mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a processing pipeline to execute a sequence of instructions; and interesting instruction designation circuitry to identify at least one of the instructions in the sequence as being an interesting instruction, each interesting instruction being an instruction for which given state information of the apparatus associated with execution of that interesting instruction is to be collected; characterized in that : the interesting instruction designation circuitry is arranged, for each identified interesting instruction, to apply defined criteria to determine a further instruction later in the sequence of instructions than that interesting instruction, and to mark that further instruction as having a synchronous exception associated therewith; and the processing pipeline is responsive to the further instruction reaching a given stage of the processing pipeline and being marked as having the synchronous exception associated therewith, to trigger the synchronous exception instead of executing the further instruction, which causes the processing pipeline to execute a given exception handling routine in order to collect the given state information. a processing pipeline to execute a sequence of instructions; and interesting instruction designation circuitry to identify at least one of the instructions in the sequence as being an interesting instruction, each interesting instruction being an instruction for which given state information of the apparatus associated with execution of that interesting instruction is to be collected; characterized in that : the interesting instruction designation circuitry is arranged, for each identified interesting instruction, to apply defined criteria to determine a further instruction later in the sequence of instructions than that interesting instruction, and to mark that further instruction as having a synchronous exception associated therewith; and the processing pipeline is responsive to the further instruction reaching a given stage of the processing pipeline and being marked as having the synchronous exception associated therewith, to trigger the synchronous exception instead of executing the further instruction, which causes the processing pipeline to execute a given exception handling routine in order to collect the given state information.
A phosphor-including member , comprising: a particulate phosphor consisting of a group of YAG-based or LuAG-based single crystal phosphor particles containing Ce and each of the particles has a composition represented by a compositional formula (Y 1-x-y-z Lu x Gd y Ce z ) 3+a Al 5-a O 12 (0≤x≤0.9994, 0≤y≤0.0669, 0.001≤z≤0.004, -0.016≤a≤0.315); and a sealing member comprising a transparent inorganic material sealing the particulate phosphor and having a lower thermal conductivity than the particulate phosphor or comprising a binder formed of an inorganic material and binding the particles of the particulate phosphor, wherein the particulate phosphor has a particle diameter (D50) in a range of not less than 20 μm and not more than 120 μm. a particulate phosphor consisting of a group of YAG-based or LuAG-based single crystal phosphor particles containing Ce and each of the particles has a composition represented by a compositional formula (Y 1-x-y-z Lu x Gd y Ce z ) 3+a Al 5-a O 12 (0≤x≤0.9994, 0≤y≤0.0669, 0.001≤z≤0.004, -0.016≤a≤0.315); and a sealing member comprising a transparent inorganic material sealing the particulate phosphor and having a lower thermal conductivity than the particulate phosphor or comprising a binder formed of an inorganic material and binding the particles of the particulate phosphor, wherein the particulate phosphor has a particle diameter (D50) in a range of not less than 20 μm and not more than 120 μm.
A dispenser for dispensing a sheet-like flat product , in particular of paper, or for dispensing a fluid, having a housing in which an electrically driven dispensing device and a power source , in particular a battery unit , an accumulator unit (28B, C) or a mains cable adapter , are arranged, characterized in that a receiving compartment which is open on both sides - preferably in the form of an elongate through-opening which extends horizontally when the dispenser is mounted - is provided into which the power source can be selectively inserted from one side or the other.
Interior trim for a vehicle , comprising: an external surface , at least one dirt-collection region arranged on the external surface , and at least one dirt-conducting device , the at least one dirt-conducting device being designed to transport dirt particles and/or dust situated on the external surface into the dirt-collection region and/or to control transportation of dirt particles and/or dust , characterized in that the at least one dirt-conducting device has at least one adhesive region , the at least one adhesive region being arranged in the at least one dirt-collection region such that dirt particles and/or dust are bound in the at least one dirt-collection region. an external surface , at least one dirt-collection region arranged on the external surface , and at least one dirt-conducting device , the at least one dirt-conducting device being designed to transport dirt particles and/or dust situated on the external surface into the dirt-collection region and/or to control transportation of dirt particles and/or dust , characterized in that the at least one dirt-conducting device has at least one adhesive region , the at least one adhesive region being arranged in the at least one dirt-collection region such that dirt particles and/or dust are bound in the at least one dirt-collection region.
An optical assembly for a projector, comprising: - an optical element with a set of lenses, said lenses being suitable for cooperating with a first plurality of light sources, such as LEDs, of said projector, wherein said lenses are suitable for generating primary light beams and are spaced apart from one another by means of inter-lens spaces, - a grid for filling at least part of said inter-lens spaces of said set of lenses, said grid being suitable for cooperating with a second plurality of light sources, such as LEDs, of said projector, characterised in that said grid is suitable for generating a secondary effect by cooperating with said second plurality of light sources, and in that it also includes: - one support element , which is suitable for supporting the set of lenses, in the inter-lens spaces, and in that the grid and the support element are suitable for overlapping, enclosing the optical element between the inner surface of the grid and the upper surface of the support element and thus securing the set of lenses in order to form the optical assembly . - an optical element with a set of lenses, said lenses being suitable for cooperating with a first plurality of light sources, such as LEDs, of said projector, wherein said lenses are suitable for generating primary light beams and are spaced apart from one another by means of inter-lens spaces, - a grid for filling at least part of said inter-lens spaces of said set of lenses, said grid being suitable for cooperating with a second plurality of light sources, such as LEDs, of said projector, characterised in that said grid is suitable for generating a secondary effect by cooperating with said second plurality of light sources, and in that it also includes: - one support element , which is suitable for supporting the set of lenses, in the inter-lens spaces, and in that the grid and the support element are suitable for overlapping, enclosing the optical element between the inner surface of the grid and the upper surface of the support element and thus securing the set of lenses in order to form the optical assembly . - one support element , which is suitable for supporting the set of lenses, in the inter-lens spaces, and in that the grid and the support element are suitable for overlapping, enclosing the optical element between the inner surface of the grid and the upper surface of the support element and thus securing the set of lenses in order to form the optical assembly .
Method for determining the position of a movable target object in space, comprising the steps of: - directing a coherent, focused measurement beam at the spherical target object , which has a convex reflective surface in such a way that the centre of the target object lies at the focus of the measurement beam , wherein the focus position of the measurement beam is tracked continuously on the position of the target object , and - determining a distance between the target object and a reference point by interferometrically superposing the measurement beam reflected by the target object with a reference beam , - characterized in that the measurement beam is focused on the target object in such a way that the minimum radius of curvature of the measurement beam according to Gaussian optics in its focal area is smaller than or equal to the radius of curvature of the surface of the target object . - directing a coherent, focused measurement beam at the spherical target object , which has a convex reflective surface in such a way that the centre of the target object lies at the focus of the measurement beam , wherein the focus position of the measurement beam is tracked continuously on the position of the target object , and - determining a distance between the target object and a reference point by interferometrically superposing the measurement beam reflected by the target object with a reference beam , - characterized in that the measurement beam is focused on the target object in such a way that the minimum radius of curvature of the measurement beam according to Gaussian optics in its focal area is smaller than or equal to the radius of curvature of the surface of the target object .
Edible ingredient providing a short chain fatty acid ratio in the gut such that acetate is in a ratio ranging from 70 to 80, propionate is in a ratio ranging from 2 to 8, butyrate is in a ratio ranging from 20 to 25 and wherein the sum of individual ratios for acetate, propionate and butyrate equals 100 for use in attenuation of stress response and/or prevention of chronic stress and of conditions thereby associated, wherein the edible ingredient is arabinoxylan oligosaccharide fiber (for example AXOS).
A suction header with upward outlet for evaporators of refrigeration systems, consisting of a one-piece element comprising a body of the said suction header , said body having a bottom for collecting the stagnating oil and a first section of an ascending line assembled inside said body , wherein said body of the said suction header is equipped with stub pipes for conveying refrigerant gas and said oil from the same suction header , and wherein said first section of said ascending line is in turn fixed to the remaining section of said ascending line of the refrigeration system, characterized in that the lower end of said section of said ascending line is beveled due to the presence of a cut oriented diagonal to the level of the said oil stagnating inside the cited bottom of the body and positioned partially immersed into said stagnating oil at a distance from the bottom of the body of said suction header to allow the gas and part of said stagnating oil enter said lower end and go up along said section of the same ascending line .
A device for generating current pulses in a kicker magnet , the device comprising: one or more first switches , one or more second switches , and an inductor , wherein when the one or more first switches are activated, the device is configured to generate a path for a current to flow from a power supply to the inductor through the one or more first switches; wherein when the one or more second switches are activated, the device is configured to generate a path for a current to flow from the inductor to the kicker magnet through the one or more second switches; wherein the device is configured to activate the one or more second switches and deactivate the one or more first switches during a second time period; characterised in that the device is configured to activate the one or more first switches and deactivate the one or more second switches during a first time period so that the current flowing through the inductor reaches a steady state and maintains a constant magnetic field in the inductor . one or more first switches , one or more second switches , and an inductor , wherein when the one or more first switches are activated, the device is configured to generate a path for a current to flow from a power supply to the inductor through the one or more first switches; wherein when the one or more second switches are activated, the device is configured to generate a path for a current to flow from the inductor to the kicker magnet through the one or more second switches; wherein the device is configured to activate the one or more second switches and deactivate the one or more first switches during a second time period;
A method comprising: receiving (S2), by a source radio access node, information from a user equipment, said information identifying frequencies not usable by the user equipment due to in-device co-existence interference; formulating (S3), by the source radio access node, a handover request message to a target radio access node including information indicating that a cause for handover is in-device co-existence interference and a list of problematic frequencies ; and sending (S3), by the source radio access node, the handover request message to said target radio access node. receiving (S2), by a source radio access node, information from a user equipment, said information identifying frequencies not usable by the user equipment due to in-device co-existence interference; formulating (S3), by the source radio access node, a handover request message to a target radio access node including information indicating that a cause for handover is in-device co-existence interference and a list of problematic frequencies ; and sending (S3), by the source radio access node, the handover request message to said target radio access node.
Vulcanizing mould for a pneumatic vehicle tyre which has a tread having positive profiles with sipes (4, 4', 4") which extend parallel to one another or substantially parallel to one another, comprising mould parts which form the tread, in which mould parts there are anchored sipe blades (3, 3', 3") which form the sipes (4, 4', 4"), and which mould parts are provided with profile webs which form grooves, wherein venting slits which extend rectilinearly in plan view are formed between adjacent sipe blades (3, 3', 3") and/or between sipe blades (3, 3', 3") and profile webs in the mould parts , which venting slits, starting from the tread-forming inner side of the mould parts , run into the mould parts and have a width (b 1 ) of 0.05 mm to 0.15 mm, characterized in that , as viewed in plan view of the inner side of the mould parts and in each case with respect to a centre line (L 1 ) in the direction of extent of the sipe blades (3, 3', 3"), the venting slits extend at an angle (α) of 60° to 90°.
An electrical terminal comprising: a mount portion coupled with a wire receiving portion ; the wire receiving portion formed of an electrically conductive material; the wire receiving portion configured to be crimped and having an aperture to receive a wire , the wire receiving portion including a contact portion having an integral oxide breaker element and a sealing portion that is adjacent to and spaced from the contact portion toward the aperture ; the integral oxide breaker element including a plurality of protrusions that extend radially inwardly in the contact portion , the protrusions configured to engage a wire positioned in the contact portion and to protrude into the wire when the wire receiving portion is crimped; the sealing portion including a plurality of integral seal rings , characterized in that the sealing portion further includes a plurality of flexible seal rings , each of the flexible seal rings being formed by applying a curable, viscous material continuously around the wire receiving portion at a height that is higher than the height of the respective integral seal rings so that each flexible seal ring is positioned between and adjacent to respective integral seal rings for sealing the wire when the wire receiving portion is crimped. a mount portion coupled with a wire receiving portion ; the wire receiving portion formed of an electrically conductive material; the wire receiving portion configured to be crimped and having an aperture to receive a wire , the wire receiving portion including a contact portion having an integral oxide breaker element and a sealing portion that is adjacent to and spaced from the contact portion toward the aperture ; the integral oxide breaker element including a plurality of protrusions that extend radially inwardly in the contact portion , the protrusions configured to engage a wire positioned in the contact portion and to protrude into the wire when the wire receiving portion is crimped; the sealing portion including a plurality of integral seal rings , characterized in that the sealing portion further includes a plurality of flexible seal rings , each of the flexible seal rings being formed by applying a curable, viscous material continuously around the wire receiving portion at a height that is higher than the height of the respective integral seal rings so that each flexible seal ring is positioned between and adjacent to respective integral seal rings for sealing the wire when the wire receiving portion is crimped.
Antenna assembly comprising a steerable phased array antenna with omnidirectional sector and a GNSS antenna arranged in a housing , wherein the steerable phased array antenna with omnidirectional sector is formed by a truncated cone-shaped bottom reflector and a truncated cone-shaped top reflector arranged in a superposition facing each other with pointing end, wherein the steerable phased array antenna with omnidirectional sector further comprises an antenna array arranged in a spacing between the said truncated cone-shaped bottom reflector and truncated cone-shaped top reflector , characterized in that the truncated cone-shaped bottom reflector and the truncated cone-shaped top reflector are reflective for signals of the omnidirectional steerable phased array antenna , and the truncated cone-shaped top reflector is further transparent for GNSS signals for the GNSS antenna .
A therapeutic combination for use in treating a malignant condition that comprises at least an immune checkpoint blockade agent, and a therapeutic agent, wherein: a. the combination enhances a patient's response associated with the malignant condition, b. the immune checkpoint blockade agent is selected from the group consisting of: an agent that targets CTLA-4, and an agent that targets GITR, and c. the therapeutic agent is selected from the group consisting of: a nitric oxide (NO) generator and a retinoid. a. the combination enhances a patient's response associated with the malignant condition, b. the immune checkpoint blockade agent is selected from the group consisting of: an agent that targets CTLA-4, and an agent that targets GITR, and c. the therapeutic agent is selected from the group consisting of: a nitric oxide (NO) generator and a retinoid.
A curable composition comprising: a) a (meth)acrylic-based multiblock copolymer; b) a random (meth)acrylate copolymer comprising monomeric units having a pendant poly(alkylene oxide) group, wherein the monomeric unit having the pendant poly(alkylene oxide) group has a number average molecular weight of at least 300 Daltons, as determined by proton Nuclear magnetic Resonance as disclosed in the description; c) an epoxy resin; and d) a cationic photoinitiator. a) a (meth)acrylic-based multiblock copolymer; b) a random (meth)acrylate copolymer comprising monomeric units having a pendant poly(alkylene oxide) group, wherein the monomeric unit having the pendant poly(alkylene oxide) group has a number average molecular weight of at least 300 Daltons, as determined by proton Nuclear magnetic Resonance as disclosed in the description; c) an epoxy resin; and d) a cationic photoinitiator.
A biosensor for detecting and measuring diffusion of fluorescent biomolecules and biomolecular interactions , said biosensor being designed to be located in front of an optical system and consisting of a substrate having an upper part , a lower part and lateral faces, said biosensor furthermore comprising a space adapted for a solution containing biomolecules ; wherein said space is a nanoslit which is defined between said upper and lower parts and which communicates with lateral apertures , characterized by the fact that said lateral apertures are extending towards the lateral faces and ending at the lateral faces and the walls of the nanoslit are precoated with a substance interacting with said biomolecules of said solution.
A sternal support for hyperextension frame that comprises a mounting combined with a front plate , wherein the mounting and the front plate are joined together via attachment devices , the sternal support being characterised in that : - it further comprises damping elements with coaxial holes that maintain a separation distance between the mounting and the front plate , and - the attachment devices include central portions accommodated inside the coaxial holes of the damping elements ; wherein the front plate is adjustable with respect to the mounting in three spatial directions perpendicular to one another. the sternal support being characterised in that : - it further comprises damping elements with coaxial holes that maintain a separation distance between the mounting and the front plate , and - the attachment devices include central portions accommodated inside the coaxial holes of the damping elements ; - it further comprises damping elements with coaxial holes that maintain a separation distance between the mounting and the front plate , and - the attachment devices include central portions accommodated inside the coaxial holes of the damping elements ; wherein the front plate is adjustable with respect to the mounting in three spatial directions perpendicular to one another.
Vacuum cleaner for cleaning and maintaining floor surfaces, comprising a housing and a fan which is arranged in the housing and is intended for generating a vacuum for picking up dirt by means of an air flow, the fan being accommodated in a fan chamber formed in the housing , the fan being mounted in the fan chamber via at least one support part suspended in the housing , characterised in that the support part is suspended in the housing via catch hooks .