mhurhangee/patent-ind-claim-en huggingface dataset:
Booting device for a computer element , for booting the computer element , wherein the booting device comprises: a memory unit for storing a protection code ; and a protection unit for checking the integrity of a software component of the computer element by reference to the protection code , wherein the booting device is appropriate for executing the software component to boot the computer element ; wherein the protection code can be at least partially changed from outside the booting device , wherein the booting device is designed only to permit the alteration of the protection code from outside the booting device in the event that: the booting device detects that the alteration of the protection code is executed via an interface of the protection unit which is provided by a manufacturer of the booting device ; and/or the booting device detects that the alteration of the protection code is executed using a predefined configuration device of the manufacturer; and/or the booting device only permits a one-time alteration of a respective region of the protection code , and the booting device detects that the alteration is the first alteration of the protection code in the respective region. a memory unit for storing a protection code ; and a protection unit for checking the integrity of a software component of the computer element by reference to the protection code , wherein the booting device is appropriate for executing the software component to boot the computer element ; wherein the protection code can be at least partially changed from outside the booting device , the booting device detects that the alteration of the protection code is executed via an interface of the protection unit which is provided by a manufacturer of the booting device ; and/or the booting device detects that the alteration of the protection code is executed using a predefined configuration device of the manufacturer; and/or the booting device only permits a one-time alteration of a respective region of the protection code , and the booting device detects that the alteration is the first alteration of the protection code in the respective region.
Valve device for influencing a fluid current between an inlet connection and an outlet opening , with a valve housing , which is penetrated by a fluid channel , which extends from an inlet connection to an outlet opening , wherein a valve member is arranged in the fluid channel , which is designed to regulate a cross-section of the fluid channel , with an electric drive device , which is designed to influence a position of the valve member in the fluid channel and which comprises a stator that is fixed on the valve housing and an armature arranged so as to be movable relative to the stator , wherein the armature and the valve member are arranged on a dimensionally-stable connection part , which is pivotably mounted on the valve housing with at least one flexure , wherein the at least one flexure is designed for an electric connection of the armature to an electric connection device designed on the valve housing and wherein the connection part forms the valve member or carries the valve member, wherein the connection part is designed as a printed circuit with electric circuit paths.
A protective film , comprising: a protective film sheet ; a protective layer ; a release layer ; the protective film sheet is arranged between the protective layer and the release layer ; a lead tab connected to an end part of the release layer , and a positioning mechanism arranged on the protective layer to align the protective film sheet with a screen of an electronic device, wherein: the lead tab comprises a first layer and a second layer , one end of the release layer is sandwiched between the first layer and the second layer , and one end of the lead tab matched with the release layer is offset from a boundary of the protective film sheet ; and the lead tab is less prone to deformation than the release layer such that, when the lead tab is being peeled from the protective film , the release layer has a bending and deformation tendency, thus facilitating peeling of the release layer from the protective film sheet . a protective film sheet ; a protective layer ; a release layer ; the protective film sheet is arranged between the protective layer and the release layer ; a lead tab connected to an end part of the release layer , and a positioning mechanism arranged on the protective layer to align the protective film sheet with a screen of an electronic device, the lead tab comprises a first layer and a second layer , one end of the release layer is sandwiched between the first layer and the second layer , and one end of the lead tab matched with the release layer is offset from a boundary of the protective film sheet ; and the lead tab is less prone to deformation than the release layer such that, when the lead tab is being peeled from the protective film , the release layer has a bending and deformation tendency, thus facilitating peeling of the release layer from the protective film sheet .
An aqueous matte coating composition, comprising: (a) from 10 to 65% by weight, based on the weight of the coating composition, of a first acrylic bead having a calculated Tg of from -30°C to 10°C and an average particle diameter of from 0.5 to 2 μm; (b) from 20 to 80% by weight, based on the weight of the coating composition, of a second acrylic bead having a calculated Tg of from -60 to 0°C and an average particle diameter of from 3 to 30 μm; (c) from 10 to 30% by weight, based on the weight of the coating composition, of a polymer binder having an average particle diameter of from 0.03 to 0.5 μm; and (d) from 0.1 to 20% by weight, based on the weight of the coating composition, of a slip additive comprising a silicone emulsion and a wax dispersion; wherein the silicone emulsion is a polydimethylsiloxane-based emulsion. (a) from 10 to 65% by weight, based on the weight of the coating composition, of a first acrylic bead having a calculated Tg of from -30°C to 10°C and an average particle diameter of from 0.5 to 2 μm; (b) from 20 to 80% by weight, based on the weight of the coating composition, of a second acrylic bead having a calculated Tg of from -60 to 0°C and an average particle diameter of from 3 to 30 μm; (c) from 10 to 30% by weight, based on the weight of the coating composition, of a polymer binder having an average particle diameter of from 0.03 to 0.5 μm; and (d) from 0.1 to 20% by weight, based on the weight of the coating composition, of a slip additive comprising a silicone emulsion and a wax dispersion; wherein the silicone emulsion is a polydimethylsiloxane-based emulsion.
A method for determining eye openness with an eye tracking device, wherein the method comprises: capturing, during a first time period when an eye of the user is open, a first image of an eye area of a user, using an image sensor of the eye tracking device; determining, for all pixels of the first image of the eye area, a first sum of intensity of the pixels; capturing, during a second time period when the eye of the user is closed, a second image of the eye area of a user, using the image sensor of the eye tracking device determining, for all pixels of the second image of the eye area, a second sum of intensity of the pixels; capturing, during a third time period, a third image of the eye area of the user, using the image sensor of the eye tracking device; determining, for all pixels of the third image of the eye area, a third sum of intensity of the pixels; and determining, with a processor, that upon the third sum exceeding a fourth sum of the first sum plus a threshold amount, that the eye of the user is closed, wherein the threshold amount is equal to a product of a threshold fraction and a difference between the first sum and the second sum. capturing, during a first time period when an eye of the user is open, a first image of an eye area of a user, using an image sensor of the eye tracking device; determining, for all pixels of the first image of the eye area, a first sum of intensity of the pixels; capturing, during a second time period when the eye of the user is closed, a second image of the eye area of a user, using the image sensor of the eye tracking device determining, for all pixels of the second image of the eye area, a second sum of intensity of the pixels; capturing, during a third time period, a third image of the eye area of the user, using the image sensor of the eye tracking device; determining, for all pixels of the third image of the eye area, a third sum of intensity of the pixels; and determining, with a processor, that upon the third sum exceeding a fourth sum of the first sum plus a threshold amount, that the eye of the user is closed, wherein the threshold amount is equal to a product of a threshold fraction and a difference between the first sum and the second sum.
A process for preparing a powder based on oxide(s) comprising uranium and plutonium comprising the following steps: a) a step of precipitating a solution comprising uranium at its degree of oxidation VI and plutonium at its degree of oxidation IV by contacting said solution with a mixture comprising oxalic acid and N-cyclohexylpyrrolidone; b) a step of isolating the precipitate obtained in a); c) a step of obtaining said powder by thermally treating the precipitate. a) a step of precipitating a solution comprising uranium at its degree of oxidation VI and plutonium at its degree of oxidation IV by contacting said solution with a mixture comprising oxalic acid and N-cyclohexylpyrrolidone; b) a step of isolating the precipitate obtained in a); c) a step of obtaining said powder by thermally treating the precipitate.
A high-carrying-capacity non-stop rail transit system comprising a main passage, a main rail arranged in the main passage, an exit and entrance passage, a station and independent small compartments , wherein: the main rail is a power rail, and the main rail is used to place the independent small compartment and drive the independent small compartment to move, the independent small compartment is provided at the top with a connecting device, the connecting device is a rail change connector , the exist and entrance passage is provided with a connecting structure, the connecting structure is a top rail , the top rail is an opening type rail, and the rail change connector on the independent small compartment is changeable to butt joint with the top rail to complete transfer and rail change of the independent small compartment between the main passage and the exit and entrance passage. the main rail is a power rail, and the main rail is used to place the independent small compartment and drive the independent small compartment to move, the independent small compartment is provided at the top with a connecting device, the connecting device is a rail change connector , the exist and entrance passage is provided with a connecting structure, the connecting structure is a top rail , the top rail is an opening type rail, and the rail change connector on the independent small compartment is changeable to butt joint with the top rail to complete transfer and rail change of the independent small compartment between the main passage and the exit and entrance passage.
Electrical switching device comprising at least one switching point and at least one switching resistor which is electrically connected in parallel with the switching point and comprises a stack of resistance elements (n), wherein a ratio of the length of the switching resistor in mm to the electrical resistance of the switching resistor in ohms is less than or equal to 8, in particular less than or equal to 6, characterized in that a ratio of the number of resistance elements (n) forming a stack to the electrical resistance of the stack of resistance elements (n) in ohms is between the limits of from 0.5 to 2, in particular from 0.5 to 1.5.
Container made of plastic in the form of a bucket, having a bottom and having an encircling side wall , which, in the region of an opening of the container , has an encircling rim having an engagement region , wherein the engagement region has a clamping profile for interaction with a clamping profile on a lid in order to close the opening of the container , wherein at least one in-mould label is attached to an inner side of the encircling side wall and to an inner side of the bottom , wherein an in-mould wall label , which extends as far as a contact region with the lid , is attached to the inner side of the side wall , and an in-mould bottom label is attached to the inner side of the bottom , wherein the in-mould bottom label has a section which extends along the inner side of the side wall and is overlapped on its outer side by an inner side of the in-mould wall label . an in-mould wall label , which extends as far as a contact region with the lid , is attached to the inner side of the side wall , and an in-mould bottom label is attached to the inner side of the bottom , wherein the in-mould bottom label has a section which extends along the inner side of the side wall and is overlapped on its outer side by an inner side of the in-mould wall label .
A shunt system, comprising: a catheter having a primary flow port and an auxiliary flow port; and a flusher configured to emit a flushing cough or pulse of fluid through the catheter; wherein the shunt system is operable in a restricted mode in which: (i) a flush generated by the flusher is insufficient to open the auxiliary flow port; or (ii) the flusher is prevented from emitting the flush; wherein the shunt system is operable in an unrestricted mode in which: (i) a flush generated by the flusher is sufficient to open the auxiliary flow port; or (ii) the flusher is not prevented from emitting the flush; and wherein the flusher includes a control operable to switch the flusher between the restricted mode and the unrestricted mode; characterised in that , the control reduces the volume of the flush in the restricted mode and increases the volume of the flush in the unrestricted mode. a catheter having a primary flow port and an auxiliary flow port; and a flusher configured to emit a flushing cough or pulse of fluid through the catheter; wherein the shunt system is operable in a restricted mode in which: (i) a flush generated by the flusher is insufficient to open the auxiliary flow port; or (ii) the flusher is prevented from emitting the flush; (i) a flush generated by the flusher is insufficient to open the auxiliary flow port; or (ii) the flusher is prevented from emitting the flush; wherein the shunt system is operable in an unrestricted mode in which: (i) a flush generated by the flusher is sufficient to open the auxiliary flow port; or (ii) the flusher is not prevented from emitting the flush; and (i) a flush generated by the flusher is sufficient to open the auxiliary flow port; or (ii) the flusher is not prevented from emitting the flush; and wherein the flusher includes a control operable to switch the flusher between the restricted mode and the unrestricted mode; characterised in that , the control reduces the volume of the flush in the restricted mode and increases the volume of the flush in the unrestricted mode.
A substrate cleaning apparatus , comprising: a cleaning bath in which a substrate holder holding a substrate (W) is disposed in a vertical position, the substrate holder having a sealing member contacting a periphery of a surface (W) of the substrate (W) to seal a gap between the substrate (W) and the substrate holder ; and cleaning nozzles each configured to supply a jet (S) of cleaning water to the substrate holder , the cleaning nozzles being disposed in said cleaning bath, the substrate cleaning apparatus being characterized in that the cleaning nozzles are arranged concentrically with a contact portion (D 1 ) of the substrate surface contacting the sealing member and located at such positions that the jet (S) of cleaning water impinges on the contact portion (D 1 ) or its vicinity in an upper half of the substrate (W). a cleaning bath in which a substrate holder holding a substrate (W) is disposed in a vertical position, the substrate holder having a sealing member contacting a periphery of a surface (W) of the substrate (W) to seal a gap between the substrate (W) and the substrate holder ; and cleaning nozzles each configured to supply a jet (S) of cleaning water to the substrate holder , the cleaning nozzles being disposed in said cleaning bath, the substrate cleaning apparatus being characterized in that the cleaning nozzles are arranged concentrically with a contact portion (D 1 ) of the substrate surface contacting the sealing member and located at such positions that the jet (S) of cleaning water impinges on the contact portion (D 1 ) or its vicinity in an upper half of the substrate (W).
A resident remotely operated vehicle (RROV) system , comprising: a. a remotely operated vehicle (ROV) configured to be disposed and remain resident subsea for an extended time, the ROV comprising an ROV electrical power connector port and an ROV controller ; b. an electrical power supply dedicated to the ROV, the electrical power supply comprising: i. a housing configured for use subsea; ii. a power source having electrical capacity sufficient to power the ROV for a predetermined time; iii. an electrical power supply outlet operatively connected to the power source and configured to be selectively operably engagable with the ROV electrical power connector port; c. a resident tether management system (RTMS) configured to be disposed subsea for an extended time, the RTMS comprising: i. an RTMS power supply ; ii. a hub signal connector; and iii. an RTMS power supply power outlet configured to be selectively operatively connected to the electrical power supply outlet; d. a subsea docking hub, comprising: i. a structure signal connector port; and ii. an RTMS signal connector port; and e. a hub umbilical operatively in communication the RTMS signal connector port and the hub signal connector port a. a remotely operated vehicle (ROV) configured to be disposed and remain resident subsea for an extended time, the ROV comprising an ROV electrical power connector port and an ROV controller ; b. an electrical power supply dedicated to the ROV, the electrical power supply comprising: i. a housing configured for use subsea; ii. a power source having electrical capacity sufficient to power the ROV for a predetermined time; iii. an electrical power supply outlet operatively connected to the power source and configured to be selectively operably engagable with the ROV electrical power connector port; i. a housing configured for use subsea; ii. a power source having electrical capacity sufficient to power the ROV for a predetermined time; iii. an electrical power supply outlet operatively connected to the power source and configured to be selectively operably engagable with the ROV electrical power connector port; c. a resident tether management system (RTMS) configured to be disposed subsea for an extended time, the RTMS comprising: i. an RTMS power supply ; ii. a hub signal connector; and iii. an RTMS power supply power outlet configured to be selectively operatively connected to the electrical power supply outlet; i. an RTMS power supply ; ii. a hub signal connector; and iii. an RTMS power supply power outlet configured to be selectively operatively connected to the electrical power supply outlet; d. a subsea docking hub, comprising: i. a structure signal connector port; and ii. an RTMS signal connector port; and i. a structure signal connector port; and ii. an RTMS signal connector port; and e. a hub umbilical operatively in communication the RTMS signal connector port and the hub signal connector port
A method of processing data for use in printing using error diffusion comprising: using at least one computer, identifying, within data for use in printing, a first element set associated with a first print addressable area, the first element set comprising at least one element, wherein each element of the element set is associated with a print material or print material combination which may be selected for application to the print addressable area, selecting, using the at least one computer, an element from the first element set and assigning the element to the first print addressable area such that the print material or print material combination associated therewith will be applied to the print addressable area during a print operation; identifying, using the at least one computer, a second print addressable area as a candidate print addressable area for error diffusion, the second print addressable area being associated with a second element set; identifying, using the at least one computer, any common elements of the first element set and the second element set; and, if at least one common element is identified; diffusing, using the at least one computer, an error associated with the selection of the element from the first element set to the at least one identified common element of the second element set and not to elements which are present in just one of the first and second element sets. using at least one computer, identifying, within data for use in printing, a first element set associated with a first print addressable area, the first element set comprising at least one element, wherein each element of the element set is associated with a print material or print material combination which may be selected for application to the print addressable area, selecting, using the at least one computer, an element from the first element set and assigning the element to the first print addressable area such that the print material or print material combination associated therewith will be applied to the print addressable area during a print operation; identifying, using the at least one computer, a second print addressable area as a candidate print addressable area for error diffusion, the second print addressable area being associated with a second element set; identifying, using the at least one computer, any common elements of the first element set and the second element set; and, if at least one common element is identified; diffusing, using the at least one computer, an error associated with the selection of the element from the first element set to the at least one identified common element of the second element set and not to elements which are present in just one of the first and second element sets.