mhurhangee/patent-ind-claim-en huggingface dataset:
A steering control device for a steering system including a housing , a turning shaft which is accommodated in the housing such that the turning shaft is able to reciprocate, and an actuator which applies a motor torque for causing the turning shaft to reciprocate using a motor as a drive source, the steering control device comprising an electronic control unit configured to: detect an absolute steering angle which is a rotation angle of a rotation shaft which is able to be converted into a turning angle of turning wheels connected to the turning shaft and which is expressed as an absolute angle including a range exceeding 360°; and determine whether movement of the turning shaft is limited and acquire a limit position determination angle corresponding to the absolute steering angle when it is determined that movement of the turning shaft is limited; characterized in that the electronic control unit is configured to compare a first stroke width which is a sum of an absolute value of the limit position determination angle on a right side and an absolute value of the limit position determination angle on a left side with a stroke threshold value corresponding to an entire stroke range of the turning shaft when an angle which indicates that the turning shaft is located at an end position and which is correlated with the absolute steering angle is defined as an end-position-corresponding angle and the limit position determination angles on the right and left sides are acquired, and set the end-position-corresponding angles on the right and left sides based on the limit position determination angles on the right and left sides when the first stroke width is greater than the stroke threshold value. detect an absolute steering angle which is a rotation angle of a rotation shaft which is able to be converted into a turning angle of turning wheels connected to the turning shaft and which is expressed as an absolute angle including a range exceeding 360°; and determine whether movement of the turning shaft is limited and acquire a limit position determination angle corresponding to the absolute steering angle when it is determined that movement of the turning shaft is limited; characterized in that the electronic control unit is configured to compare a first stroke width which is a sum of an absolute value of the limit position determination angle on a right side and an absolute value of the limit position determination angle on a left side with a stroke threshold value corresponding to an entire stroke range of the turning shaft when an angle which indicates that the turning shaft is located at an end position and which is correlated with the absolute steering angle is defined as an end-position-corresponding angle and the limit position determination angles on the right and left sides are acquired, and set the end-position-corresponding angles on the right and left sides based on the limit position determination angles on the right and left sides when the first stroke width is greater than the stroke threshold value.
Process for increasing the cooling capacity of an extrusion line, and for the energy efficient extrusion of a plastic profile, in particular a plastic pipe, comprising the steps of a) Fusing plastic inside an extruder , b) Forming a plastic strand and supplying the plastic stand to a die , c) Forming a plastic profile by means of said die , and d) Calibrating and hardening the profile through cooling inside a cooling and/or calibration line , a gaseous medium being sucked through one or several cooling tanks for outer cooling, the temperature and saturation of the gaseous medium increasing between the inlet area and the outlet area for said gaseous medium, a fluid medium being added via spray nozzles between the inlet area and the outlet area , said fluid medium evaporating due to heating, thus increasing the saturation of the gaseous medium, characterized in that the temperature as well as the saturation of the gaseous medium is being influenced, and that due to machine control, the dew point of the gaseous medium is not exceeded when increasing the saturation, that furthermore, the quantity of the gaseous medium and the quantity of the injected fluid medium are controlled as a function of a mathematical model in such a manner that an optimal amount of heat is removed from the profile at its surface. a) Fusing plastic inside an extruder , b) Forming a plastic strand and supplying the plastic stand to a die , c) Forming a plastic profile by means of said die , and d) Calibrating and hardening the profile through cooling inside a cooling and/or calibration line ,
A fluid ejection device, comprising: a fluid ejection die formed with a first material and that includes a bondpad and a plurality of fluid ejectors ; a cover layer adjacent the fluid ejection die and formed with a second material that is different than the first material, wherein the cover layer includes a first region that surrounds the bondpad and a second region that overlays the plurality of fluid ejectors, wherein the first and second regions are separated by a break in the cover layer, wherein the break is between the first and second regions, wherein the first region of the cover layer comprises a wall formed with the second material that prevents fluid from contacting the bondpad; and a third material that is different than one or both of the first and second material, wherein the third material fills the break separating the first and second regions of the cover layer. a fluid ejection die formed with a first material and that includes a bondpad and a plurality of fluid ejectors ; a cover layer adjacent the fluid ejection die and formed with a second material that is different than the first material, wherein the cover layer includes a first region that surrounds the bondpad and a second region that overlays the plurality of fluid ejectors, wherein the first and second regions are separated by a break in the cover layer, wherein the break is between the first and second regions, wherein the first region of the cover layer comprises a wall formed with the second material that prevents fluid from contacting the bondpad; and a third material that is different than one or both of the first and second material, wherein the third material fills the break separating the first and second regions of the cover layer.
A medical, in particular dental system having a drive unit and/or control unit , a transmitting unit and a receiving unit , characterized in that the transmitting unit is provided in an identification element for the identification of a user of the medical, in particular dental system , wherein the identification element is configured as an accessory of the medical, in particular dental system , and wherein the receiving unit is provided on a medical, in particular dental straight handpiece or contra-angled handpiece of the medical, in particular dental system , wherein the transmitting unit and the receiving unit are configured for capacitive coupling of electrical signals, in particular data, into and out of a human body , so that an electric path which extends through the human body of the user can be established for the transmission of electric signals, in particular data, between the transmitting unit and the receiving unit in order to transmit electrical signals, in particular data, between the transmitting unit and the receiving unit .
Water analysis apparatus with a transparent measuring cuvette , a light source and a light detector for acquiring an optical parameter of a water probe in the transparent measuring cuvette , a cuvette chamber , in which the measuring cuvette is arranged, a ventilation circuit for ventilating the cuvette chamber , wherein the ventilation circuit has the cuvette chamber , a ventilation pump downstream of the cuvette chamber and a cuvette chamber air inlet downstream of the ventilation pump , wherein the cuvette chamber air inlet has a pneumatic throttling element , so that when the ventilation pump is operated, there is a vacuum in the cuvette chamber in relation to the atmosphere, and a cover arrangement and an apparatus housing , wherein the apparatus housing forms the cuvette chamber that is closed fluidly by the cover arrangement , characterized in that the vacuum is a differential pressure of at least 2.0 mbar, the cover arrangement and the apparatus housing have a screw top mimic , so that the cover arrangement can be bolted to or unbolted from the apparatus housing through a rotational movement, the cover arrangement and the apparatus housing form a circular ring-shaped ring seal that is coaxial with the rotational movement, wherein the ring seal is formed by an elastic seal body provided on the cover arrangement or on the apparatus housing with a circular seal lip and a corresponding circular shoulder seat provided on the apparatus housing or on the cover arrangement onto which the seal lip is pressed by the atmospheric differential pressure, and the seal body has a blocking ring , which is fixed radially to a cylindrical support surface of the cover arrangement or of the apparatus housing .
A circulation circuit of a fuel including a fuel filter and a high pressure pump , a container for gravity settling of an element contained in the fuel, the element being liable to form solid particles below a temperature referred to as the cloud point, this container being disposed between the outlet of the fuel filter and the inlet of the high pressure pump , and including, with reference to the vertical, - an inlet of liquid in the upper part of the container , - an outlet of liquid in the upper part of the container , - a bottom in the lower part of the container , - heating means in its lower part, characterized in that it includes trapping means interposed between the inlet and the outlet of liquid on the one hand and the bottom of the container on the other hand, the said means including two staggered flaps designed so as to allow the solid particles, formed during a stoppage of the circulation of the liquid in the circuit, to settle at the bottom of the container , and to retain the deposit of solid particles at the bottom of the container during a phase of resumption of circulation of the liquid in the circuit, and in that the two flaps are movable. - an inlet of liquid in the upper part of the container , - an outlet of liquid in the upper part of the container , - a bottom in the lower part of the container , - heating means in its lower part,
A method for transmitting data in a wireless access system, the method comprising: obtaining (S601) a number C of code blocks based on a size B of an input bit sequence, and a difference between a maximum size Z of code blocks and a size L of cyclic redundancy checks, CRCs; obtaining a size B' of a modified input bit sequence by using the number C, the size B and the size L; obtaining (S602) two sizes of the code blocks from predetermined values based on the size B' and the number C; segmenting (S620) the input bit sequence into second sequences based on the number C and the two sizes of the code blocks; generating each of the CRCs by using each of the second sequences, wherein a size of each of the second sequences is calculated by subtracting the size L of the CRCs from each of the two sizes of the code blocks; attaching (S620) each of the CRCs to each of the second sequences for the code blocks; and transmitting the data using the code blocks. obtaining (S601) a number C of code blocks based on a size B of an input bit sequence, and a difference between a maximum size Z of code blocks and a size L of cyclic redundancy checks, CRCs; obtaining a size B' of a modified input bit sequence by using the number C, the size B and the size L; obtaining (S602) two sizes of the code blocks from predetermined values based on the size B' and the number C; segmenting (S620) the input bit sequence into second sequences based on the number C and the two sizes of the code blocks; generating each of the CRCs by using each of the second sequences, wherein a size of each of the second sequences is calculated by subtracting the size L of the CRCs from each of the two sizes of the code blocks; attaching (S620) each of the CRCs to each of the second sequences for the code blocks; and transmitting the data using the code blocks.
An oil tank for a turbine engine , comprising: - a closed enclosure having the shape of an arc of circle adapted to receive oil, with the enclosure having a lower portion and an upper portion at a distance from each other, and - an oil level control device in the enclosure , characterized in that the control device comprises a first sensor positioned in the lower portion of the enclosure so as to control the oil level, and a second sensor separate from the first sensor and positioned in the upper portion of the enclosure so as to control the oil level. - a closed enclosure having the shape of an arc of circle adapted to receive oil, with the enclosure having a lower portion and an upper portion at a distance from each other, and - an oil level control device in the enclosure ,
Method of manufacturing a security document, comprising the steps of: - providing m images of an object, wherein m is at least equal to 4, - dividing each image into n sets adjacent arrays (l 1,1 ,l 1,2 ...l 1,n ),..., (l m1 ,l m2 ,...l mn ) of picture elements, - applying the images in an interlaced manner in an image layer of a thickness T, in sets of interlaced arrays (l 11 ,l 21 ...l m1 ),...,(l 1n ,l 2n ...l mn ) below a lens structure comprising line-shaped lens elements (3,4,5;20,21) having a focal length L over the image layer with one line shaped lens element overlying a corresponding set of adjacent arrays by projection or scanning an optical beam onto the lens elements and focussing the beam by said lens elements, wherein edges of adjacent arrays in a focal plane that is situated at the distance L from the lenses are spaced at a mutual distance δ, wherein the images comprise multiples of two portraits of a person taken at different angles, which are interlaced such that sets of two images are produced that are separately viewed by each respective eye of a viewer at different a viewing distances, a distance H between the image layer and the lens elements (3,4,5;20,21) is different from the focal length L of the lens elements by at least 5 %, preferably at least 10%, more preferably at least 20 %, such that the focal length L is smaller than the distance H or larger than H+T and upon applying the arrays into the image layer each array of picture elements is provided into the image layer in an out of focus manner to form a blurred array wherein a mutual distance of the edges of adjacent blurred arrays is smaller than the mutual distance δ. - providing m images of an object, wherein m is at least equal to 4, - dividing each image into n sets adjacent arrays (l 1,1 ,l 1,2 ...l 1,n ),..., (l m1 ,l m2 ,...l mn ) of picture elements, - applying the images in an interlaced manner in an image layer of a thickness T, in sets of interlaced arrays (l 11 ,l 21 ...l m1 ),...,(l 1n ,l 2n ...l mn ) below a lens structure comprising line-shaped lens elements (3,4,5;20,21) having a focal length L over the image layer with one line shaped lens element overlying a corresponding set of adjacent arrays by projection or scanning an optical beam onto the lens elements and focussing the beam by said lens elements, wherein edges of adjacent arrays in a focal plane that is situated at the distance L from the lenses are spaced at a mutual distance δ,
A method of processing objects using a programmable motion device, comprising: perceiving identifying indicia representative of an identity of a plurality of objects and directing the plurality of objects toward an input area from at least one input conveyance system, the input area including an input station accessible by the programmable motion device; acquiring an object from the plurality of objects at the input station using an end effector of the programmable motion device; and moving the acquired object from the input station toward an identified processing location using the programmable motion device, said identified processing location being associated with the identifying indicia and characterized by : said identified processing location being provided as one of a plurality of stationary processing locations that are radially spaced from a base of the programmable motion device, wherein the plurality of stationary processing locations include a plurality of processing bins within reach of the end effector of the programmable motion device in a plurality of semicircular rows that increase in elevation and radial distance away from the base of the programmable motion device. perceiving identifying indicia representative of an identity of a plurality of objects and directing the plurality of objects toward an input area from at least one input conveyance system, the input area including an input station accessible by the programmable motion device; acquiring an object from the plurality of objects at the input station using an end effector of the programmable motion device; and moving the acquired object from the input station toward an identified processing location using the programmable motion device, said identified processing location being associated with the identifying indicia and characterized by : said identified processing location being provided as one of a plurality of stationary processing locations that are radially spaced from a base of the programmable motion device, wherein the plurality of stationary processing locations include a plurality of processing bins within reach of the end effector of the programmable motion device in a plurality of semicircular rows that increase in elevation and radial distance away from the base of the programmable motion device.
An optical filter element for devices for converting spectral information into location information with a connected detector for detecting signals, wherein light incident on the entire surface of the filter element is separated into its individual spectral components over the spatial extent of the filter element after passing through the filter element , at least comprising two microresonators , wherein both microresonators (10; 11) at least feature - at least two surface-covering reflective layer structures (4, 6; 8, 9) containing at least one material layer with a high refractive index and at least one material layer with a low refractive index in an alternating sequence, as well as - at least one surface-covering resonance layer (5; 7) arranged between said two respective surface-covering reflective layer structures (4, 6; 8, 9), characterized in that the filter element comprises at least a transparent, plane-parallel substrate for optically decoupling the two microresonators , wherein the first microresonator (10; 11) is located on a first of the two opposite surfaces (51; 52) of the substrate , wherein the second microresonator (11; 10) is located on the substrate on a second surface thereof, which lies opposite of the first surface , and wherein the resonance layer (5; 7) and/or the respective reflective layer structure (4, 6; 8, 9) surrounding the resonance layer (5; 7) have a variable layer thickness along the horizontal axis of the filter element . - at least two surface-covering reflective layer structures (4, 6; 8, 9) containing at least one material layer with a high refractive index and at least one material layer with a low refractive index in an alternating sequence, as well as - at least one surface-covering resonance layer (5; 7) arranged between said two respective surface-covering reflective layer structures (4, 6; 8, 9),
A method for wireless communication, comprising: selecting a plurality of sets of terminals for possible data transmission on a resource, each set including more than one terminal, each set of terminals being different; wherein the method comprises the steps of: evaluating a performance metric of each of the plurality of sets of terminals; selecting a set of terminals among the plurality of sets of terminals based on the evaluated performance metric performance of each set of terminals; and scheduling each terminal in the selected set of terminals for data transmission on the resource. selecting a plurality of sets of terminals for possible data transmission on a resource, each set including more than one terminal, each set of terminals being different; wherein the method comprises the steps of: evaluating a performance metric of each of the plurality of sets of terminals; selecting a set of terminals among the plurality of sets of terminals based on the evaluated performance metric performance of each set of terminals; and scheduling each terminal in the selected set of terminals for data transmission on the resource. evaluating a performance metric of each of the plurality of sets of terminals; selecting a set of terminals among the plurality of sets of terminals based on the evaluated performance metric performance of each set of terminals; and scheduling each terminal in the selected set of terminals for data transmission on the resource.
An emulsion composition comprising (a) a lipophilic ingredient comprising (a-1) astaxanthins and (a-2) acyl glycerol comprising at least one selected from the group consisting of a monoglyceride, a diglyceride, and a triglyceride, (b) a phospholipid, (c) a polyol, (d) water, (e) a sucrose fatty acid ester, and (f) a polyglycerol fatty acid ester, wherein the weight ratio of the (a-2) acyl glycerol to the (a-1) astaxanthins is from 3 to 8 parts by weight of the acyl glycerols to 1 part by weight of the astaxanthins, the content of the (b) phospholipid is from 2.0 to 15.0 parts by weight to 100 parts by weight of the total of the emulsion composition, and the weight ratio of the (f) polyglycerol fatty acid ester to the (e) sucrose fatty acid ester is from 0.1 to 0.9 part by weight of the (f) polyglycerol fatty acid ester to 1 part by weight of the (e) sucrose fatty acid ester. (a) a lipophilic ingredient comprising (a-1) astaxanthins and (a-2) acyl glycerol comprising at least one selected from the group consisting of a monoglyceride, a diglyceride, and a triglyceride, (b) a phospholipid, (c) a polyol, (d) water, (e) a sucrose fatty acid ester, and (f) a polyglycerol fatty acid ester,
A roller assembly , comprising: a first gear for mounting and orienting a roller; a roller mounted to the first gear ; and a second gear coupled to the first gear for activating the roller in order to induce rotation of said roller; wherein the first gear is a ring gear including a plurality of peripheral teeth ; wherein the second gear is a ring gear with an inner shelf and a central opening; wherein a plurality of peripheral teeth is distributed about a peripheral surface of the ring gear of the second gear ; wherein the second gear is concentric with the first gear and rotates about the first gear to activate the roller ; characterised in that the ring gear of the second gear further comprises a plurality of downward facing inner teeth distributed about an inner surface adjacent to the central opening of the ring for engaging a gear connected to the roller . a first gear for mounting and orienting a roller; a roller mounted to the first gear ; and a second gear coupled to the first gear for activating the roller in order to induce rotation of said roller; wherein the first gear is a ring gear including a plurality of peripheral teeth ; wherein the second gear is a ring gear with an inner shelf and a central opening; wherein a plurality of peripheral teeth is distributed about a peripheral surface of the ring gear of the second gear ; wherein the second gear is concentric with the first gear and rotates about the first gear to activate the roller ; characterised in that the ring gear of the second gear further comprises a plurality of downward facing inner teeth distributed about an inner surface adjacent to the central opening of the ring for engaging a gear connected to the roller .