mhurhangee/ep-ind-claims huggingface dataset:
An injection molding unit for molding a preform by supplying resin which is a raw material to a mold for manufacturing a bottomed preform made of resin, the injection molding unit comprising: an injection device configured to supply the resin which is the raw material to the mold; a support plate having an upper surface to which the injection device is fixed; and a position adjustment mechanism provided to the support plate and capable of adjusting a position of the injection device in an upper and lower direction with respect to the mold; wherein the position adjustment mechanism includes: a machine table; a lifting and lowering mechanism configured to lift and lower the support plate with respect to the machine table; a locking block fixed to the support plate and having locking recesses formed in a plurality of stages in the upper and lower direction and extending in a horizontal direction; and a locking plate provided to the machine table and configured to be locked into and unlocked from any one of the locking recesses by being slid in a direction approaching and separating from the locking block. an injection device configured to supply the resin which is the raw material to the mold; a support plate having an upper surface to which the injection device is fixed; and a position adjustment mechanism provided to the support plate and capable of adjusting a position of the injection device in an upper and lower direction with respect to the mold; wherein the position adjustment mechanism includes: a machine table; a lifting and lowering mechanism configured to lift and lower the support plate with respect to the machine table; a locking block fixed to the support plate and having locking recesses formed in a plurality of stages in the upper and lower direction and extending in a horizontal direction; and a locking plate provided to the machine table and configured to be locked into and unlocked from any one of the locking recesses by being slid in a direction approaching and separating from the locking block. a machine table; a lifting and lowering mechanism configured to lift and lower the support plate with respect to the machine table; a locking block fixed to the support plate and having locking recesses formed in a plurality of stages in the upper and lower direction and extending in a horizontal direction; and a locking plate provided to the machine table and configured to be locked into and unlocked from any one of the locking recesses by being slid in a direction approaching and separating from the locking block.
A vehicle steering control unit for controlling steering of a vehicle, comprising: a control parameter retaining unit for retaining parameters as control parameters that are dependent on system properties to indicate respective properties of the individual systems which are installed on the vehicle in control laws for controlling the steering of the vehicle; and a control execution unit for controlling the steering of the vehicle in accordance with values of the control parameters; characterized by a control information acquiring unit for acquiring control information including installed vehicle information which represents the system properties of the vehicle, wherein the control information acquiring unit is adapted to acquire a system constituent element information which is on an element making up a steering system installed on the vehicle as another control information, wherein the element is one of a plurality of elements installable into the vehicle, and the control parameter retaining unit is adapted to retain other control laws which are dependent on the system constituent element information as the control parameters; and a control parameter value changing unit ( 502, 503) for changing the values of the control parameters based on the control information. a control parameter retaining unit for retaining parameters as control parameters that are dependent on system properties to indicate respective properties of the individual systems which are installed on the vehicle in control laws for controlling the steering of the vehicle; and a control execution unit for controlling the steering of the vehicle in accordance with values of the control parameters; characterized by a control information acquiring unit for acquiring control information including installed vehicle information which represents the system properties of the vehicle, wherein the control information acquiring unit is adapted to acquire a system constituent element information which is on an element making up a steering system installed on the vehicle as another control information, wherein the element is one of a plurality of elements installable into the vehicle, and the control parameter retaining unit is adapted to retain other control laws which are dependent on the system constituent element information as the control parameters; and a control parameter value changing unit ( 502, 503) for changing the values of the control parameters based on the control information.
A cloud server for a cloud service, comprising: a) a target setting portion configured to set an information device designated to a target device use of which is restricted; b) a constraint setting portion configured to set, as at least one authorized account with which login operation is allowed and with which use of the information device (3 0) is allowed, either one or both of a guest account for the information device (3 0) and any one of user accounts identifying users (9A, 9B) already registered in the cloud server depending on settings entered, and to set constraints in use of the information device for each authorized account; and c) a use restriction portion configured to permit a user who has logged into the cloud server with the authorized account to use the information device without exceeding constraints set for the authorized account; and d) further comprising an account management portion configured to receive a correlation request and to correlate, when a user who has logged into the cloud server with the user account not set for the authorized account enters the guest account, the user account with the guest account, the entry of the guest account being deemed as the correlation request; wherein e) the use restriction portion permits the user who has logged into the cloud server with the user account not set for the authorized account to use the information device without exceeding constraints set for the guest account, provided that the guest account is correlated with the user account. a) a target setting portion configured to set an information device designated to a target device use of which is restricted; b) a constraint setting portion configured to set, as at least one authorized account with which login operation is allowed and with which use of the information device (3 0) is allowed, either one or both of a guest account for the information device (3 0) and any one of user accounts identifying users (9A, 9B) already registered in the cloud server depending on settings entered, and to set constraints in use of the information device for each authorized account; and c) a use restriction portion configured to permit a user who has logged into the cloud server with the authorized account to use the information device without exceeding constraints set for the authorized account; and d) further comprising an account management portion configured to receive a correlation request and to correlate, when a user who has logged into the cloud server with the user account not set for the authorized account enters the guest account, the user account with the guest account, the entry of the guest account being deemed as the correlation request; wherein e) the use restriction portion permits the user who has logged into the cloud server with the user account not set for the authorized account to use the information device without exceeding constraints set for the guest account, provided that the guest account is correlated with the user account.
Method for injection molding an injection-moldable thermoplastic material in an injection molding machine, wherein the material is first plasticized in a plasticizing unit, is then injected into an injection mold while applying an injection pressure, the material then cools and hardens at least while a holding pressure is temporarily maintained in the injection mold, and finally the workpiece injection molded from the material is demolded from the injection mold, characterized in that the injection-moldable thermoplastic material comprises at least one binder which is flowable at elevated temperature compared with room temperature (20 °C) and has a solid consistency at room temperature, and at least one substance which does not melt at the melting temperature of the binder, wherein the proportion of the binder to the total material is at least 10.0 % by weight, wherein the injection of the plasticized material into the injection mold takes place at an injection pressure which is at most 100 bar. that the injection-moldable thermoplastic material comprises at least one binder which is flowable at elevated temperature compared with room temperature (20 °C) and has a solid consistency at room temperature, and at least one substance which does not melt at the melting temperature of the binder, wherein the proportion of the binder to the total material is at least 10.0 % by weight, wherein the injection of the plasticized material into the injection mold takes place at an injection pressure which is at most 100 bar.
A method for policy based routing, comprising: setting interfaces of routers to be multiple redirection groups, the redirection groups being ordered according to a priority order; detecting an interface state of an interface in each redirection group, wherein the interface state at least comprises: a connectivity of a path from a specified interface to a destination; switching traffic among the multiple redirection groups according to the interface state of the interface in the redirection group. setting interfaces of routers to be multiple redirection groups, the redirection groups being ordered according to a priority order; detecting an interface state of an interface in each redirection group, wherein the interface state at least comprises: a connectivity of a path from a specified interface to a destination; switching traffic among the multiple redirection groups according to the interface state of the interface in the redirection group.
A method for compiling an object-oriented program, the program configured to be executed in a system employing region-based memory-management and the method comprising: receiving source code for an object-oriented program; performing a points-to analysis on the source code to develop at least one data structure containing region association metadata for the program, wherein associations between regions represent the existence of references between objects contained within the regions; adding instrumentation to the program, the instrumentation configured: to cause objects to be created in regions based on information in the data structure; and to cause deletion of all objects in a region when a determination is made that no objects in the region are referenced by any fields outside the region; and compiling the program, wherein the data structure is included in the compiled program. receiving source code for an object-oriented program; performing a points-to analysis on the source code to develop at least one data structure containing region association metadata for the program, wherein associations between regions represent the existence of references between objects contained within the regions; adding instrumentation to the program, the instrumentation configured: to cause objects to be created in regions based on information in the data structure; and to cause deletion of all objects in a region when a determination is made that no objects in the region are referenced by any fields outside the region; and to cause objects to be created in regions based on information in the data structure; and to cause deletion of all objects in a region when a determination is made that no objects in the region are referenced by any fields outside the region; and compiling the program, wherein the data structure is included in the compiled program.
A method for stimulus and eye tracking, useful for the determination of the presence or strength of optokinetic nystagmus, which comprises: • providing a visual stimulus effective to elicit OKN in front of the eye(s) of a subject by: ∘ displaying against a background on a display and varying in visibility (as perceived by the subject) at least one visual stimulus element moving across the display, or ∘ displaying against a background a series of at least one visual stimulus element moving across the display so that a later displayed element moving across the display has different visibility (as perceived by the subject) relative to an earlier displayed element moving across the display, ∘ the moving visual stimulus element or elements comprising a centre and a contrasting perimeter, the perimeter darker than the background and the centre lighter than the background and/or the perimeter lighter than the background and the centre darker than the background, • recording video of the subject's eye(s) viewing the stimulus, and • image processing the video to detect for OKN. • providing a visual stimulus effective to elicit OKN in front of the eye(s) of a subject by: ∘ displaying against a background on a display and varying in visibility (as perceived by the subject) at least one visual stimulus element moving across the display, or ∘ displaying against a background a series of at least one visual stimulus element moving across the display so that a later displayed element moving across the display has different visibility (as perceived by the subject) relative to an earlier displayed element moving across the display, ∘ the moving visual stimulus element or elements comprising a centre and a contrasting perimeter, the perimeter darker than the background and the centre lighter than the background and/or the perimeter lighter than the background and the centre darker than the background, ∘ displaying against a background on a display and varying in visibility (as perceived by the subject) at least one visual stimulus element moving across the display, or ∘ displaying against a background a series of at least one visual stimulus element moving across the display so that a later displayed element moving across the display has different visibility (as perceived by the subject) relative to an earlier displayed element moving across the display, ∘ the moving visual stimulus element or elements comprising a centre and a contrasting perimeter, the perimeter darker than the background and the centre lighter than the background and/or the perimeter lighter than the background and the centre darker than the background, • recording video of the subject's eye(s) viewing the stimulus, and • image processing the video to detect for OKN.
A method for producing a low-wear hard coating containing nickel and boron on a metal surface, wherein the metal surface to be coated is brought into contact with an electrolyte containing nickel while applying a deposition voltage, which electrolyte contains boron or boron compound particles in form of a dispersion bath, wherein the boron or boron compound particles contained in the electrolyte are held in dispersion by means of a gas flowing through the electrolyte during the coating operation and a deposition of the particles is prevented, wherein the method is carried out in a container, in which the gas flows from the container bottom through the electrolyte towards the electrolyte surface, the container bottom is liquid proof but permeable to gas and the gas flows through the container bottom, which is liquid proof but permeable to gas, into the electrolyte.
A valve stent, comprising: a tubular supporting net frame, and a flared section connected to a corresponding end of the supporting net frame; wherein the flared section is connected to all end nodes located at a corresponding side of the supporting net frame characterized in that every four adjacent end nodes are assigned as group, wherein two ends of a supporting bar are respectively connected with two end nodes that are located farthest from each other, and each of the two middle end nodes is connected to a corresponding side of the supporting bar by a guiding bar. a tubular supporting net frame, and a flared section connected to a corresponding end of the supporting net frame; wherein the flared section is connected to all end nodes located at a corresponding side of the supporting net frame characterized in that every four adjacent end nodes are assigned as group, wherein two ends of a supporting bar are respectively connected with two end nodes that are located farthest from each other, and each of the two middle end nodes is connected to a corresponding side of the supporting bar by a guiding bar.
A voice processing apparatus comprising: an acquiring unit configured to acquire a first input signal containing a first voice, and a second input signal containing a second voice; an obtaining unit configured to obtain a first signal intensity of the first input signal, and a second signal intensity of the second input signal; a specifying unit configured to specify a correlation coefficient between a time sequence of the first signal intensity and a time sequence of the second signal intensity; a determining unit configured to determine that the first voice and the second voice are in a conversation state when the specified correlation coefficient is less than a first threshold; and an outputting unit configured to output information indicating an association between the first voice and the second voice when it is determined that the first voice and the second voice are in the conversation state. an acquiring unit configured to acquire a first input signal containing a first voice, and a second input signal containing a second voice; an obtaining unit configured to obtain a first signal intensity of the first input signal, and a second signal intensity of the second input signal; a specifying unit configured to specify a correlation coefficient between a time sequence of the first signal intensity and a time sequence of the second signal intensity; a determining unit configured to determine that the first voice and the second voice are in a conversation state when the specified correlation coefficient is less than a first threshold; and an outputting unit configured to output information indicating an association between the first voice and the second voice when it is determined that the first voice and the second voice are in the conversation state.
A method of reducing an odor of composite resin particles comprising the step of fluidizing the composite resin particles in a container with a gas that is blown thereinto from its bottom and that has a temperature of (T-40) °C to (T-10) °C, wherein T is a softening temperature of the composite resin particles, until the average value of the odor strength of the odor contained in an expanded molded article formed from the composite resin particles by impregnating with a blowing agent, pre-expanding and in-mold forming becomes 3 or less in the odor test in accordance with the section "<Odor Test>" of the present specification, in which odor of an isovaleric acid diluted 100000 times is defined as 3, which means a reference odor, within 0 to 5 levels of the odor strength; wherein the composite resin particles contain a polystyrene-based resin in an amount of 100 to 500 parts by weight relative to 100 parts by weight of a polyolefin-based resin; and wherein the odor is derived from a polymerization initiator used for producing the polystyrene-based resin contained in the composite resin.
A method for preparing a compound of Formula 2 wherein Z is and R 2a is F, Cl, Br or CF 3; R 2b is H, F, Cl or Br; and R 2c is F, Cl, Br or CF 3; comprising forming a reaction mixture comprising a Grignard reagent derived from a compound of Formula 5 Z-X 5 wherein X is I, by contacting the compound of Formula 5 with (a) magnesium metal, or (b) an alkylmagnesium halide in the presence of an ethereal solvent; and then contacting the reaction mixture with a compound of Formula 6 wherein Y is OR 11 or NR 12 R 13; R 11 is C 1 -C 5 alkyl; and R 12 and R 13 are independently C 1 -C 2 alkyl; or R 12 and R 13 are taken together as -CH 2 CH 2 OCH 2 CH 2 -. Z is and R 2a is F, Cl, Br or CF 3; R 2b is H, F, Cl or Br; and R 2c is F, Cl, Br or CF 3; R 2a is F, Cl, Br or CF 3; R 2b is H, F, Cl or Br; and R 2c is F, Cl, Br or CF 3; forming a reaction mixture comprising a Grignard reagent derived from a compound of Formula 5 Z-X 5 wherein X is I, by contacting the compound of Formula 5 with (a) magnesium metal, or (b) an alkylmagnesium halide in the presence of an ethereal solvent; and then (a) magnesium metal, or (b) an alkylmagnesium halide in the presence of an ethereal solvent; and then contacting the reaction mixture with a compound of Formula 6 wherein Y is OR 11 or NR 12 R 13; R 11 is C 1 -C 5 alkyl; and R 12 and R 13 are independently C 1 -C 2 alkyl; or R 12 and R 13 are taken together as -CH 2 CH 2 OCH 2 CH 2 -. Y is OR 11 or NR 12 R 13; R 11 is C 1 -C 5 alkyl; and R 12 and R 13 are independently C 1 -C 2 alkyl; or R 12 and R 13 are taken together as -CH 2 CH 2 OCH 2 CH 2 -.
A gas turbine engine comprising: a fan section; a compressor section, a compressor diffuser (30;230) downstream of said compressor section; a combustion section downstream of said compressor diffuser (30;230); a turbine section downstream of said combustor section; said compressor diffuser (30;230) having a housing including an inlet (32;232) with a first cross-sectional area and an outlet (34;234) with a second cross-sectional area, said second cross-sectional area being greater than said first cross-sectional area; and a dirt separator (42; 242); characterised in that: said dirt separator (42;242) is positioned in its entirety immediately downstream of said compressor diffuser (30; 230), and upstream of said combustion section, and adjacent said outlet (34;234), said dirt separator (42;242) being operable to separate heavier dirt laden air to radially outer locations, and relatively cleaner air to radially inner locations. a fan section; a compressor section, a compressor diffuser (30;230) downstream of said compressor section; a combustion section downstream of said compressor diffuser (30;230); a turbine section downstream of said combustor section; said compressor diffuser (30;230) having a housing including an inlet (32;232) with a first cross-sectional area and an outlet (34;234) with a second cross-sectional area, said second cross-sectional area being greater than said first cross-sectional area; and a dirt separator (42; 242); characterised in that: said dirt separator (42;242) is positioned in its entirety immediately downstream of said compressor diffuser (30; 230), and upstream of said combustion section, and adjacent said outlet (34;234), said dirt separator (42;242) being operable to separate heavier dirt laden air to radially outer locations, and relatively cleaner air to radially inner locations. said dirt separator (42;242) is positioned in its entirety immediately downstream of said compressor diffuser (30; 230), and upstream of said combustion section, and adjacent said outlet (34;234), said dirt separator (42;242) being operable to separate heavier dirt laden air to radially outer locations, and relatively cleaner air to radially inner locations.