mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus comprising: a medium transport portion configured to transport a recording medium in a transport direction; a discharge head configured to discharge liquid droplets each having one size among mutually different sizes onto the recording medium; a head moving portion configured to reciprocate the discharge head in a main scanning direction intersecting with the transport direction; a calculation portion configured to analyze the size of each of the liquid droplets and quantities with respect to the liquid droplets based on image data corresponding to an image to be printed on the recording medium to calculate at least one adjustment value to be applied to discharge timing points at each of which a corresponding one of the liquid droplets is discharged; and a controller configured to change the discharge timing points based on the at least one adjustment value, characterized in that the calculation portion is configured to calculate an average dot size value for at least one predetermined region of the recording medium and to calculate the at least one adjustment value for each of the at least one predetermined region based on the calculated average dot size value. a medium transport portion configured to transport a recording medium in a transport direction; a discharge head configured to discharge liquid droplets each having one size among mutually different sizes onto the recording medium; a head moving portion configured to reciprocate the discharge head in a main scanning direction intersecting with the transport direction; a calculation portion configured to analyze the size of each of the liquid droplets and quantities with respect to the liquid droplets based on image data corresponding to an image to be printed on the recording medium to calculate at least one adjustment value to be applied to discharge timing points at each of which a corresponding one of the liquid droplets is discharged; and a controller configured to change the discharge timing points based on the at least one adjustment value, characterized in that the calculation portion is configured to calculate an average dot size value for at least one predetermined region of the recording medium and to calculate the at least one adjustment value for each of the at least one predetermined region based on the calculated average dot size value.
A mobile alarm apparatus for releasable fastening to a movable object, in particular to a two-wheeler or to a tool, comprising a detection apparatus for detecting positional changes of the alarm apparatus; an output apparatus for the output of alarm signals; and a control apparatus for controlling the output apparatus in dependence on detected positional changes, wherein the control apparatus is operable in a monitoring mode and in an alarm mode and is configured in the monitoring mode: - to control the output apparatus to output a pre-alarm and to change into the alarm mode when a detected positional change is within a first range of significance; and in the alarm mode: - to change into the monitoring mode when a predefined time period has elapsed since the last output of an alarm signal; - and otherwise to control the output apparatus to output a main alarm different from the pre-alarm when a detected positional change is within a second range of significance. - to control the output apparatus to output a pre-alarm and to change into the alarm mode when a detected positional change is within a first range of significance; and - to change into the monitoring mode when a predefined time period has elapsed since the last output of an alarm signal; - and otherwise to control the output apparatus to output a main alarm different from the pre-alarm when a detected positional change is within a second range of significance.
A method for bulk mapping of network services, comprising: determining a set of service entry point candidates for an organization based on network information received from one or more load balancing servers through which services of the organization are routed, wherein service entry points are properties of a connection to a particular portion of an IT infrastructure, including host information including an IP address of a host of the respective service, and are used as a starting point for service mapping of the respective service, wherein the host information is discovered by querying the one or more load balancing servers; receiving user input including a selection of a plurality of service entry points selected from the set of service entry point candidates; generating, based on the network information, a service map for each of two or more of the selected service entry points in parallel, wherein each service entry point is used as a starting point for generating the respective service map; grouping errors encountered while generating the service maps for the two or more selected service entry points into one or more category groups based on characteristics of the errors across multiple service entry points, wherein the characteristics are used to group the errors which are likely to be resolvable together via a common fix; and displaying the one or more category groups on a display device for bulk resolution. determining a set of service entry point candidates for an organization based on network information received from one or more load balancing servers through which services of the organization are routed, wherein service entry points are properties of a connection to a particular portion of an IT infrastructure, including host information including an IP address of a host of the respective service, and are used as a starting point for service mapping of the respective service, wherein the host information is discovered by querying the one or more load balancing servers; receiving user input including a selection of a plurality of service entry points selected from the set of service entry point candidates; generating, based on the network information, a service map for each of two or more of the selected service entry points in parallel, wherein each service entry point is used as a starting point for generating the respective service map; grouping errors encountered while generating the service maps for the two or more selected service entry points into one or more category groups based on characteristics of the errors across multiple service entry points, wherein the characteristics are used to group the errors which are likely to be resolvable together via a common fix; and displaying the one or more category groups on a display device for bulk resolution.
A pharmaceutical composition for use in the prevention or treatment of a neurodegenerative disease, with reduced immunosuppressive activity, comprising one or more FK506 derivatives selected from the group consisting of 31- O -demethyl-FK506, 9-deoxo-31- O -demethyl-FK506, and 9-deoxo-prolyl-FK506 represented by Formula 2 below:
A process for preparing hydrocarbons by dehydrating primary alcohols, using trifluoromethanesulfonic acid as dehydration catalyst, wherein 0.5%-3% by weight of the catalyst is used for the dehydration.
A telecommunications system for providing an internet protocol multimedia communications session to a mobile user equipment, the telecommunications system comprising an internet protocol multimedia subsystem operable to provide the internet protocol multimedia communications session to the mobile user equipment, the internet protocol multimedia subsystem including a call state control function, and a roaming mobile application server, a packet radio network (VPLMN) operable in response to a packet data protocol context application request from the mobile user equipment providing an access point name for controlling the internet protocol multi-media communications session, to confirm, using a domain name server whether the access point name identifies one of a gateway support node of the packet radio network or a gateway support node of a home network of the mobile user equipment, the packet radio network (VPLMN) operable to establish a communication bearer for communicating internet data packets with the mobile user equipment, wherein the mobile user equipment is operable to communicate, via the communication bearer, a register message to the call state control function of the internet protocol subsystem for registering the multi-media communications session with the internet protocol multimedia subsystem, the call state control function being operable to communicate the register message to the roaming mobile applications server, the roaming mobile application server being responsive to the register message, to determine whether the access point name, which was used to communicate the register message, corresponds with a preferred access point name for the mobile user equipment, and if the access point name does not correspond to the preferred access point name, to communicate a re-register message providing the preferred access point name to the mobile user equipment for use in controlling the communications session at a gateway support node identified by the preferred access point name.
A method of metallizing a photovoltaic solar cell to deposit a layer of metal thereon, said photovoltaic solar cell having a front side and a backside and said front side having a pattern comprising metal thereon, the method comprising the steps of: a) contacting the photovoltaic solar cell with an electroless plating composition comprising: i) a source of soluble silver ions; ii) a complexing agent, for the silver ions selected from the group consisting of cyanide, succinimide or substituted succinimide, hydantoin or substituted hydantoin, uracil, thiosulfate, amines and combinations of one or more of the foregoing; and iii) a reducing agent selected from the group consisting of formaldehyde, glucose, dextrose, glyoxal, sugar inverted by nitric acid, hydrazine or hydrazine sulfate, aldonic acids, aldonic lactones, Rochelle's salts, cobalt ions, sulfide salts, sulfite salts, thiosulfate salts, hypophosphite salts, borohydride salts, alkylamine borane, hydrazineborane, cyanoborohydride salts and combinations of one or more of the foregoing; and thereafter b) illuminating the photovoltaic solar cell with radiant energy from a light source, wherein the front side and backside of the solar cell become oppositely charged and metal ions from the electroless plating solution are plated onto the metallic pattern on the frontside of the solar cell, and wherein the solar cell is not electrically connected to an external power source during the plating. a) contacting the photovoltaic solar cell with an electroless plating composition comprising: i) a source of soluble silver ions; ii) a complexing agent, for the silver ions selected from the group consisting of cyanide, succinimide or substituted succinimide, hydantoin or substituted hydantoin, uracil, thiosulfate, amines and combinations of one or more of the foregoing; and iii) a reducing agent selected from the group consisting of formaldehyde, glucose, dextrose, glyoxal, sugar inverted by nitric acid, hydrazine or hydrazine sulfate, aldonic acids, aldonic lactones, Rochelle's salts, cobalt ions, sulfide salts, sulfite salts, thiosulfate salts, hypophosphite salts, borohydride salts, alkylamine borane, hydrazineborane, cyanoborohydride salts and combinations of one or more of the foregoing; and thereafter i) a source of soluble silver ions; ii) a complexing agent, for the silver ions selected from the group consisting of cyanide, succinimide or substituted succinimide, hydantoin or substituted hydantoin, uracil, thiosulfate, amines and combinations of one or more of the foregoing; and iii) a reducing agent selected from the group consisting of formaldehyde, glucose, dextrose, glyoxal, sugar inverted by nitric acid, hydrazine or hydrazine sulfate, aldonic acids, aldonic lactones, Rochelle's salts, cobalt ions, sulfide salts, sulfite salts, thiosulfate salts, hypophosphite salts, borohydride salts, alkylamine borane, hydrazineborane, cyanoborohydride salts and combinations of one or more of the foregoing; and thereafter b) illuminating the photovoltaic solar cell with radiant energy from a light source,
A wavefront measuring apparatus (10, 11) comprising: a first lens array to split a radially propagating light beam after being emitted from an optical system to be tested and once forming an image, and then to condense each of the split light beams; a concave lens to further spread radially the plurality of split light beams from the first lens array; a detection unit disposed at a position where condensing spots of the plurality of split light beams radially propagating from the first lens array are formed; and a control unit to calculate, when the first lens array is at a position of conjugation with the optical system to be tested, a transmitted wavefront of the optical system to be tested from positions of the condensing spots. a first lens array to split a radially propagating light beam after being emitted from an optical system to be tested and once forming an image, and then to condense each of the split light beams; a concave lens to further spread radially the plurality of split light beams from the first lens array; a detection unit disposed at a position where condensing spots of the plurality of split light beams radially propagating from the first lens array are formed; and a control unit to calculate, when the first lens array is at a position of conjugation with the optical system to be tested, a transmitted wavefront of the optical system to be tested from positions of the condensing spots.
A fuel line coupling component for coupling coaxially aligned first and second fuel lines to allow displacements therebetween, wherein the fuel line coupling component comprises: an outer tubular member having a coaxially aligned pair of outer tubular sections (412a, 412b) that are coaxially displaceable relative to one another; an inner tubular member which is coaxially sleeved within the outer tubular member so as to define an annular space therebetween, the inner tubular member having a coaxially sleeved pair of inner tubular sections (414a, 414b) that are coaxially displaceable relative to one another; and a pair of terminal end connectors (416, 418) comprising a journalled connection assembly with the respective opposed distal ends (412a2, 412b2, 414a2, 414b2) of the outer and inner tubular members (412, 414) to thereby allow simultaneous rotational movements of the outer and inner tubular members (412, 414) about a longitudinal axis thereof and simultaneous radial displacements of the outer and inner tubular members (412, 414) relative to a reference plane; wherein the inner tubular member comprises pairs of static brushes (426a, 426b) to electrically bond the inner tubular sections (414a, 414b) to the terminal end connectors (416, 418). an outer tubular member having a coaxially aligned pair of outer tubular sections (412a, 412b) that are coaxially displaceable relative to one another; an inner tubular member which is coaxially sleeved within the outer tubular member so as to define an annular space therebetween, the inner tubular member having a coaxially sleeved pair of inner tubular sections (414a, 414b) that are coaxially displaceable relative to one another; and a pair of terminal end connectors (416, 418) comprising a journalled connection assembly with the respective opposed distal ends (412a2, 412b2, 414a2, 414b2) of the outer and inner tubular members (412, 414) to thereby allow simultaneous rotational movements of the outer and inner tubular members (412, 414) about a longitudinal axis thereof and simultaneous radial displacements of the outer and inner tubular members (412, 414) relative to a reference plane; wherein the inner tubular member comprises pairs of static brushes (426a, 426b) to electrically bond the inner tubular sections (414a, 414b) to the terminal end connectors (416, 418).
A method for coating a carbon fiber for a composite structure, comprising: spraying a slurry comprising TEOS onto a surface of the carbon fibres,wherein the slurry is a sol gel comprising a metal precursor and a carrier fluid; and heating the carbon fiber with a heater to treat the slurry at a temperature sufficient such that the slurry decomposes into silica to form a sol gel derived layer on the carbon fiber. spraying a slurry comprising TEOS onto a surface of the carbon fibres,wherein the slurry is a sol gel comprising a metal precursor and a carrier fluid; and heating the carbon fiber with a heater to treat the slurry at a temperature sufficient such that the slurry decomposes into silica to form a sol gel derived layer on the carbon fiber.
An axially split pump for conveying a fluid, having an axially split housing that comprises a bottom part and a cover, having a rotatable shaft that determines an axial direction, and having at least one side cover for closing the housing in the axial direction, wherein the side cover has a first contact surface for cooperating with a second contact surface provided at the housing, the second contact surface extending both over the bottom part and the cover, wherein the bottom part has a first sealing surface and the cover has a second sealing surface, wherein the bottom part and the cover can be fastened to one another in such a way that the two sealing surfaces (212, 222) have direct contact with one another, wherein at least one sealing groove is provided in one of the sealing surfaces (212, 222) for the reception of a string-like sealing element, the sealing groove extending up to the second contact surface of the housing, characterized in that a recess surrounding the shaft is provided in the second contact surface and in that a projection surrounding the shaft is provided in the first contact surface of the side cover, wherein the recess and the projection are configured and arranged in such a way that they together form a ring-shaped groove for the reception of a ring-shaped sealing element in the mounted state of the side cover.
Magnetic structure for a wireless transformer, for inductive power transfer through an air gap, the magnetic structure including a primary and a secondary assembly, a) wherein both assemblies include a first and a second ear (7, 8, 9, 11) and a C-shaped rod (6, 10) linking the first and the second ear (7, 8, 9, 11), b) wherein the C-shaped rod (6, 10) includes a first and a second leg, the first leg being linked to the first ear (7, 9) and the second leg being linked to the second ear (8, 11), c) wherein the ears and the C-shaped rod (6,10) are made of a high permeability magnetic material, d) and wherein the assemblies are configured to be arranged such that the opposing ears (7, 8, 9, 11) define a distance of the air gap and the respective legs of the C-shaped rods (6, 10) are facing each other with respect to the air gap, characterized in that e) each assembly comprises a first winding (5, 12) wound on the first leg and disposed under the first ear (8, 11) in order to be shielded from magnetic field lines. a) wherein both assemblies include a first and a second ear (7, 8, 9, 11) and a C-shaped rod (6, 10) linking the first and the second ear (7, 8, 9, 11), b) wherein the C-shaped rod (6, 10) includes a first and a second leg, the first leg being linked to the first ear (7, 9) and the second leg being linked to the second ear (8, 11), c) wherein the ears and the C-shaped rod (6,10) are made of a high permeability magnetic material, d) and wherein the assemblies are configured to be arranged such that the opposing ears (7, 8, 9, 11) define a distance of the air gap and the respective legs of the C-shaped rods (6, 10) are facing each other with respect to the air gap, characterized in that e) each assembly comprises a first winding (5, 12) wound on the first leg and disposed under the first ear (8, 11) in order to be shielded from magnetic field lines.
A method for preparing a duplex adapter, comprising: annealing an elongation strand and a template strand at a complementary region to form a first intermediate duplex adapter product, wherein the template strand comprises- an identifier sequence, a first capture label attached to the template strand via a first cut site, and a second capture label attached to the template strand via a second cut site; extending the elongation strand to at least partially duplicate the identifier sequence to form a second intermediate duplex adapter product comprising a first cut site between the identifier sequence and the first capture label; cutting the second intermediate duplex adapter product to form a third intermediate duplex adapter product and a first cleaved by-product comprising the first capture label; removing undesired products comprising the first capture label; and cutting at the second cut site to form the duplex adapter and a second cleaved by-product comprising the second capture label, and removing undesired products. annealing an elongation strand and a template strand at a complementary region to form a first intermediate duplex adapter product, wherein the template strand comprises- an identifier sequence, a first capture label attached to the template strand via a first cut site, and a second capture label attached to the template strand via a second cut site; an identifier sequence, a first capture label attached to the template strand via a first cut site, and a second capture label attached to the template strand via a second cut site; extending the elongation strand to at least partially duplicate the identifier sequence to form a second intermediate duplex adapter product comprising a first cut site between the identifier sequence and the first capture label; cutting the second intermediate duplex adapter product to form a third intermediate duplex adapter product and a first cleaved by-product comprising the first capture label; removing undesired products comprising the first capture label; and cutting at the second cut site to form the duplex adapter and a second cleaved by-product comprising the second capture label, and removing undesired products.
A brake drum, comprising: an inner drum defining an outboard, radially inwardly extending flange defining a first plurality of apertures configured to receive fasteners for coupling said inner drum to a wheel and defining a braking surface, said inner drum comprised of a first material; and, an outer drum configured to receive said inner drum therein, said outer drum defining an outboard, radially inwardly extending flange defining a second plurality of apertures aligned with said first plurality of apertures and configured to receive said fasteners for coupling said outer drum to said wheel, said outer drum comprised of a second material characterized in that said outer drum is configured to be heated prior to inserting said inner drum into said outer drum such that said outer drum and said inner drum engage in an interference fit upon cooling of said outer drum. an inner drum defining an outboard, radially inwardly extending flange defining a first plurality of apertures configured to receive fasteners for coupling said inner drum to a wheel and defining a braking surface, said inner drum comprised of a first material; and, an outer drum configured to receive said inner drum therein, said outer drum defining an outboard, radially inwardly extending flange defining a second plurality of apertures aligned with said first plurality of apertures and configured to receive said fasteners for coupling said outer drum to said wheel, said outer drum comprised of a second material characterized in that said outer drum is configured to be heated prior to inserting said inner drum into said outer drum such that said outer drum and said inner drum engage in an interference fit upon cooling of said outer drum.