mhurhangee/ep-ind-claims huggingface dataset:
A process for the manufacture of synthetic food-grade astaxanthin comprising the following steps: a) Providing synthetic astaxanthin crystals containing dichloromethane; and b) Adding methanol to the synthetic astaxanthin crystals in an amount to obtain a suspension of synthetic astaxanthin in methanol, whereby the amount of synthetic astaxanthin in said suspension is in the range of from 5 to 70 weight-%, based on the total weight of the suspension; and c) Heating up the suspension obtained in step b) to a temperature in the range of from 80 to 140°C in a closed reactor; and d) Maintaining the suspension at a temperature in the range as given for step c); and e) Removing residual dichloromethane and methanol by distillation; and f) Repeating steps b), d) and e) until the content of dichloromethane in the synthetic astaxanthin is ≤ 250 ppm; and g) Cooling the methanolic synthetic astaxanthin suspension, whereby its content of dichloromethane is ≤ 250 ppm, to a temperature in the range of from 10 to 35°C; and h) Filtering off the synthetic astaxanthin crystals and optionally drying them; whereby a synthetic astaxanthin suitable for human consumption is obtained. a) Providing synthetic astaxanthin crystals containing dichloromethane; and b) Adding methanol to the synthetic astaxanthin crystals in an amount to obtain a suspension of synthetic astaxanthin in methanol, whereby the amount of synthetic astaxanthin in said suspension is in the range of from 5 to 70 weight-%, based on the total weight of the suspension; and c) Heating up the suspension obtained in step b) to a temperature in the range of from 80 to 140°C in a closed reactor; and d) Maintaining the suspension at a temperature in the range as given for step c); and e) Removing residual dichloromethane and methanol by distillation; and f) Repeating steps b), d) and e) until the content of dichloromethane in the synthetic astaxanthin is ≤ 250 ppm; and g) Cooling the methanolic synthetic astaxanthin suspension, whereby its content of dichloromethane is ≤ 250 ppm, to a temperature in the range of from 10 to 35°C; and h) Filtering off the synthetic astaxanthin crystals and optionally drying them; whereby a synthetic astaxanthin suitable for human consumption is obtained.
Sewing machine comprising a support surface for two material webs which lie one above the other, which are to be sewn together by means of the sewing machine and which have edges, wherein a lower guide element for the lower material web is provided below the support surface and an upper guide element for the upper material web is provided above the support surface for alignment of the edges of the material webs with respect to one another, wherein the guide elements (2, 3) are each mounted rotatably about an axis of rotation (2.1, 3.1), characterized in that the axes of rotation (2.1, 3.1) of the guide elements (2, 3) are arranged to run perpendicularly to the support surface and in that the guide element (2, 3) is configured at least as a subring around its axis of rotation (2.1, 3.1).
Infusion container for receiving a dried infusion substance for the preparation of an infusion beverage, comprising a base part, a lid part and a wall part connecting the base part and the lid part and an inlet valve wherein the inlet valve is formed in the lid part, characterized in that the inlet valve comprises a valve cap and a valve body, wherein the valve cap and the valve body are connected to one another in a separable manner via a material thin point and in that the infusion container is expandable, wherein in particular the wall part has a variable length.
A method of monitoring a machining of a part from a blank, the method comprising: - providing a machine tool system (106;...; 114) including a machine tool controller and a machine tool apparatus which supports the blank and at least one tool which are used to remove material from the blank, the machine tool apparatus including a plurality of moveable axes which change the relative position of the at least one tool and the blank; - providing a part program which specifies a plurality of instructions, the plurality of instructions defining at least one trajectory for the at least one tool to follow; - executing the part program with a machine tool software portion of the machine tool controller; characterized by - receiving a notification from a remote controller that the machine tool system (106;...; 114) is being observed by a user system provided with a user interface and spaced apart from the machine tool system (106;...; 114) and the remote controller; and - sending information from the machine tool system (106;...; 114) to the remote controller, the information being collected by the machine tool system (106;...; 114), wherein the information is provided to the remote controller at a first frequency when the machine tool system (106;...; 114) is being observed and at a second frequency when the machine tool system (106;...; 114) is other than being observed, the second frequency being lower than the first frequency. - providing a machine tool system (106;...; 114) including a machine tool controller and a machine tool apparatus which supports the blank and at least one tool which are used to remove material from the blank, the machine tool apparatus including a plurality of moveable axes which change the relative position of the at least one tool and the blank; - providing a part program which specifies a plurality of instructions, the plurality of instructions defining at least one trajectory for the at least one tool to follow; - executing the part program with a machine tool software portion of the machine tool controller; characterized by - receiving a notification from a remote controller that the machine tool system (106;...; 114) is being observed by a user system provided with a user interface and spaced apart from the machine tool system (106;...; 114) and the remote controller; and - sending information from the machine tool system (106;...; 114) to the remote controller, the information being collected by the machine tool system (106;...; 114), wherein the information is provided to the remote controller at a first frequency when the machine tool system (106;...; 114) is being observed and at a second frequency when the machine tool system (106;...; 114) is other than being observed, the second frequency being lower than the first frequency.
A method executed by at least one processor comprising: creating, by a first application, a first trusted execution environment, TXE, in protected non-privileged user address space of at least one memory, which makes a first measurement for at least one of first data and first executable code of the first application and which encrypts the first measurement with a persistent first hardware based key while the first measurement is within the first TXE; creating a second TXE, in the non-privileged user address space, which makes a second measurement for at least one of second data and second executable code; creating a third TXE in the non-privileged user address space; creating a first secure communication channel between the first and third TXEs and a second secure communication channel between the second and third TXEs; and communicating the first measurement between the first and third TXEs via the first secure communication channel. creating, by a first application, a first trusted execution environment, TXE, in protected non-privileged user address space of at least one memory, which makes a first measurement for at least one of first data and first executable code of the first application and which encrypts the first measurement with a persistent first hardware based key while the first measurement is within the first TXE; creating a second TXE, in the non-privileged user address space, which makes a second measurement for at least one of second data and second executable code; creating a third TXE in the non-privileged user address space; creating a first secure communication channel between the first and third TXEs and a second secure communication channel between the second and third TXEs; and communicating the first measurement between the first and third TXEs via the first secure communication channel.
A method of controlling the size of microdroplets and/or maintaining or optimising enzymatic or chemical reactions occurring therein, said microdroplets having an average volume in the range from 0.5 femtolitres to 10 nanolitres comprised of at least one biological component and a first aqueous medium having a water activity of a w1 of less than 1 characterised by the step of maintaining the microdroplets in a water-immiscible carrier fluid which further includes secondary droplets comprised of a second aqueous medium having an average volume less than 25% of the average volume of the microdroplets up to and including a maximum of 4 femtolitres and wherein the volume ratio of carrier fluid to total volume of microdroplets per unit volume of the total is greater than 2:1.
A method of recovering a frame loss, the method comprising: grouping (S610, S830, S910) transform coefficients of at least one frame into a predetermined number of bands (710, 720, 730) among previous frames of a current frame; deriving (S630, S850, S645, S920) an attenuation constant according to a tonality of the bands (710, 720, 730); and recovering (S660, S870, S930) transform coefficients of the current frame by applying the attenuation constant to the previous frame of the current frame, characterized in that in a band (710, 720, 730) having a strong tonality of the transform coefficient, the attenuation constant is derived (S630, S850, S920) on the basis of a correlation between transform coefficients of previous normal frames. grouping (S610, S830, S910) transform coefficients of at least one frame into a predetermined number of bands (710, 720, 730) among previous frames of a current frame; deriving (S630, S850, S645, S920) an attenuation constant according to a tonality of the bands (710, 720, 730); and recovering (S660, S870, S930) transform coefficients of the current frame by applying the attenuation constant to the previous frame of the current frame, characterized in that in a band (710, 720, 730) having a strong tonality of the transform coefficient, the attenuation constant is derived (S630, S850, S920) on the basis of a correlation between transform coefficients of previous normal frames.
An elevator load bearing member, comprising a plurality of load bearing wires, characterized by: a polymer-based conductive adhesive coating on each of the plurality of the wires; and a jacket surrounding the wires, wherein the jacket is adhered to the wires by the polymer-based conductive adhesive coating. a polymer-based conductive adhesive coating on each of the plurality of the wires; and a jacket surrounding the wires, wherein the jacket is adhered to the wires by the polymer-based conductive adhesive coating.
A method, comprising: providing a first clock signal having a first frequency from a first clock and a second clock signal having a second frequency from a second clock on an adaptive logic element, providing the first clock signal as a first clock source for a first register; sampling first data from the first register; and storing the first sampled data on a second register. characterized by selecting, at a multiplexer, the second clock signal as a second clock source for the second register out of the first clock signal and the second clock signal, wherein the second frequency of the second clock signal is lower than the first frequency of the first clock signal; and wherein sampling first data from the first register and storing the first sampled data on the second register is based on selecting the second clock signal as the second clock source. providing a first clock signal having a first frequency from a first clock and a second clock signal having a second frequency from a second clock on an adaptive logic element, providing the first clock signal as a first clock source for a first register; sampling first data from the first register; and storing the first sampled data on a second register. characterized by selecting, at a multiplexer, the second clock signal as a second clock source for the second register out of the first clock signal and the second clock signal, wherein the second frequency of the second clock signal is lower than the first frequency of the first clock signal; and wherein sampling first data from the first register and storing the first sampled data on the second register is based on selecting the second clock signal as the second clock source.
Gaming device having a game wheel, which is mounted for rotation about a wheel axle and is intended for achieving a score, wherein the game wheel is assigned an electrically activatable screen which, as seen in the viewing direction of the wheel axle, is arranged, at least in part, within the circumferential contour of the game wheel, and wherein the screen is superimposed on the game wheel and conceals part of a wheel surface which is directed towards an operating station of the gaming device, characterized in that the gaming wheel has a basic wheel structure with a central tray-like or cup-like depression, in which depression the screen is accommodated in an at least partially recessed state, wherein a basic-wheel-structure periphery which surrounds the depression is located at least approximately in a common plane with the surface of the screen.
A compound, having a structure according to Formula 2: wherein Ar 1 and Ar 2 are substituted or unsubstituted aromatic or heteroaromatic groups which may join with ring C to form fused rings, and wherein R 1, R 2, R 3, R 4 and R 5 represent no substitution. wherein Ar 1 and Ar 2 are substituted or unsubstituted aromatic or heteroaromatic groups which may join with ring C to form fused rings, and wherein R 1, R 2, R 3, R 4 and R 5 represent no substitution.
An infusion set configured to be secured to a skin surface for targeting a desired depth to deliver medicaments to an upper 3 mm of said skin, comprising: a hub and a needle having a base, the needle and base being configured to travel during insertion as urged by a motion; and an insertion track included in the hub upon which the needle base is configured to travel during insertion as urged by the motion; wherein said needle is configured to assume a first angle relative to a base of the hub in a free state, said base of the hub having an adhesive layer configured to secure the hub to the skin surface; wherein said needle is configured such that it is deflected towards the base of the hub to a second angle relative to the skin surface via contact with said skin surface but prior to application of said motion; wherein said needle is configured to travel along the track at a third angle relative to said skin surface during application of said motion and to move axially and radially when the skin exerts an opposing force on the needle; and wherein said needle is configured such that, upon release of said motion, the needle returns towards the first angle and assumes a final angle relative to said skin surface that is different from said first angle of said needle; wherein the angle of the user motion is different than the final angle. a hub and a needle having a base, the needle and base being configured to travel during insertion as urged by a motion; and an insertion track included in the hub upon which the needle base is configured to travel during insertion as urged by the motion; wherein said needle is configured to assume a first angle relative to a base of the hub in a free state, said base of the hub having an adhesive layer configured to secure the hub to the skin surface; wherein said needle is configured such that it is deflected towards the base of the hub to a second angle relative to the skin surface via contact with said skin surface but prior to application of said motion; wherein said needle is configured to travel along the track at a third angle relative to said skin surface during application of said motion and to move axially and radially when the skin exerts an opposing force on the needle; and wherein said needle is configured such that, upon release of said motion, the needle returns towards the first angle and assumes a final angle relative to said skin surface that is different from said first angle of said needle; wherein the angle of the user motion is different than the final angle.
Raw non-ferrous alloy pressure casting, which is body of a turbocharger, equipped with a casting sleeve forming a central hole which fulfills the role of the inlet diffuser in the finished product, containing structural elements in the form of material allowances of which at least one constitutes an excess overflow intended for the evacuation of excess gas and impurities from the mould without connecting it to the atmosphere, characterised in that it has an excess overflow in the form of a flat-wall membrane placed inside a casting sleeve being the central hole or has a peripheral excess overflow permanently attached to the wall of the central hole.
A robot controller for controlling the operation of a robot unit, which robot unit comprises a plurality of robot arms (5a-c) that each comprises at least one motion mechanism (7a-d, 8) adapted to set the robot arm (5a-c) in motion, wherein a tool of the robot unit is adapted to be moved along an operational path, the robot controller being adapted to determine the kinetic energy subjected to each motion mechanism (7a-d, 8) of the robot arms (5a-c), and, on basis of the determined kinetic energies, control the speed of each motion mechanism (7a-d, 8), while maintaining a movement of the tool along the operational path, so that said kinetic energy subjected to each motion mechanism does not exceed a certain level, characterized in that said certain level of said kinetic energy is the same for at least two motion mechanisms.
A method of performing Wi-Fi Display, WFD, service in a WFD source device, the method comprising: displaying a first multimedia file in real-time on the WFD source device; streaming the first multimedia file displayed in real-time to a WFD sink device, wherein the first multimedia file displayed in real-time is encoded by a common codec supported by the WFD source device and the WFD sink device when the first multimedia file displayed in real-time is streamed to the WFD sink device; receiving a request for playing a second multimedia file in the course of the WFD service; determining whether the second multimedia file is able to be directly played by the WFD sink device; the method characterized in that: further to determining that the second multimedia file is able to be directly played by the WFD sink device, transmitting the second multimedia file to the WFD sink device and streaming the second multimedia file without transcoding; and further to determining that the second multimedia file is not able to be directly played by the WFD sink device, streaming the second multimedia file to the WFD sink device using transcoding of the second multimedia file. displaying a first multimedia file in real-time on the WFD source device; streaming the first multimedia file displayed in real-time to a WFD sink device, wherein the first multimedia file displayed in real-time is encoded by a common codec supported by the WFD source device and the WFD sink device when the first multimedia file displayed in real-time is streamed to the WFD sink device; receiving a request for playing a second multimedia file in the course of the WFD service; determining whether the second multimedia file is able to be directly played by the WFD sink device; further to determining that the second multimedia file is able to be directly played by the WFD sink device, transmitting the second multimedia file to the WFD sink device and streaming the second multimedia file without transcoding; and further to determining that the second multimedia file is not able to be directly played by the WFD sink device, streaming the second multimedia file to the WFD sink device using transcoding of the second multimedia file.
A handle substrate of a composite substrate for a semiconductor, said handle substrate being composed of a translucent polycrystalline alumina: wherein a purity of alumina of said translucent polycrystalline alumina is 99.9% or higher; wherein an average of a total forward light transmittance of said handle substrate is 60% or higher in a wavelength range of 200 to 400 nm, and wherein an average of a linear light transmittance of said handle substrate is 15% or lower in a wavelength range of 200 to 400 nm. wherein a purity of alumina of said translucent polycrystalline alumina is 99.9% or higher; wherein an average of a total forward light transmittance of said handle substrate is 60% or higher in a wavelength range of 200 to 400 nm, and wherein an average of a linear light transmittance of said handle substrate is 15% or lower in a wavelength range of 200 to 400 nm.
An edge ring assembly for a plasma processing chamber, comprising: an upper edge ring (500, 700) configured to surround an electrostatic chuck that is configured for electrical connection to an RF power supply, the ESC having a top surface for supporting a substrate and an annular step surrounding the top surface, the annular step defining an annular shelf that is lower than the top surface, the upper edge ring (500, 700) being disposed above the annular shelf, the upper edge ring (500, 700) being defined from an electrically insulating material; a lower inner edge ring (502, 702) disposed below the upper edge ring (500, 700) in the annular step and disposed on the annular shelf, the lower inner edge ring (502, 702) being defined from an electrically conductive material, the lower inner edge ring (502, 702) being electrically insulated from the ESC; a lower outer edge ring (504, 704) surrounding the inner edge ring, the lower outer edge ring (504, 704) being disposed below the upper edge ring (500, 700) in the annular step and disposed over the annular shelf, the lower outer edge ring (504, 704) being defined from an electrically insulating material. an upper edge ring (500, 700) configured to surround an electrostatic chuck that is configured for electrical connection to an RF power supply, the ESC having a top surface for supporting a substrate and an annular step surrounding the top surface, the annular step defining an annular shelf that is lower than the top surface, the upper edge ring (500, 700) being disposed above the annular shelf, the upper edge ring (500, 700) being defined from an electrically insulating material; a lower inner edge ring (502, 702) disposed below the upper edge ring (500, 700) in the annular step and disposed on the annular shelf, the lower inner edge ring (502, 702) being defined from an electrically conductive material, the lower inner edge ring (502, 702) being electrically insulated from the ESC; a lower outer edge ring (504, 704) surrounding the inner edge ring, the lower outer edge ring (504, 704) being disposed below the upper edge ring (500, 700) in the annular step and disposed over the annular shelf, the lower outer edge ring (504, 704) being defined from an electrically insulating material.