mhurhangee/ep-ind-claims huggingface dataset:
A controller for a steering system, the steering system being configured such that a transmission ratio between a steering angle (θh) of a steering wheel and a steered angle (θi) of a steered wheel is variable based on a vehicle speed through actuation of at least one motor (14, 33) serving as a drive source, the steering wheel being coupled to a steering mechanism, the steered wheel being coupled to a steering operation shaft of the steering mechanism, wherein the controller comprises a control circuit configured to calculate a target corresponding steered angle that is a target value of a corresponding steered angle based on the transmission ratio associated with the vehicle speed, the corresponding steered angle being a rotation angle of a rotation shaft, which is convertible to the steered angle (θi) whose magnitude is changed relative to a value indicating the steering angle (θh), the control circuit being configured to control the actuation of the motor (14, 33) so that an actual corresponding steered angle (θp) is a final target corresponding steered angle (θp*) that is based on the target corresponding steered angle, characterized in, that the control circuit being configured to calculate the target corresponding steered angle by adjusting the transmission ratio based on a value indicating acceleration or deceleration of a vehicle. a control circuit configured to calculate a target corresponding steered angle that is a target value of a corresponding steered angle based on the transmission ratio associated with the vehicle speed, the corresponding steered angle being a rotation angle of a rotation shaft, which is convertible to the steered angle (θi) whose magnitude is changed relative to a value indicating the steering angle (θh), the control circuit being configured to control the actuation of the motor (14, 33) so that an actual corresponding steered angle (θp) is a final target corresponding steered angle (θp*) that is based on the target corresponding steered angle, characterized in, that the control circuit being configured to calculate the target corresponding steered angle by adjusting the transmission ratio based on a value indicating acceleration or deceleration of a vehicle.
Process for manufacturing a part including a formation of successive metal layers (20 1...20 n), which are superimposed on each other, each layer being formed by depositing a filler metal (15, 25), the filler metal being subjected to a supply of energy so as to become molten and to constitute, upon solidifying, said layer, wherein the filler metal (15, 25) is an aluminum alloy including the following alloy elements (% by weight); - Cu: 5% - 8%; - Mg: 4% - 8%; - optionally Si: 0% - 8%; - optionally Zn: 0% - 10%; as well as: - other elements: < 3% individually, and < 10 % in total, the other elements including: Sc and/or Fe and/or Mn and/or Ti and/or Zr and/or V and/or Cr and/or Ni; - impurities: < 0.05% individually, and in total < 0.15%; the remainder being aluminum. - Cu: 5% - 8%; - Mg: 4% - 8%; - optionally Si: 0% - 8%; - optionally Zn: 0% - 10%; - other elements: < 3% individually, and < 10 % in total, the other elements including: Sc and/or Fe and/or Mn and/or Ti and/or Zr and/or V and/or Cr and/or Ni; - impurities: < 0.05% individually, and in total < 0.15%;
A testing apparatus, comprising: a first housing portion including a first compartment portion and a trigger compartment; a second housing portion including a second compartment portion that is complementary to the first compartment portion, wherein the first compartment portion and the second compartment portion form a yoke compartment when the first housing portion and the second housing portion are attached; a removable seal positioned around a perimeter of at least one of the first compartment portion or the second compartment portion, wherein the removable seal is configured to be compressed between the first housing portion and the second housing portion to seal the yoke compartment; and a trigger cover complementary to the trigger compartment of the first housing portion, wherein the trigger cover and the second housing portion are removably attached to the first housing portion, wherein the trigger compartment and trigger cover are excluded from the area surrounded by the removable seal. a first housing portion including a first compartment portion and a trigger compartment; a second housing portion including a second compartment portion that is complementary to the first compartment portion, wherein the first compartment portion and the second compartment portion form a yoke compartment when the first housing portion and the second housing portion are attached; a removable seal positioned around a perimeter of at least one of the first compartment portion or the second compartment portion, wherein the removable seal is configured to be compressed between the first housing portion and the second housing portion to seal the yoke compartment; and a trigger cover complementary to the trigger compartment of the first housing portion, wherein the trigger cover and the second housing portion are removably attached to the first housing portion, wherein the trigger compartment and trigger cover are excluded from the area surrounded by the removable seal.
Cosmetic composition for preventing and delaying skin aging by stimulating the expression of the Klotho gene, characterized in that the composition contains 0.01 to 10 wt% of an extract of snow algae, wherein the snow algae are transferred before use from the vegetative green phase to the stationary red phase.
A method for differentiating human embryonic stem cells into human RPE cells, said method comprising: a) allowing human embryonic stem cell cultures to overgrow on MEF; b) allowing the human embryonic stem cell cultures to form a thick multilayer of cells; c) culturing the human embryonic stem cells to form pigmented RPE cells; and d) isolating and culturing the pigmented RPE cells from the culture of step (c) to form the human RPE cells. a) allowing human embryonic stem cell cultures to overgrow on MEF; b) allowing the human embryonic stem cell cultures to form a thick multilayer of cells; c) culturing the human embryonic stem cells to form pigmented RPE cells; and d) isolating and culturing the pigmented RPE cells from the culture of step (c) to form the human RPE cells.
A method performed in a source switch device, for switching frames in a network domain or a network topology including a plurality of switch devices, the method comprising: - receiving a frame from a source host node connected to the source switch device, wherein the frame includes a Layer 2 broadcast address for retrieving a MAC address of a destination host node connected to a destination switch device and the frame further includes an original source MAC address of the source host node; - generating a new Mapped Medium Access Control Switching Protocol, MMSP, MAC, address for the source host node, wherein said new MMSP MAC address is associated with said original source MAC address of the source host node; - for each switch device in the network domain, generating an individual MMSP unicast address including an individual switch ID wherein the individual MMSP unicast address is unique for each switch device in the network domain; - for each switch device, replacing the Layer 2 broadcast address indicated in the frame with the individual MMSP unicast address of said each switch device generated in step; - -for each switch device, replacing the original MAC address of the source host node indicated in the frame with said new generated MMSP MAC address of the source host node generated in step to generate, for each switch device, a new frame including the individual MMSP unicast address and the new generated MMSP MAC address of the source the host node; and - forwarding each new generated frame in step to every switch device in the network domain. - receiving a frame from a source host node connected to the source switch device, wherein the frame includes a Layer 2 broadcast address for retrieving a MAC address of a destination host node connected to a destination switch device and the frame further includes an original source MAC address of the source host node; - generating a new Mapped Medium Access Control Switching Protocol, MMSP, MAC, address for the source host node, wherein said new MMSP MAC address is associated with said original source MAC address of the source host node; - for each switch device in the network domain, generating an individual MMSP unicast address including an individual switch ID wherein the individual MMSP unicast address is unique for each switch device in the network domain; - for each switch device, replacing the Layer 2 broadcast address indicated in the frame with the individual MMSP unicast address of said each switch device generated in step; - -for each switch device, replacing the original MAC address of the source host node indicated in the frame with said new generated MMSP MAC address of the source host node generated in step to generate, for each switch device, a new frame including the individual MMSP unicast address and the new generated MMSP MAC address of the source the host node; and - forwarding each new generated frame in step to every switch device in the network domain.
A method of increasing the amount of a protein of interest available for recovery from a sample containing other components and following a first purification step of the sample comprising: exposing a positively charged depth filter through which the sample has been passed to a salt elution buffer wherein exposure to the elution buffer releases the protein of interest from the filter for subsequent recovery, wherein the salt elution buffer has a conductivity of at least 20 mS/cm. exposing a positively charged depth filter through which the sample has been passed to a salt elution buffer wherein exposure to the elution buffer releases the protein of interest from the filter for subsequent recovery, wherein the salt elution buffer has a conductivity of at least 20 mS/cm.
A cable winch, in particular a hoisting gear winch of a hoisting device, for winding and unwinding a cable, having a cable drum, an entry guide for guiding the cable to be wound onto and unwound from the cable drum, an actuating drive for adjusting the entry guide relative to the cable drum, and a controller for controlling the actuating drive, characterized in that image evaluation means are provided for determining a deformation of flanged wheels, which together with a drum shell delimit a winding region of the cable drum and project beyond said drum shell, from a captured image of the cable drum.
A filter rod machine of the tobacco processing industry having a formatting apparatus (52, 53) for forming a filter rod (40, 40') guided in a longitudinal-axial manner through the formatting apparatus (52, 53), wherein an insertion apparatus (42, 42) introducing capsules (43, 44) filled with fluid into the filter rod (40, 40') is provided upstream of the formatting apparatus (52, 53) and a cutting apparatus (46, 46') which cuts filters to a length from the filter rod (40, 40') is provided downstream of the formatting apparatus (52, 53), characterized in that a phase controller (48, 55) is provided for controlling the phase between the cutting apparatus (46, 46') and the insertion apparatus (42, 42') or the phase of the cutting apparatus (46, 46') to the speed of a formatting belt (52, 52'), wherein a microwave measuring apparatus (45, 45') is provided, by means of which the location of the introduced capsules (43, 44) can be determined relative to the respective cut.
A continuous process for recovering and concentrating valuable components from microalgae, the process comprising: a. obtaining microalgae from a source thereof, b. disrupting the microalgae by agitation in the presence of solid particles to give a conditioned microalgal slurry, and c. treating the resulting conditioned microalgal slurry with an adsorptive bubble separation process to form a stream rich in algal biomass and a stream depleted in algal biomass; the continuous process further comprising: after (b), but before (c), separating the solid particles to produce a conditioned microalgal suspension; wherein disrupting microalgae comprises intimately contacting the microalgae and the solid particles by vibration; wherein the microalgae disruption occurs in a vibratory grinding mill; and wherein the vibratory grinding mill is a horizontal or a vertical vibratory grinding mill. a. obtaining microalgae from a source thereof, b. disrupting the microalgae by agitation in the presence of solid particles to give a conditioned microalgal slurry, and c. treating the resulting conditioned microalgal slurry with an adsorptive bubble separation process to form a stream rich in algal biomass and a stream depleted in algal biomass; after (b), but before (c), separating the solid particles to produce a conditioned microalgal suspension; wherein disrupting microalgae comprises intimately contacting the microalgae and the solid particles by vibration; wherein the microalgae disruption occurs in a vibratory grinding mill; and wherein the vibratory grinding mill is a horizontal or a vertical vibratory grinding mill.
Support part for attaching elongated objects with an elongated support strip and with an elongated attachment clip, which can be positioned relative to the support strip in a pre-assembly position and in a final assembly position extending towards the support strip, wherein, in the final assembly position, the attachment clip is spaced away from the support strip, wherein the attachment clip is hinged to the support strip, wherein the attachment clip is connected to the support strip by means of a hinge with a joint formed by a reduction in material thickness and wherein a snap-in hook (7, 8) is formed on the support strip, said snap-in hook engaging behind the attachment clip in the final assembly position, characterised in that two snap-in hooks (7, 8) opposite each other are present and that the attachment clip is arranged in the final assembly position between the snap-in hooks (7, 8).
An indicia reading terminal comprising: an illumination subsystem operative for projecting an illumination pattern; an aimer subsystem operative for projecting an aiming pattern; an imaging subsystem comprising an image sensor array and an imaging optics assembly operative for focusing an image onto the image sensor array; a processor operative to attempt to decode a decodable indicia represented in at least one of the frames of image data; wherein the indicia reading terminal, in response to a reading signal, is operative to activate a reading cycle, wherein: the imaging subsystem is activated to acquire frames of image data at least once at the same time that the illumination subsystem is activated for one of a plurality of active illumination periods, for a first illuminated exposure period, wherein intervals of time between the active illumination periods are equal, within nominal tolerances; and the imaging subsystem is activated to acquire frames of image data at least once while the indicia reading terminal does not project illumination, for a first unilluminated exposure period, which is longer than the first illuminated exposure period. an illumination subsystem operative for projecting an illumination pattern; an aimer subsystem operative for projecting an aiming pattern; an imaging subsystem comprising an image sensor array and an imaging optics assembly operative for focusing an image onto the image sensor array; a processor operative to attempt to decode a decodable indicia represented in at least one of the frames of image data; wherein the indicia reading terminal, in response to a reading signal, is operative to activate a reading cycle, wherein: the imaging subsystem is activated to acquire frames of image data at least once at the same time that the illumination subsystem is activated for one of a plurality of active illumination periods, for a first illuminated exposure period, wherein intervals of time between the active illumination periods are equal, within nominal tolerances; and the imaging subsystem is activated to acquire frames of image data at least once while the indicia reading terminal does not project illumination, for a first unilluminated exposure period, which is longer than the first illuminated exposure period. the imaging subsystem is activated to acquire frames of image data at least once at the same time that the illumination subsystem is activated for one of a plurality of active illumination periods, for a first illuminated exposure period, wherein intervals of time between the active illumination periods are equal, within nominal tolerances; and the imaging subsystem is activated to acquire frames of image data at least once while the indicia reading terminal does not project illumination, for a first unilluminated exposure period, which is longer than the first illuminated exposure period.
An ultraviolet light-emitting assembly (300, 400) for disinfecting one or more components, the assembly comprising: a plurality of krypton-chlorine (Kr-Cl) excimer lamps emitting UV light a first UV light emitter support made of a conductive material; a second UV light emitter support made of a conductive material and being spaced from the first UV light emitter support, wherein each of the plurality of UV light emitters is seated in the first and second UV light emitter supports (322, 323); a first heat sink affixed to the first UV light emitter support; a second heat sink affixed to the second UV light emitter support; a thermally conductive and electrically insulating plate contacting the first heat sink and the second heat sink; and a moving mechanism configured to vary a gap between the first UV light emitter support and the second UV light emitter support. a plurality of krypton-chlorine (Kr-Cl) excimer lamps emitting UV light a first UV light emitter support made of a conductive material; a second UV light emitter support made of a conductive material and being spaced from the first UV light emitter support, wherein each of the plurality of UV light emitters is seated in the first and second UV light emitter supports (322, 323); a first heat sink affixed to the first UV light emitter support; a second heat sink affixed to the second UV light emitter support; a thermally conductive and electrically insulating plate contacting the first heat sink and the second heat sink; and a moving mechanism configured to vary a gap between the first UV light emitter support and the second UV light emitter support.
A data processing system comprising a data processing apparatus and a server being capable of connecting to each other, the server storing a first application and a second application, the first application to be used by the data processing apparatus after being installed onto the data processing apparatus, the second application corresponding to the first application and to be used by the data processing apparatus without being installed onto the data processing apparatus, the data processing apparatus comprising: a display means configured to display an HTML-based operation screen of the second application on a Web browser, the operation screen being available from the server; and a main body configured to execute data processing, the server comprising an offeror means that offers an API when an instruction to execute data processing is given via the operation screen displayed on the display means, the API to be used by the second application such that the main body of the data processing apparatus executes data processing as instructed, the data processing apparatus further comprising an agent means that interprets the API offered by the offeror means of the server and that makes the main body execute data processing corresponding to the API by making a call to the main body; wherein the server is configured to record how the second application is used by the data processing apparatus, as monitoring information; and when the data processing apparatus installs the first application after using the second application, the data processing apparatus is configured to inherit the monitoring information from the server for the first application. a display means configured to display an HTML-based operation screen of the second application on a Web browser, the operation screen being available from the server; and a main body configured to execute data processing, the server comprising an offeror means that offers an API when an instruction to execute data processing is given via the operation screen displayed on the display means, the API to be used by the second application such that the main body of the data processing apparatus executes data processing as instructed, the data processing apparatus further comprising an agent means that interprets the API offered by the offeror means of the server and that makes the main body execute data processing corresponding to the API by making a call to the main body; wherein the server is configured to record how the second application is used by the data processing apparatus, as monitoring information; and when the data processing apparatus installs the first application after using the second application, the data processing apparatus is configured to inherit the monitoring information from the server for the first application.
A detergent granule comprising: a) from 85% to 95%, by weight of said detergent granule, of an alkyl sulfate having a branched or linear unalkoxylated alkyl group comprising from 6 to 16 carbon atoms; b) from 4% to 14%, by weight of said detergent granule, of a water-soluble salt selected from the group consisting of sodium sulfate, sodium carbonate, magnesium chloride, magnesium sulfate, sodium silicate, and combinations thereof; and c) from 1% to 5%, by weight of said detergent granule, of water, wherein said detergent granule is characterized by a Medium Particle Size ranging from 200 μm to 1000 μm and an aspect ratio of no more than 2, as determined by the sieve test method described in the description. a) from 85% to 95%, by weight of said detergent granule, of an alkyl sulfate having a branched or linear unalkoxylated alkyl group comprising from 6 to 16 carbon atoms; b) from 4% to 14%, by weight of said detergent granule, of a water-soluble salt selected from the group consisting of sodium sulfate, sodium carbonate, magnesium chloride, magnesium sulfate, sodium silicate, and combinations thereof; and c) from 1% to 5%, by weight of said detergent granule, of water,