mhurhangee/patent-ind-claim-en huggingface dataset:
Sports shoe comprising a shell , adapted to receive, in use, the foot of a user, said shell comprising a longitudinal front opening adapted to facilitate the insertion of the foot of the user, a covering tongue being provided to cover at least said front opening , said tongue comprising at least a first rigid portion , adapted to extend, in use, at least at the instep of the foot of the user, and connectable to said shell through fixing means , said tongue further comprising at least a second rigid portion , adapted to extend, in use, at the front part of the lower leg of the user, said second portion being rotatable with respect to said first portion in the instep region of the foot of the user, said tongue further comprising selective locking means for selectively locking/unlocking the rotation of said second portion with respect to said first portion , said selective locking means comprise an elongated rigid member hinged with a first end to said first portion of said tongue around an eccentric axis with respect to said rotation axis, and provided with an engaging member selectively engageable with said second portion to lock/unlock the rotation of the latter with respect to said first portion , characterized in that said engaging member is formed of a pin housed in a casing slidable along said elongated rigid member and adapted to selectively engage a corresponding seat or opening obtained on said second portion .
A kit comprising: a placebo challenge meal formulation comprising no food allergen; and a high-dose, non-placebo challenge meal formulation comprising allergen, wherein the allergen is present in the challenge meal formulation in an amount of more than 10% w/w and less than 25% w/w; wherein the placebo challenge meal formulation comprises an additive present in an amount of from 0.05% w/w to 1.5% w/w of the oral food challenge meal formulation, wherein the additive is selected from the group consisting of: maltodextrin, dextrin, cyclodextrin and combinations thereof; wherein the high-dose, non-placebo challenge meal formulation includes 0% w/w of the additive; wherein the allergen component is selected from the group consisting of: peanut, soy, egg, sesame seeds, milk, fish, crustaceans, almond, cashew, hazelnut, pistachio, walnut, sulphites, wheat, mustard and celery allergen. a placebo challenge meal formulation comprising no food allergen; and a high-dose, non-placebo challenge meal formulation comprising allergen, wherein the allergen is present in the challenge meal formulation in an amount of more than 10% w/w and less than 25% w/w; wherein the placebo challenge meal formulation comprises an additive present in an amount of from 0.05% w/w to 1.5% w/w of the oral food challenge meal formulation, wherein the additive is selected from the group consisting of: maltodextrin, dextrin, cyclodextrin and combinations thereof; wherein the high-dose, non-placebo challenge meal formulation includes 0% w/w of the additive; wherein the allergen component is selected from the group consisting of: peanut, soy, egg, sesame seeds, milk, fish, crustaceans, almond, cashew, hazelnut, pistachio, walnut, sulphites, wheat, mustard and celery allergen.
A video coding device , comprising: - a sequence of filters (110; 300; 700; 1000; 1200) that are configurable by one or more primary parameters and one or more secondary parameters, and - a filter controller configured to adjust the one or more secondary parameters based on the one or more primary parameters and based on a strength criterion of the sequence of filters; wherein the sequence of filters (110; 300; 700; 1000; 1200) comprises: - a deblocking filter configured to process vertical edges based on a vertical filter strength parameter and horizontal edges based on a horizontal filter strength parameter, - a sample adaptive offset, SAO, filter configured to classify pixels and add offset values to the pixels in accordance with a SAO class parameter, and - an adaptive loop filter configured to use two or more codebooks to indicate one or more filter coefficients in a bitstream, wherein the one or more primary parameters comprise the SAO class parameter and a SAO type parameter of the SAO filter and the one or more secondary parameters comprise the horizontal filter strength parameter and the vertical strength parameter wherein the filter controller is configured to derive the secondary parameters based on the SAO class parameter or the SAO type parameter of the SAO filter, or wherein the filter controller is configured to select the two or more codebooks based on the SAO type parameter. - a sequence of filters (110; 300; 700; 1000; 1200) that are configurable by one or more primary parameters and one or more secondary parameters, and - a filter controller configured to adjust the one or more secondary parameters based on the one or more primary parameters and based on a strength criterion of the sequence of filters; wherein the sequence of filters (110; 300; 700; 1000; 1200) comprises: - a deblocking filter configured to process vertical edges based on a vertical filter strength parameter and horizontal edges based on a horizontal filter strength parameter, - a sample adaptive offset, SAO, filter configured to classify pixels and add offset values to the pixels in accordance with a SAO class parameter, and - an adaptive loop filter configured to use two or more codebooks to indicate one or more filter coefficients in a bitstream, wherein the one or more primary parameters comprise the SAO class parameter and a SAO type parameter of the SAO filter and the one or more secondary parameters comprise the horizontal filter strength parameter and the vertical strength parameter wherein the filter controller is configured to derive the secondary parameters based on the SAO class parameter or the SAO type parameter of the SAO filter, or wherein the filter controller is configured to select the two or more codebooks based on the SAO type parameter.
Motorised vehicle for recycling aggregates, comprising a chassis and an engine unit , said vehicle comprising, mounted on the chassis : - a device for collecting aggregates ; - a crushing chamber supplied with aggregates by said device for collecting aggregates , and configured to crush the aggregates and to supply crushed aggregates to an outlet; - a mixing device connected to the crushing chamber to receive at least one portion of the crushed aggregates available at the outlet of the crushing chamber and configured to mix these crushed aggregates received with at least one binder to produce a mortar; - a screen arranged between the crushing chamber and the mixing device ; and - a distribution channel configured to distribute the produced mortar at the outlet of the mixing device , characterized by said crushing chamber and said screen each having a working direction (D1, D2) between the respective inlet thereof and outlet thereof, which is transversal with respect to a longitudinal direction (L) of the chassis of the motorised vehicle , and said motorised vehicle comprising transfer channels , on the one hand, between the crushing chamber and the screen , and on the other hand, between the screen and the mixing device , these transfer channels each having a distribution direction (F1, F2) which is substantially parallel to said longitudinal direction (L). - a device for collecting aggregates ; - a crushing chamber supplied with aggregates by said device for collecting aggregates , and configured to crush the aggregates and to supply crushed aggregates to an outlet; - a mixing device connected to the crushing chamber to receive at least one portion of the crushed aggregates available at the outlet of the crushing chamber and configured to mix these crushed aggregates received with at least one binder to produce a mortar; - a screen arranged between the crushing chamber and the mixing device ; and - a distribution channel configured to distribute the produced mortar at the outlet of the mixing device ,
A voice-assisted device including: - a microphone (M) and - a unit (UDe) for detecting a wake-up word, the microphone (M) being configured to sense a sound environment as a first signal (SigM) and transmit the first signal (SigM) to the detection unit (Ude); the detection unit (UDe) being configured to route, in case a wake-up word is detected in the first signal (SigM), said first signal (SigM) to an analysis unit (UAn); said analysis unit (UAn) being configured to process the first signal (SigM) and generate an output signal (SigS); the voice-assisted device being characterised in that the detection unit (UDe) includes: - a first module (Md1) configured to receive the first signal (SigM) from the microphone (M) and detect the wake-up word in said first signal (SigM), - a second module (Md2) configured to receive a second signal (SigX) from at least one external audio source (SAx) and detect the wake-up word in said second signal (SigX) and - a command module (K) configured to route the first signal (SigM) to the analysis unit (UAn) when the wake-up word is only detected by the first module (Md1) of the detection unit (Ude). - a microphone (M) and - a unit (UDe) for detecting a wake-up word, - a first module (Md1) configured to receive the first signal (SigM) from the microphone (M) and detect the wake-up word in said first signal (SigM), - a second module (Md2) configured to receive a second signal (SigX) from at least one external audio source (SAx) and detect the wake-up word in said second signal (SigX) and - a command module (K) configured to route the first signal (SigM) to the analysis unit (UAn) when the wake-up word is only detected by the first module (Md1) of the detection unit (Ude).
A seal arranged about a tower aperture of a wind turbine nacelle , which seal comprises - an annular channel shaped to contain a liquid (L), and - an annular lip extending downwards into the annular channel , which annular channel and annular lip are mounted at opposite sides of a gap (G) between the nacelle and a wind turbine tower , and wherein the annular lip is made of a flexible material; and further comprising - a volume of liquid (L) in the annular channel , which liquid volume is sufficient to immerse the annular lip about its lower circumference to prevent a passage of air between nacelle interior (2_in) and nacelle exterior (2_ex). - an annular channel shaped to contain a liquid (L), and - an annular lip extending downwards into the annular channel , which annular channel and annular lip are mounted at opposite sides of a gap (G) between the nacelle and a wind turbine tower , and wherein the annular lip is made of a flexible material; and further comprising - a volume of liquid (L) in the annular channel , which liquid volume is sufficient to immerse the annular lip about its lower circumference to prevent a passage of air between nacelle interior (2_in) and nacelle exterior (2_ex).
An optical waveguide pressure sensor array comprising: two or more row optical waveguides ; two or more column optical waveguides , wherein the row optical waveguides and the column optical waveguides are arranged in a planar array to define crossing sensors, wherein each crossing sensor includes one of the row waveguides in contact with one of the column waveguides at an intersection point; wherein each crossing sensor further includes a mechanical structure configured to enhance waveguide bending when pressure is applied to the crossing sensor, wherein the mechanical structure includes a first rigid ring disposed in contact with one of the row or column optical waveguides, and a hole of the first rigid ring laterally encloses the intersection point of the crossing sensor; wherein the optical waveguide pressure sensor array is configured to sense pressure by providing light to the row optical waveguides and measuring light coupled to the column optical waveguides, or vice versa. two or more row optical waveguides ; two or more column optical waveguides , wherein the row optical waveguides and the column optical waveguides are arranged in a planar array to define crossing sensors, wherein each crossing sensor includes one of the row waveguides in contact with one of the column waveguides at an intersection point; wherein each crossing sensor further includes a mechanical structure configured to enhance waveguide bending when pressure is applied to the crossing sensor, wherein the mechanical structure includes a first rigid ring disposed in contact with one of the row or column optical waveguides, and a hole of the first rigid ring laterally encloses the intersection point of the crossing sensor; wherein the optical waveguide pressure sensor array is configured to sense pressure by providing light to the row optical waveguides and measuring light coupled to the column optical waveguides, or vice versa.
Dishwasher (2.1), in particular commercial dishwasher or utensil washer, which is in the form of a conveyor dishwasher and has at least one wash system for spraying wash liquid in a wash zone and has at least one final-rinse system for spraying final-rinse liquid in a final-rinse zone , wherein a control device is also provided for actuating the at least one wash system and 1 the at least one final-rinse system in accordance with a predefined execution program, wherein at least a first execution program is stored in the control device , said first execution program having been created taking into account requirements for hygienic operation of a commercial dishwasher (2.1) which are applicable in a first territorial region, the first execution program defines the process parameters which vary during washing of washware and can be set with the aid of the control device, such that the requirements for hygienic operation of the dishwasher which are applicable in the first territorial region during operation of the dishwasher are met such that the hygienic guidelines which are applicable in this first territorial region can be complied with; wherein at least a second execution program is stored in the control device , the said second execution program having been created taking into account requirements for hygienic operation of a commercial dishwasher (2.1) which are applicable in a second territorial region, the second execution program defines the process parameters which vary during washing of washware and can be set with the aid of the control device, such that the requirements for hygienic operation of the dishwasher which are applicable in the second territorial region during operation of the dishwasher are met such that the hygienic guidelines which are applicable in this second territorial region can be complied with, wherein a user interface is also provided for manually selecting the at least one first or second execution program which is stored in the control device , wherein the at least one first execution program defines a temperature of 60 °C as the minimum value for the temperature of the wash liquid which is sprayed in the wash zone and a temperature of 80 °C as the minimum value for the temperature of the final-rinse liquid which is sprayed in the final-rinse zone , and wherein the at least one second execution program defines a temperature of 66 °C as the minimum value for the temperature of the wash liquid which is sprayed in the wash zone and a temperature of 82 °C as the minimum value for the temperature of the final-rinse liquid which is sprayed in the final-rinse zone .
A system for a mobile ad-hoc communications network, comprising: a single antenna aperture ; a phased array antenna comprising a plurality of radiators communicating electromagnetically via the single antenna aperture; and a control circuit communicatively connected to the phased array antenna , comprising: a communications module for transmitting and receiving communication data via the phased array antenna through the single antenna aperture; and a radar module for transmitting and receiving radar signals via the phased array antenna through the single antenna aperture, wherein the communications module and the radar module are configured to simultaneously transmit and receive signals via the phased array antenna and the single aperture ; and wherein the communications module and the radar module are connected to the phased array antenna through at least a single vertical pin diode, VPIN, chip , wherein the VPIN chip is configured to limit the voltage and current sent to a low noise amplifier (74; 82) of the system. a single antenna aperture ; a phased array antenna comprising a plurality of radiators communicating electromagnetically via the single antenna aperture; and a control circuit communicatively connected to the phased array antenna , comprising: a communications module for transmitting and receiving communication data via the phased array antenna through the single antenna aperture; and a radar module for transmitting and receiving radar signals via the phased array antenna through the single antenna aperture, a communications module for transmitting and receiving communication data via the phased array antenna through the single antenna aperture; and a radar module for transmitting and receiving radar signals via the phased array antenna through the single antenna aperture,
Clamping beam (1; 101) for clamping a bending tool , comprising a vertical receiving space (2; 102) receiving the tool, an actuated member (50, 53; 150, 153) which is pneumatically, hydraulically or electrically driven, and an engaging member (4; 104) to be brought into contact with the tool , characterized in that: a transmission is placed between the actuated member (50, 53; 150, 153) and the engaging member (4; 104), the transmission comprising at least one wedge-shaped member (13; 15; 17; 44; 113), the wedge-shaped member (13; 15; 17; 44; 113) and the engaging member (4; 104) having co-acting contact surfaces (14, 43; 16; 19; 14A, 14B, 45A, 45B; 114A, 114B, 145A, 145B), at least one of which has an at least partially straight or an at least partially curved progression, and the contact surfaces (14, 43; 16; 19; 14A, 14B, 45A, 45B; 114A, 114B, 145A, 145B) of the wedge-shaped member (13; 15; 17; 44; 113) and the engaging member (4; 104) being formed such that they are self-braking; and the engaging member (4; 104) is displaceable in a first direction between a rest position clear of the tool and a clamping position engaging the tool , and the actuated member (50, 53; 150, 153) is displaceable in a second direction which encloses an angle with the first direction.
A nanorod light-emitting device comprising: a first semiconductor layer doped with a first conductive type impurity; an emission layer disposed above the first semiconductor layer; a second semiconductor layer disposed above the emission layer and doped with a second conductive type impurity that is electrically opposite to the first conductive type impurity; a conductive layer disposed between at least one of: a center portion of a lower surface of the emission layer and the first semiconductor layer; and a center portion of an upper surface of the emission layer and the second semiconductor layer; and a current blocking layer surrounding a sidewall of the conductive layer; characterized in that the thickness of the current blocking layer is equal to a thickness of the conductive layer , and the current blocking layer is formed of an oxide of a component of the conductive layer. a first semiconductor layer doped with a first conductive type impurity; an emission layer disposed above the first semiconductor layer; a second semiconductor layer disposed above the emission layer and doped with a second conductive type impurity that is electrically opposite to the first conductive type impurity; a conductive layer disposed between at least one of: a center portion of a lower surface of the emission layer and the first semiconductor layer; and a center portion of an upper surface of the emission layer and the second semiconductor layer; and a center portion of a lower surface of the emission layer and the first semiconductor layer; and a center portion of an upper surface of the emission layer and the second semiconductor layer; and a current blocking layer surrounding a sidewall of the conductive layer; characterized in that the thickness of the current blocking layer is equal to a thickness of the conductive layer , and the current blocking layer is formed of an oxide of a component of the conductive layer.
A host computer device , comprising: a memory to store data and instructions; a processor in communication with the memory; a virtual machine hosted by the memory and the processor comprising a virtual administrator component in communication with the processor and the memory, wherein the virtual administrator component is operable to: receive virtual enhanced transmission selection, ETS, settings information from the host computer device; create at least one priority rule for tagging one or more data packets from an application executing on the virtual machine with a virtual priority value based on the virtual ETS settings information, wherein tagging the one or more data packets with the virtual priority value based on the at least one priority rule is performed by the application executing on the virtual machine; and transmit the one or more data packets with the virtual priority value to the host computer device. a memory to store data and instructions; a processor in communication with the memory; a virtual machine hosted by the memory and the processor comprising a virtual administrator component in communication with the processor and the memory, wherein the virtual administrator component is operable to: receive virtual enhanced transmission selection, ETS, settings information from the host computer device; create at least one priority rule for tagging one or more data packets from an application executing on the virtual machine with a virtual priority value based on the virtual ETS settings information, wherein tagging the one or more data packets with the virtual priority value based on the at least one priority rule is performed by the application executing on the virtual machine; and transmit the one or more data packets with the virtual priority value to the host computer device. receive virtual enhanced transmission selection, ETS, settings information from the host computer device; create at least one priority rule for tagging one or more data packets from an application executing on the virtual machine with a virtual priority value based on the virtual ETS settings information, wherein tagging the one or more data packets with the virtual priority value based on the at least one priority rule is performed by the application executing on the virtual machine; and transmit the one or more data packets with the virtual priority value to the host computer device.