mhurhangee/patent-ind-claim-en huggingface dataset:
A method for solid free form fabrication (SFF), the method comprising: dispensing a support material having an intrinsic support material energy damage level at which exposure to a first amount of energy, exceeding the support material energy damage level, alters the support material and an intrinsic support material energy ablation threshold at which a second amount of energy, which is higher than the first amount of energy and exceeds the support material energy ablation threshold, ablates the support material; dispensing an active material having an intrinsic active material energy damage level at which exposure to a third amount of energy, exceeding the active material energy damage level, alters the active material and an intrinsic active material energy ablation threshold at which a fourth amount of energy, which is higher than the third amount of energy and exceeds the active material energy ablation threshold, ablates the active material, the active material energy damage level being higher than the support material energy ablation threshold; the active material and the support material being deposited so as to form a combined material; and exposing the combined material to a processing amount of energy such that the combined material is modified. dispensing a support material having an intrinsic support material energy damage level at which exposure to a first amount of energy, exceeding the support material energy damage level, alters the support material and an intrinsic support material energy ablation threshold at which a second amount of energy, which is higher than the first amount of energy and exceeds the support material energy ablation threshold, ablates the support material; dispensing an active material having an intrinsic active material energy damage level at which exposure to a third amount of energy, exceeding the active material energy damage level, alters the active material and an intrinsic active material energy ablation threshold at which a fourth amount of energy, which is higher than the third amount of energy and exceeds the active material energy ablation threshold, ablates the active material, the active material energy damage level being higher than the support material energy ablation threshold; the active material and the support material being deposited so as to form a combined material; and exposing the combined material to a processing amount of energy such that the combined material is modified.
A method of encoding a bi-directional video block, B-video block, the method comprising: using bi-directional prediction to generate first prediction data and second prediction data for the B-video block; selecting one of the first prediction data and second prediction data based on one or more rate-distortion metrics; based on the selected prediction data, generating a first syntax element which is indicative of a partition size for the B-video block, and which is not indicative of a prediction direction; based on the selected prediction data, generating a second syntax element, separate from the first syntax element, and indicative of a prediction direction for the or each partition of the B-video block, wherein the second syntax element is not indicative of a reference frame, or, generating a plurality of second syntax elements, separate from the first syntax element, and respectively indicative of a respective prediction direction for respective partitions of the B-video block wherein the plurality of second syntax elements are not indicative of a reference frame, wherein the prediction direction is selected from a group of prediction directions comprising a first list, a second list and both the first list and the second list; and, outputting the first and second syntax elements. using bi-directional prediction to generate first prediction data and second prediction data for the B-video block; selecting one of the first prediction data and second prediction data based on one or more rate-distortion metrics; based on the selected prediction data, generating a first syntax element which is indicative of a partition size for the B-video block, and which is not indicative of a prediction direction; based on the selected prediction data, generating a second syntax element, separate from the first syntax element, and indicative of a prediction direction for the or each partition of the B-video block, wherein the second syntax element is not indicative of a reference frame, or, generating a plurality of second syntax elements, separate from the first syntax element, and respectively indicative of a respective prediction direction for respective partitions of the B-video block wherein the plurality of second syntax elements are not indicative of a reference frame, wherein the prediction direction is selected from a group of prediction directions comprising a first list, a second list and both the first list and the second list; and, outputting the first and second syntax elements.
An electrochemically active material comprising: a porous structure comprising a metal nitride or metal oxynitride, wherein said metal nitride or metal oxynitride is electrically conductive, said structure infiltrated with sulfur, wherein the porous structure has a porosity of 20% or greater, wherein the porosity is measured according to the method in the description; optionally an electrically conductive filler; and optionally a binder, said porous structure intermixed with said binder. a porous structure comprising a metal nitride or metal oxynitride, wherein said metal nitride or metal oxynitride is electrically conductive, said structure infiltrated with sulfur, wherein the porous structure has a porosity of 20% or greater, wherein the porosity is measured according to the method in the description; optionally an electrically conductive filler; and optionally a binder, said porous structure intermixed with said binder.
A method for reinforcing a rotational-molded tank , the method comprising the steps of: providing the rotational-molded tank , the tank comprising a bottom , a circumference side wall and preferably a top , the circumference side wall having an outer periphery (P outer ), providing a reinforcing envelope , the envelope comprising at least one open end and at least an enveloping wall , the enveloping wall having an inner periphery (P inner ) corresponding substantially to the outer periphery (P outer ) of the side wall of the rotational-molded tank , wrapping the reinforcing envelope around the rotational-molded tank such that the reinforcing envelope covering at least half of a height (H) of the side wall of the rotational-molded tank , to reinforce the rotational-molded tank , wherein the rotational-molded tank is made of plastic, characterized by that Z the reinforcing envelope is made of fabric-reinforced rubber. providing the rotational-molded tank , the tank comprising a bottom , a circumference side wall and preferably a top , the circumference side wall having an outer periphery (P outer ), providing a reinforcing envelope , the envelope comprising at least one open end and at least an enveloping wall , the enveloping wall having an inner periphery (P inner ) corresponding substantially to the outer periphery (P outer ) of the side wall of the rotational-molded tank , wrapping the reinforcing envelope around the rotational-molded tank such that the reinforcing envelope covering at least half of a height (H) of the side wall of the rotational-molded tank , to reinforce the rotational-molded tank , wherein the rotational-molded tank is made of plastic, characterized by that Z the reinforcing envelope is made of fabric-reinforced rubber.
A heat exchanger module comprising: a) a thermally conductive support comprising a surface defining a plane; b) at least one thermally conductive hollow tubular member having its longitudinal axis substantially parallel with the plane; c) a thermally conductive matrix at least partially embedding the at least one tubular member, the conductive matrix being supported by the support ; and d) a case at least partially enwrapping the support , the at least one tubular member and the conductive matrix , wherein the heat exchanger module is flexible, wherein the at least one tubular member comprises at least two elongated hollow bodies or body sections such that a minimum normalised spacing between the elongated hollow bodies or body sections is defined as s/d, where s is the centre-to-centre spacing between any two adjacent elongated hollow bodies or hollow body sections and d their external diameter, characterised in that s / d is at least 6. a) a thermally conductive support comprising a surface defining a plane; b) at least one thermally conductive hollow tubular member having its longitudinal axis substantially parallel with the plane; c) a thermally conductive matrix at least partially embedding the at least one tubular member, the conductive matrix being supported by the support ; and d) a case at least partially enwrapping the support , the at least one tubular member and the conductive matrix ,
Vehicle longitudinal beam arrangement, having two longitudinal beams (2, 3, 3.1) spaced apart from each other in the z-direction and designed for energy absorption in case of an impact, and having a connection component having its primary extension in one plane and with an upper connection portion and a lower connection portion , via which the longitudinal beams (2, 3, 3.1) are connected to one another, wherein the connection component is arranged with its primary extension plane parallel to the longitudinal extension of the longitudinal beams (2, 3, 3.1) connected by said component, and the two connection portions each have two connection points (12, 12.1, 13, 13.1) arranged at a distance from one another in the longitudinal extension of the longitudinal beams (2, 3, 3.1), on which the connection component is connected to the respective longitudinal beam (2, 3, 3.1), while the connection component portion located between the connection points (12, 12.1, 13, 13.1) is not connected to the respective longitudinal beam (2, 3, 3.1), characterised in that the connection component is designed to be weaker in the portion located between the connection points (12, 12.1, 13,13.1) in the direction of the longitudinal extension of the longitudinal beams (2, 3, 3.1) than the portions bearing the connection points (12, 12.1, 13, 13.1), for the absorption of impact energy.
A veterinary composition comprising an aqueous colloidal solution of beta-ferric oxyhydroxide and dextran glucoheptonic acid as a sole active ingredient and polyvinyl pyrrolidone.
A device for collecting a bone graft material, comprising: a canister extending longitudinally from a proximal end to a distal end and defining a filter-receiving space therein, the canister including a connection for connecting to a vacuum source, the proximal end of the canister including a first locking feature ; a filter element sized and shaped to be received within the filter-receiving space of the canister , the filter element extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, the channel defined via a mesh material ; and an extractor sized and shaped to be received within the channel of the filter element , the extractor defining a graft material receiving space therein and being releasably engageable with the filter element , characterized in that the proximal end of the filter element includes a second locking feature releasably engageable with the first locking feature of the canister via a rotation of the filter element about a longitudinal axis thereof relative to the canister . a canister extending longitudinally from a proximal end to a distal end and defining a filter-receiving space therein, the canister including a connection for connecting to a vacuum source, the proximal end of the canister including a first locking feature ; a filter element sized and shaped to be received within the filter-receiving space of the canister , the filter element extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, the channel defined via a mesh material ; and an extractor sized and shaped to be received within the channel of the filter element , the extractor defining a graft material receiving space therein and being releasably engageable with the filter element , characterized in that the proximal end of the filter element includes a second locking feature releasably engageable with the first locking feature of the canister via a rotation of the filter element about a longitudinal axis thereof relative to the canister .
An integrated circuit apparatus, comprising: a first insulator , the first insulator being substantially planar and having a first top surface and a first bottom surface opposite the first top surface ; a first conductor disposed on the first insulator ; a second insulator , the second insulator being substantially planar and having a second top surface and a second bottom surface opposite the second top surface ; and a second conductor disposed on the second insulator ; a dielectric layer disposed between a first portion of the first conductor and a first portion of the second conductor ; wherein: a capacitor is formed by the first portion of the first conductor disposed on the first insulator , the first portion of the second conductor disposed on the second insulator , and the dielectric layer ; and an inductor is formed by a second portion of the first conductor disposed on the first insulator , a second portion of the second conductor disposed on the second insulator , and at least one conductive coupling disposed between the second portion of the first conductor and the second portion of the second conductor . a first insulator , the first insulator being substantially planar and having a first top surface and a first bottom surface opposite the first top surface ; a first conductor disposed on the first insulator ; a second insulator , the second insulator being substantially planar and having a second top surface and a second bottom surface opposite the second top surface ; and a second conductor disposed on the second insulator ; a dielectric layer disposed between a first portion of the first conductor and a first portion of the second conductor ; wherein: a capacitor is formed by the first portion of the first conductor disposed on the first insulator , the first portion of the second conductor disposed on the second insulator , and the dielectric layer ; and an inductor is formed by a second portion of the first conductor disposed on the first insulator , a second portion of the second conductor disposed on the second insulator , and at least one conductive coupling disposed between the second portion of the first conductor and the second portion of the second conductor . a capacitor is formed by the first portion of the first conductor disposed on the first insulator , the first portion of the second conductor disposed on the second insulator , and the dielectric layer ; and an inductor is formed by a second portion of the first conductor disposed on the first insulator , a second portion of the second conductor disposed on the second insulator , and at least one conductive coupling disposed between the second portion of the first conductor and the second portion of the second conductor .
A method of operation of a base station in a cellular communications network , the method comprising: receiving a device-to-device request from a first wireless device in a cell served by the base station to establish device-to-device communication; selecting a second wireless device for the device-to-device communication with the first wireless device from a plurality of wireless devices that are available for the device-to-device communication based on the device-to-device request and information regarding the plurality of wireless devices that are available for the device-to-device communication; transmitting a device-to-device request acknowledgement to the first wireless device , the device-to-device request acknowledgement comprising information that enables the first wireless device to establish the device-to-device communication with the second wireless device ; and effecting transmission of a device-to-device reconfiguration message to the second wireless device , the device-to-device reconfiguration message comprising information that informs the second wireless device that the first wireless device has requested establishment of the device-to-device communication. receiving a device-to-device request from a first wireless device in a cell served by the base station to establish device-to-device communication; selecting a second wireless device for the device-to-device communication with the first wireless device from a plurality of wireless devices that are available for the device-to-device communication based on the device-to-device request and information regarding the plurality of wireless devices that are available for the device-to-device communication; transmitting a device-to-device request acknowledgement to the first wireless device , the device-to-device request acknowledgement comprising information that enables the first wireless device to establish the device-to-device communication with the second wireless device ; and effecting transmission of a device-to-device reconfiguration message to the second wireless device , the device-to-device reconfiguration message comprising information that informs the second wireless device that the first wireless device has requested establishment of the device-to-device communication.
An audio modification system , comprising: a signal transmitter , disposed on a first device , the signal transmitter configured to transmit a signal; at least one signal receiver , disposed on a second device , the at least one signal receiver configured to receive the signal; a processor, electrically or communicatively coupled to the signal transmitter and the at least one signal receiver , the processor configured to determine a first distance between the first device and the second device according to a measuring indicator of the signal received by the at least one signal receiver , to calculate a second distance that forms a head dimension of a user according to the first distance, and to apply the head dimension in a head related transfer function in order to modify audio information, wherein the processor is further configured to calculate an acceleration of the user based on a variation of the first distance in order to modify audio information accordingly; and at least one audio generator configured to output a sound corresponding to the modified audio information. a signal transmitter , disposed on a first device , the signal transmitter configured to transmit a signal; at least one signal receiver , disposed on a second device , the at least one signal receiver configured to receive the signal; a processor, electrically or communicatively coupled to the signal transmitter and the at least one signal receiver , the processor configured to determine a first distance between the first device and the second device according to a measuring indicator of the signal received by the at least one signal receiver , to calculate a second distance that forms a head dimension of a user according to the first distance, and to apply the head dimension in a head related transfer function in order to modify audio information, wherein the processor is further configured to calculate an acceleration of the user based on a variation of the first distance in order to modify audio information accordingly; and at least one audio generator configured to output a sound corresponding to the modified audio information.
Crystalline sodium carbonate, characterised in that it is an anhydrous, low-pore, highly pure product which has a content of sodium carbonate of not less than 99.5% (determined acidimetrically) and a) consists of particles having a smooth, low-pore surface structure, b) has a BET surface area of less than 1 m 2 /g, preferably less than 0.5 m 2 /g, particularly preferably less than 0.2 m 2 /g and c) has a drying loss after preparation of not more than 0.2% by weight, preferably less than 0.15% by weight. a) consists of particles having a smooth, low-pore surface structure, b) has a BET surface area of less than 1 m 2 /g, preferably less than 0.5 m 2 /g, particularly preferably less than 0.2 m 2 /g and c) has a drying loss after preparation of not more than 0.2% by weight, preferably less than 0.15% by weight.
A display device with a retractable blade comprising a housing intended to be installed on the dashboard of a motor vehicle, as well as a blade mounted on a mobile support so as to be able to be moved, via a motorised gear mechanism housed in the said housing and comprising two pinions , between a storage position and at least one display position, so that said blade is retracted inside said case when said mobile support occupies its storage position and is deployed out of said case when said mobile support occupies its display position; characterised in that it comprises means for manually controlling said mechanism comprising at least one wheel rotationally linked with one of said pinions and accessible from the outside of said case , and in that said mechanism comprises two lateral toothed wheels each articulated to a corresponding lateral end of said support and being fixed in rotation to each other by means of a transverse synchronisation rod carrying fixedly at its two opposite ends the two said pinions each engrained on one of said lateral toothed wheels , said transverse synchronisation rod extending between two rear lower corners of two lateral frames on which it is mounted to rotate freely.