mhurhangee/patent-ind-claim-en huggingface dataset:
A forming apparatus that is adapted for forming a metal pipe , comprising: a heating unit which is adapted for heating a metal pipe material ; a gas supply unit which is adapted for supplying gas into a heated metal pipe material , thereby expanding the metal pipe material ; a die which is adapted for forming the metal pipe by bringing the expanded metal pipe material into contact with the die ; a cooling unit which is adapted for cooling the metal pipe after the forming by a cooling medium (CM); and a control unit which is configured to control an operation of the die , the gas supply unit , and the cooling unit , wherein the control unit is configured to make cooling of the metal pipe by the cooling medium (CM) be performed, by controlling an operation of the die such that the die is opened and controlling the cooling unit such that the cooling unit brings the cooling medium (CM) into contact with the metal pipe , subsequently to completion of forming by the die , characterized in that the cooling unit is adapted for blowing gas for cooling as the cooling medium (CM) on the metal pipe .. a heating unit which is adapted for heating a metal pipe material ; a gas supply unit which is adapted for supplying gas into a heated metal pipe material , thereby expanding the metal pipe material ; a die which is adapted for forming the metal pipe by bringing the expanded metal pipe material into contact with the die ; a cooling unit which is adapted for cooling the metal pipe after the forming by a cooling medium (CM); and a control unit which is configured to control an operation of the die , the gas supply unit , and the cooling unit , wherein the control unit is configured to make cooling of the metal pipe by the cooling medium (CM) be performed, by controlling an operation of the die such that the die is opened and controlling the cooling unit such that the cooling unit brings the cooling medium (CM) into contact with the metal pipe , subsequently to completion of forming by the die , characterized in that the cooling unit is adapted for blowing gas for cooling as the cooling medium (CM) on the metal pipe ..
Corrugated cardboard plant for producing corrugated cardboard, comprising a) at least one device for producing a respective corrugated cardboard web laminated on one side, from a respective cover web and a respective material web; b) a lamination web dispensing device for dispensing a lamination web ; c) a device for producing a corrugated cardboard web laminated on two sides from the at least one corrugated cardboard web laminated on one side and from the lamination web , said device for producing a corrugated cardboard web laminated on two sides being disposed downstream of the lamination web dispensing device and of the at least one device for producing a respective corrugated cardboard web laminated on one side, and having at least one compression section; d) a printing assembly having at least one digital printing device for printing the corrugated cardboard web laminated on two sides, said printing assembly for producing a corrugated cardboard web laminated on two sides being disposed downstream of the device for producing a corrugated cardboard web laminated on two sides; and e) a transverse cutting device disposed downstream of the printing assembly , for transversely cutting the corrugated cardboard web laminated on two sides, while forming corrugated cardboard sheets , characterized by f) a traction assembly for influencing a web tension of the corrugated cardboard web laminated on two sides in the printing assembly , said traction assembly being disposed so as to be adjacent to the at least one digital printing device . a) at least one device for producing a respective corrugated cardboard web laminated on one side, from a respective cover web and a respective material web; b) a lamination web dispensing device for dispensing a lamination web ; c) a device for producing a corrugated cardboard web laminated on two sides from the at least one corrugated cardboard web laminated on one side and from the lamination web , said device for producing a corrugated cardboard web laminated on two sides being disposed downstream of the lamination web dispensing device and of the at least one device for producing a respective corrugated cardboard web laminated on one side, and having at least one compression section; d) a printing assembly having at least one digital printing device for printing the corrugated cardboard web laminated on two sides, said printing assembly for producing a corrugated cardboard web laminated on two sides being disposed downstream of the device for producing a corrugated cardboard web laminated on two sides; and e) a transverse cutting device disposed downstream of the printing assembly , for transversely cutting the corrugated cardboard web laminated on two sides, while forming corrugated cardboard sheets , characterized by f) a traction assembly for influencing a web tension of the corrugated cardboard web laminated on two sides in the printing assembly , said traction assembly being disposed so as to be adjacent to the at least one digital printing device .
A hydrocarbon resin obtainable by thermal polymerization of a cyclic diolefin component comprising a cyclic diolefin compound with an aromatic component comprising indene and/or C 1-4 alkylindene, wherein the hydrocarbon resin has a polydispersity index (PDI) of 1 to less than 2.3, comprises repeating units originating from the cyclic diolefin compound and indene units and/or C 1-4 -alkylindene units, and optionally contains further units originating from the aromatic component, and wherein the hydrocarbon resin contains 4 to 20 wt.%, based on the total mass of the hydrocarbon resin, indene units and/or C 1-4 -alkylindene units.
An information processing system comprising: a handheld apparatus , sound source position setting means (31, S46) for setting a sound source localization position so that sounds are localized at a position in real space on the far side of the apparatus, as viewed from a user holding the handheld device, by determining a position where a sound source is localized in real space using a straight line extending from the user holding the handheld apparatus passing through the virtual object displayed on a display screen of a display section and the far side of the apparatus; sound control means (31, S47) for generating a stereoscopic sound signal for localizing the sound source at the set sound source localization position, and outputting the generated sound signal; and vibration control means (31, S44, S45) for generating a vibration signal for, in conjunction with the sound source localization position, vibrating a vibration section for imparting a vibration to a user, and outputting the generated vibration signal, wherein, the vibration control means generates the vibration signal such that a position to be perceived by the user as a vibration source is a position corresponding to the sound source localization position, and wherein in a direction in which the sound source is localized, the vibration control means sets a vibration source localization position indicating a position where a vibration source is localized, and the vibration control means sets the vibration source localization position substantially on the straight line extending from the user holding the handheld apparatus to the position where the sound source is localized, and generates the vibration signal such that the vibration source is localized at the set vibration source localization position.
PEG-IL-10 for use in the treatment or prevention of cancer in combination with mature human IL-15, wherein the PEG-IL-10 is a mixture of mono-pegylated and di-pegylated IL-10 comprising mature human IL-10 and a PEG component, wherein the PEG component: (a) has a molecular mass from about 5 kDa to about 20 kDa; and (b) pegylates at the alpha amino group of the N-terminus of at least one subunit of the IL-10 dimer; and wherein the amount of PEG-IL-10 to be administered is sufficient to maintain a mean IL-10 serum trough concentration in the range of from 1.0 ng/mL to 10 ng/mL. wherein the PEG-IL-10 is a mixture of mono-pegylated and di-pegylated IL-10 comprising mature human IL-10 and a PEG component, wherein the PEG component: (a) has a molecular mass from about 5 kDa to about 20 kDa; and (b) pegylates at the alpha amino group of the N-terminus of at least one subunit of the IL-10 dimer; (a) has a molecular mass from about 5 kDa to about 20 kDa; and (b) pegylates at the alpha amino group of the N-terminus of at least one subunit of the IL-10 dimer; and wherein the amount of PEG-IL-10 to be administered is sufficient to maintain a mean IL-10 serum trough concentration in the range of from 1.0 ng/mL to 10 ng/mL.
A method for analyzing performance of a chilled water (CW) system having a plurality of CW components, the method comprising: considering a collection of at least one of allowable operating points, allowable operating ranges or allowable operating conditions, for each one of the plurality of CW components of the CW system; considering at least one of a user set or system measured ambient wet bulb (WB) temperature for an environment in which at least a subplurality of the CW components are located; calculating equivalent loop conditions for each of the CW components covering a load being thermally managed by the CW system, the equivalent loop conditions relating to a performance parameter for one or more of the CW components covering the load in a manner to manage cooling of the load; and for each one of the calculated equivalent loop conditions, using a processor to generate information for balancing the CW components by selecting specific operating points of the CW system, given the user set or system measured WB temperature, to meet load requirements imposed by the load. considering a collection of at least one of allowable operating points, allowable operating ranges or allowable operating conditions, for each one of the plurality of CW components of the CW system; considering at least one of a user set or system measured ambient wet bulb (WB) temperature for an environment in which at least a subplurality of the CW components are located; calculating equivalent loop conditions for each of the CW components covering a load being thermally managed by the CW system, the equivalent loop conditions relating to a performance parameter for one or more of the CW components covering the load in a manner to manage cooling of the load; and for each one of the calculated equivalent loop conditions, using a processor to generate information for balancing the CW components by selecting specific operating points of the CW system, given the user set or system measured WB temperature, to meet load requirements imposed by the load.
Tablet press , having a turning unit comprising at least one die for forming the tablet, a drive unit which allows the turning unit to rotate station by station between individual processing positions, and at least one lower punch , wherein the lower punch is rotatably disposed in the die with the turning unit , wherein the tablet press further comprises a pressing force generating unit , characterised in that the pressing force generating unit is disposed below the turning unit , wherein the pressing force generating unit comprises a pressure cylinder which pulls an upper punch towards the lower punch during pressing.
An apparatus, comprising: a group of horizontal supports to support at least one floorboard ; a group of vertical supports connected to and extending perpendicularly from the group of horizontal supports; and a group of clamping devices attached to the group of vertical supports; characterised in that a clamping device of the group of clamping devices is configured to engage a curved attachment point on an internal structure of an aircraft , in that the clamping device comprises a swing clamp pivotally attached to a pad assembly , wherein both the swing clamp and the pad assembly are configured to adjustably attach to the curved attachment point on the internal structure of the aircraft, and in that the curved attachment point on the internal structure of the aircraft has an upper attachment surface and a lower attachment surface and the swing clamp has a first curved attachment face configured to match the upper attachment surface and the pad assembly has a second curved attachment face configured to match the lower attachment surface. a group of horizontal supports to support at least one floorboard ; a group of vertical supports connected to and extending perpendicularly from the group of horizontal supports; and a group of clamping devices attached to the group of vertical supports; characterised in that a clamping device of the group of clamping devices is configured to engage a curved attachment point on an internal structure of an aircraft , in that the clamping device comprises a swing clamp pivotally attached to a pad assembly , wherein both the swing clamp and the pad assembly are configured to adjustably attach to the curved attachment point on the internal structure of the aircraft, and in that the curved attachment point on the internal structure of the aircraft has an upper attachment surface and a lower attachment surface and the swing clamp has a first curved attachment face configured to match the upper attachment surface and the pad assembly has a second curved attachment face configured to match the lower attachment surface.
A liquid jet head comprising: a jet hole plate including a jet hole array (130A-D), the jet hole array including a plurality of jet holes (131A-D) each extending in a first direction (Z), the jet holes being arranged side by side in a second direction (X) perpendicular to the first direction; and a head chip disposed at one side in the first direction (Z) with respect to the jet hole plate and including channels communicating with the respective jet holes; characterised by further comprising a manifold disposed at one side in a third direction (Y) perpendicular to the first direction and the second direction with respect to the head chip, the manifold being configured to support the head chip by a first face facing the third direction and including a liquid flow path communicating with the channels; and a drive board supported on the first face of the manifold and electrically connected to the head chip so as to drive the head chip. a jet hole plate including a jet hole array (130A-D), the jet hole array including a plurality of jet holes (131A-D) each extending in a first direction (Z), the jet holes being arranged side by side in a second direction (X) perpendicular to the first direction; and a head chip disposed at one side in the first direction (Z) with respect to the jet hole plate and including channels communicating with the respective jet holes; characterised by further comprising a manifold disposed at one side in a third direction (Y) perpendicular to the first direction and the second direction with respect to the head chip, the manifold being configured to support the head chip by a first face facing the third direction and including a liquid flow path communicating with the channels; and a drive board supported on the first face of the manifold and electrically connected to the head chip so as to drive the head chip.
Method of monitoring liquefied gas in a cryogenic liquefied gas tank having an inner shell and an outer shell and an insulation between the inner and outer shell , comprising 1.1. arranging an array of temperature sensors for determining temperature of the outer surface of the inner shell of the tank ) at different vertical positions (S.1 - S.n), 1.2. reading sensors in the array of temperature sensors obtaining temperature data, 1.3. performing a validity check of the sensors of the array of temperature sensors , 1.4. in a case a sensor fails the validity check discarding the temperature data from further processing, and 1.5. determining a state of the gas based on the temperature data of the sensors passed the validity check. 1.1. arranging an array of temperature sensors for determining temperature of the outer surface of the inner shell of the tank ) at different vertical positions (S.1 - S.n), 1.2. reading sensors in the array of temperature sensors obtaining temperature data, 1.3. performing a validity check of the sensors of the array of temperature sensors , 1.4. in a case a sensor fails the validity check discarding the temperature data from further processing, and 1.5. determining a state of the gas based on the temperature data of the sensors passed the validity check.
A method for solvent extraction of organic analytes from a sample, said method comprising, (a) supplying a sample containing organic analytes and liquid organic solvent to a sample extraction cell having an inlet and an outlet at a first pressure less than 3.45 10 5 Pa (50 PSI) (b) starting extraction of said sample organic analytes into said organic solvent in said sample extraction cell at said first pressure, (c) completing said extraction under conditions whereby said extraction cell is further pressurized by heating it in the absence of additional pressure supplied by a pressurized fluid flowing to said extraction cell inlet; said extraction cell being maintained under elevated temperature and pressure below supercritical conditions during said extraction completion, said method being performed without the use of a mechanical pump, and (d) purging said extraction cell of liquid organic solvent with a fluid flow of compressed gas. (a) supplying a sample containing organic analytes and liquid organic solvent to a sample extraction cell having an inlet and an outlet at a first pressure less than 3.45 10 5 Pa (50 PSI) (b) starting extraction of said sample organic analytes into said organic solvent in said sample extraction cell at said first pressure, (c) completing said extraction under conditions whereby said extraction cell is further pressurized by heating it in the absence of additional pressure supplied by a pressurized fluid flowing to said extraction cell inlet; said extraction cell being maintained under elevated temperature and pressure below supercritical conditions during said extraction completion, said method being performed without the use of a mechanical pump, and (d) purging said extraction cell of liquid organic solvent with a fluid flow of compressed gas.
A tray for vehicle storage space , comprising: a fiber board that includes a bottom portion and side portions , characterized in that the fiber board further includes flat portions extended from the side portions and has a thickness of 2 to 6 mm, a total weight of 450 to 1000 g/m 2 and a tensile strength of 850 to 2150 N/ 25.4 mm; the tray for vehicle storage space further comprises: linear first cuts (6a-6e) provided in the fiber board to divide boundaries between the flat portions and the side portions ; linear second cuts (7a-7f) provided to divide boundaries between the bottom portion and the side portions ; and linear third cuts (8a-8r) provided to fold back the side portions , the tray for vehicle storage space being folded back by using the first cuts (6a-6e), the second cuts (7a-7f) and the third cuts (8a-8r) to be placed in a vehicle storage space. a fiber board that includes a bottom portion and side portions , characterized in that the fiber board further includes flat portions extended from the side portions and has a thickness of 2 to 6 mm, a total weight of 450 to 1000 g/m 2 and a tensile strength of 850 to 2150 N/ 25.4 mm; linear first cuts (6a-6e) provided in the fiber board to divide boundaries between the flat portions and the side portions ; linear second cuts (7a-7f) provided to divide boundaries between the bottom portion and the side portions ; and linear third cuts (8a-8r) provided to fold back the side portions , the tray for vehicle storage space being folded back by using the first cuts (6a-6e), the second cuts (7a-7f) and the third cuts (8a-8r) to be placed in a vehicle storage space.
A ring segment device for turbine vanes of a power plant turbine assembly having an axis (A), preferably a gas turbine assembly; the ring segment device comprising: - a ring segment having a first face configured for being coupled to a free end of at least two adjacent turbine vanes ; - at least a damping pin device housed in a corresponding hole obtained in the ring segment ; the damping pin device being configured for coupling the ring segment to the corresponding turbine vane/s in a sprung manner; characterized in that the ring segment device moreover comprises: - a circumferential bar having substantially the same circumferential extent of the ring segment arranged between the damping pin device and the turbine vane/s so that the force generated by the damping pin device against the turbine vane/s is not locally concentrated but distributed along the bar ; wherein each hole has an axis configured so that, during the use of the ring segment device , the damping pin device is axially arranged with respect to the axis (A) of the power plant turbine assembly. - a ring segment having a first face configured for being coupled to a free end of at least two adjacent turbine vanes ; - at least a damping pin device housed in a corresponding hole obtained in the ring segment ; the damping pin device being configured for coupling the ring segment to the corresponding turbine vane/s in a sprung manner; characterized in that the ring segment device moreover comprises: - a circumferential bar having substantially the same circumferential extent of the ring segment arranged between the damping pin device and the turbine vane/s so that the force generated by the damping pin device against the turbine vane/s is not locally concentrated but distributed along the bar ; - a circumferential bar having substantially the same circumferential extent of the ring segment arranged between the damping pin device and the turbine vane/s so that the force generated by the damping pin device against the turbine vane/s is not locally concentrated but distributed along the bar ; wherein each hole has an axis configured so that, during the use of the ring segment device , the damping pin device is axially arranged with respect to the axis (A) of the power plant turbine assembly.
A shock absorber arrangement for a vehicle for dampened cushioning of impacts, in particular for a bicycle , having a shock absorber having a damper cylinder , a spring strut linearly guided in the damper cylinder to provide damping, a magnet arrangement for generating a magnetic field and a coil interacting with the magnet arrangement for electromagnetic induction, wherein a linear relative movement of the magnet arrangement to the coil is coupled to a relative movement of the spring strut to the damper cylinder , wherein the magnet arrangement and the coil are arranged outside the damper cylinder , and having a further damper cylinder and a further spring strut linearly guided in the further damper cylinder to provide damping, wherein the magnet arrangement and the coil are coupled to the further damper and to the further spring strut, characterised in that the magnet arrangement has magnets oriented with alternate poles substantially parallel to one another, and in that the magnet arrangement and the coil are arranged between the damper cylinder and the further damper cylinder.