solid-state image pickup apparatus (1A, 1B) is rotated such that the one corner is located on the lower jaw side of the test subject in both of the two imaging modes.
A hair transplant device comprising: an extraction unit including a coring needle configured to extract at least one hair follicle from a donor site; an implanting unit removably coupled to the extraction unit, the implanting unit including a splitting needle configured to create an opening in a recipient site; a housing coupled to the extraction unit; and a user interface extending from the housing and moveable relative to the housing; wherein when the extraction unit is assembled with the implanting unit, the coring needle and the splitting needle are arranged along a common axis and the coring needle and the splitting needle are axially separated along the common axis such that the user interface can be displaced to drive the hair follicle from within the coring needle into the opening in the recipient site to implant the hair follicle. an extraction unit including a coring needle configured to extract at least one hair follicle from a donor site; an implanting unit removably coupled to the extraction unit, the implanting unit including a splitting needle configured to create an opening in a recipient site; a housing coupled to the extraction unit; and a user interface extending from the housing and moveable relative to the housing; wherein when the extraction unit is assembled with the implanting unit, the coring needle and the splitting needle are arranged along a common axis and the coring needle and the splitting needle are axially separated along the common axis such that the user interface can be displaced to drive the hair follicle from within the coring needle into the opening in the recipient site to implant the hair follicle.
Tooth unit comprising an artificial tooth for insertion into a denture base and a virtual data set of the tooth, the artificial tooth having an outer part visible in the inserted state and an inner part arranged inside the denture base in the inserted state, and the inner part being designed to be non-symmetric, the inner part being designed such that relative to a direction of insertion in which the artificial tooth is inserted into the denture base, no undercuts are present at the inner part, the virtual data set of the tooth corresponding to its outer geometry, and the virtual data set of the artificial tooth having a virtual gingiva line in the region which is free of undercuts in the direction of the inner part, said gingiva line defining the transition from the outer part to the inner part, the artificial tooth having no tooth edge at which a change of angle occurs and the virtual gingiva line extends completely circumferentially. the artificial tooth having an outer part visible in the inserted state and an inner part arranged inside the denture base in the inserted state, and the inner part being designed to be non-symmetric, the inner part being designed such that relative to a direction of insertion in which the artificial tooth is inserted into the denture base, no undercuts are present at the inner part, the virtual data set of the tooth corresponding to its outer geometry, and the virtual data set of the artificial tooth having a virtual gingiva line in the region which is free of undercuts in the direction of the inner part, said gingiva line defining the transition from the outer part to the inner part, the artificial tooth having no tooth edge at which a change of angle occurs and the virtual gingiva line extends completely circumferentially.
A system for sequencing a biopolymer, the system comprising: a solid substrate for receiving a sample containing biopolymer material of a biopolymer to be sequenced; a biopolymer capture element defining an aperture through which biopolymer material from a sample may be driven; and a discrete detection means associated with the biopolymer capture element and formed in or on the substrate, the discrete detection means comprising a passageway for receiving a biopolymer to be sequenced and comprises a signal detection or generation means through which the biopolymer to be sequenced may be fed from the biopolymer capture element, wherein the system is not based upon a potential difference on each side of a membrane defining a pore and separating two fluid chambers. a solid substrate for receiving a sample containing biopolymer material of a biopolymer to be sequenced; a biopolymer capture element defining an aperture through which biopolymer material from a sample may be driven; and a discrete detection means associated with the biopolymer capture element and formed in or on the substrate, the discrete detection means comprising a passageway for receiving a biopolymer to be sequenced and comprises a signal detection or generation means through which the biopolymer to be sequenced may be fed from the biopolymer capture element, wherein the system is not based upon a potential difference on each side of a membrane defining a pore and separating two fluid chambers.
A rearview mirror for a vehicle, comprising: a substrate having a reflective surface thereon; and an actuation mechanism coupled within the substrate and including a socket plate rotatably coupled within the cavity of the housing at a first end thereof and extending to a second end; the actuation mechanism characterized by: a link element rotatably coupled with the substrate adjacent the second end of the socket and engaged with the socket plate to rotate the socket plate about the first end by rotation of the link element; a clutch plate rigidly coupled with the link element about an axis thereof; and an input element positioned on, rotatable about, and slideable along the axis of the link element, the input element releasably engaging the clutch plate under a force applied thereto along the axis. a substrate having a reflective surface thereon; and an actuation mechanism coupled within the substrate and including a socket plate rotatably coupled within the cavity of the housing at a first end thereof and extending to a second end; the actuation mechanism characterized by: a link element rotatably coupled with the substrate adjacent the second end of the socket and engaged with the socket plate to rotate the socket plate about the first end by rotation of the link element; a clutch plate rigidly coupled with the link element about an axis thereof; and an input element positioned on, rotatable about, and slideable along the axis of the link element, the input element releasably engaging the clutch plate under a force applied thereto along the axis. a link element rotatably coupled with the substrate adjacent the second end of the socket and engaged with the socket plate to rotate the socket plate about the first end by rotation of the link element; a clutch plate rigidly coupled with the link element about an axis thereof; and an input element positioned on, rotatable about, and slideable along the axis of the link element, the input element releasably engaging the clutch plate under a force applied thereto along the axis.
A system for determining the state of charge of a battery; the system comprising: a battery model having an input configured to receive an estimated state of charge value, the battery model being configured to generate at least one voltage loss output (42, 43, 46) from which an estimated battery voltage is determined, the or each voltage loss output being representative of the contributions to voltage loss due to a parameter; and a comparator configured to determine a voltage error between the estimated battery voltage and the actual battery voltage, the system characterised in that: the battery model is configured to modify an adaptive state of charge weight based on the determined voltage error, wherein the state of charge is determined by modifying the estimated state of charge with the adaptive state of charge weight, and wherein the battery model is configured to back propagate the voltage error to modify the adaptive state of charge weight. a battery model having an input configured to receive an estimated state of charge value, the battery model being configured to generate at least one voltage loss output (42, 43, 46) from which an estimated battery voltage is determined, the or each voltage loss output being representative of the contributions to voltage loss due to a parameter; and a comparator configured to determine a voltage error between the estimated battery voltage and the actual battery voltage, the system characterised in that: the battery model is configured to modify an adaptive state of charge weight based on the determined voltage error, wherein the state of charge is determined by modifying the estimated state of charge with the adaptive state of charge weight, and wherein the battery model is configured to back propagate the voltage error to modify the adaptive state of charge weight. the battery model is configured to modify an adaptive state of charge weight based on the determined voltage error, wherein the state of charge is determined by modifying the estimated state of charge with the adaptive state of charge weight, and wherein the battery model is configured to back propagate the voltage error to modify the adaptive state of charge weight.