mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for roasting coffee beans, the apparatus comprising: a chamber in which coffee beans can be received for roasting, wherein the chamber comprises an opening , and a device for roasting the coffee beans received in the chamber , wherein the chamber is movable with respect to a movement axis into different positions, wherein these positions comprise a roasting position and a bean discharge position, wherein • in the roasting position the device is arranged to roast the coffee beans received in the chamber , and • in the bean discharge position the chamber is arranged such that the coffee beans can be discharged via the opening from the chamber . characterised in that the same opening defines an accessing direction for removing coffee beans from the chamber and also for inserting coffee beans into the chamber . a chamber in which coffee beans can be received for roasting, wherein the chamber comprises an opening , and a device for roasting the coffee beans received in the chamber , wherein the chamber is movable with respect to a movement axis into different positions, wherein these positions comprise a roasting position and a bean discharge position, wherein • in the roasting position the device is arranged to roast the coffee beans received in the chamber , and • in the bean discharge position the chamber is arranged such that the coffee beans can be discharged via the opening from the chamber . characterised in that the same opening defines an accessing direction for removing coffee beans from the chamber and also for inserting coffee beans into the chamber . • in the roasting position the device is arranged to roast the coffee beans received in the chamber , and • in the bean discharge position the chamber is arranged such that the coffee beans can be discharged via the opening from the chamber .
Component forming at least one inductor, the component comprising: - at least one structure made of a magnetically conductive material; - a portion of printed circuit board assembled with the structure , and containing at least one electrically conductive track ; and - at least one bus bar secured on the portion of printed circuit board , the bus bar and the electrically conductive track of the portion of printed circuit board being placed relative to one another and directly connected, such as to form an electrically conductive element cooperating with the structure made of magnetically conductive material, in order to form the inductor; the bus bar being formed by at least two sections (30; 30a, 30b) used successively by current circulating in this bus bar . - at least one structure made of a magnetically conductive material; - a portion of printed circuit board assembled with the structure , and containing at least one electrically conductive track ; and - at least one bus bar secured on the portion of printed circuit board , the bus bar and the electrically conductive track of the portion of printed circuit board being placed relative to one another and directly connected, such as to form an electrically conductive element cooperating with the structure made of magnetically conductive material, in order to form the inductor;
A shaving blade assembly comprising a blade unit and a skin contact member , the blade unit comprising at least one shaving blade having a cutting edge , and the blade unit having a shaving plane (P2), wherein the skin contact member comprises a leading skin contact part extending in front of the at least one shaving blade and a trailing skin contact part extending rearward of the at least one shaving blade , wherein the leading skin contact part comprises a leading planar surface and the trailing skin contact part comprises a trailing planar surface , the leading planar surface and the trailing planar surface defining a contact plane (P1), and wherein the contact plane (P1) and the shaving plane (P2) are parallel and the contact plane (P1) is above the shaving plane (P2), characterized in that the distance (D) between the contact plane (P1) and the shaving plane (P2) is comprised between 0.2 mm and 0.6 mm.
A method of making a rodent, the rodent genome comprising a plurality of human IgH V regions, one or more human D regions and one or more human J regions upstream of the host rodent heavy chain constant region; wherein the rodent is able to produce a repertoire of chimaeric heavy chains having a rodent constant region and a human variable region the method comprising inserting the human heavy chain DNA into an ES cell between the rodent constant region and the last, 3', rodent J region, and then making a rodent from the ES cell. a plurality of human IgH V regions, one or more human D regions and one or more human J regions upstream of the host rodent heavy chain constant region; wherein the rodent is able to produce a repertoire of chimaeric heavy chains having a rodent constant region and a human variable region the method comprising inserting the human heavy chain DNA into an ES cell between the rodent constant region and the last, 3', rodent J region,
A pharmaceutical solid preparation comprising [ -6-(aminomethyl)-3-ethylbicyclo[3.2.0]hept-3-en-6-yl]acetic acid monobenzenesulfonate which is a compound represented by the following formula (I): in combination with (i) one or two or more components selected from the group consisting of D-mannitol, lactose, corn starch, and crystalline cellulose, (ii) carmellose calcium, and (iii) rutile type titanium oxide, red iron sesquioxide, and yellow iron sesquioxide, as colorants. (i) one or two or more components selected from the group consisting of D-mannitol, lactose, corn starch, and crystalline cellulose, (ii) carmellose calcium, and (iii) rutile type titanium oxide, red iron sesquioxide, and yellow iron sesquioxide, as colorants.
A computer-implemented method, comprising: storing a data object and an indication to execute an owner-defined data access control code in connection with one or more input/output operations associated with the data object; obtaining from a client device a data request to retrieve the data object, wherein the data request indicates the data object and a requesting user associated with the data request; executing the data access control code based at least on one or both of data associated with the data request and data associated with the data object; executing, based at least on an output of the execution of the data access control code, data manipulation code against the data object, wherein executing the data manipulation code comprises applying a user-specific modification, user-specific filtering, or user-specific processing to produce a user-specific output; and returning to the client device the user-specific output of the execution of the data manipulation code as the data object. storing a data object and an indication to execute an owner-defined data access control code in connection with one or more input/output operations associated with the data object; obtaining from a client device a data request to retrieve the data object, wherein the data request indicates the data object and a requesting user associated with the data request; executing the data access control code based at least on one or both of data associated with the data request and data associated with the data object; executing, based at least on an output of the execution of the data access control code, data manipulation code against the data object, wherein executing the data manipulation code comprises applying a user-specific modification, user-specific filtering, or user-specific processing to produce a user-specific output; and returning to the client device the user-specific output of the execution of the data manipulation code as the data object.
A gas-adsorbing material comprising: a gas-adsorbing composition comprising a metal that adsorbs nitrogen gas and that is inactivated by moisture, which is at least one of Li, V, and Zr, or an alloy comprising the same; and an additive in a form of a plurality of particles capable of absorbing moisture; wherein the gas adsorbing material further comprises a moisture absorbing material coating the gas-adsorbing composition of metal and additive and the moisture absorbing material is disposed in a region for being exposed to a target gas in a target gas adsorption region of the gas-adsorbing composition; characterised in that the metal is attached to a surface of the particles of additive , the particles of the additive being covered and coated with the metal; a gas-adsorbing composition comprising a metal that adsorbs nitrogen gas and that is inactivated by moisture, which is at least one of Li, V, and Zr, or an alloy comprising the same; and an additive in a form of a plurality of particles capable of absorbing moisture; wherein the gas adsorbing material further comprises a moisture absorbing material coating the gas-adsorbing composition of metal and additive and the moisture absorbing material is disposed in a region for being exposed to a target gas in a target gas adsorption region of the gas-adsorbing composition; characterised in that the metal is attached to a surface of the particles of additive , the particles of the additive being covered and coated with the metal;
A detection device comprising: an acquisition unit configured to acquire user generated content generated in each service in a predetermined period; a generation unit configured to generate a search query using words appearing in the user generated content for each service; a collection unit configured to collect the user generated content generated in a plurality of services using the generated search query; a calculation unit configured to calculate a feature amount of the collected user generated content of a predetermined service wherein the feature amount includes a feature amount related to web content of an arrival web site at which a user will arrive using an entrance URL described in the user generated content, and feature amounts related to a plurality of pieces of user generated content generated in a predetermined period; a learning unit configured to perform learning using the feature amount of the user generated content generated by a normal user and a feature amount of content generated by a malicious user; a determination unit configured to determine whether the user generated content is generated by a malicious user based on a learned model; and an extraction unit configured to use the entrance URL described in the user generated content to output a feature of an attack of the user generated content as threat information when the user generated content is determined to be generated by a malicious user. an acquisition unit configured to acquire user generated content generated in each service in a predetermined period; a generation unit configured to generate a search query using words appearing in the user generated content for each service; a collection unit configured to collect the user generated content generated in a plurality of services using the generated search query; a calculation unit configured to calculate a feature amount of the collected user generated content of a predetermined service wherein the feature amount includes a feature amount related to web content of an arrival web site at which a user will arrive using an entrance URL described in the user generated content, and feature amounts related to a plurality of pieces of user generated content generated in a predetermined period; a learning unit configured to perform learning using the feature amount of the user generated content generated by a normal user and a feature amount of content generated by a malicious user; a determination unit configured to determine whether the user generated content is generated by a malicious user based on a learned model; and an extraction unit configured to use the entrance URL described in the user generated content to output a feature of an attack of the user generated content as threat information when the user generated content is determined to be generated by a malicious user.
A plurality of print liquid supplies , wherein each print liquid supply comprises: a reservoir for holding a supply of print liquid, the reservoir comprising: a flat pliable body when empty; a front face and a back face; and a liquid transfer-inhibiting material; a container in which the reservoir is disposed; a spout affixed to the reservoir, wherein: the spout comprises a sleeve extending through the reservoir, and wherein the spout is located at a corner of the front face of the reservoir, adjacent to an opening of the container, and is located closer to a first wall of the reservoir than a second wall of the reservoir which is opposite to the first wall; and wherein each reservoir holds a different volume of liquid; each reservoir has a different distance between the first wall and the second wall; and the spout of each of the different reservoirs is located at the same distance from the respective first wall of the reservoir. a reservoir for holding a supply of print liquid, the reservoir comprising: a flat pliable body when empty; a front face and a back face; and a liquid transfer-inhibiting material; a flat pliable body when empty; a front face and a back face; and a liquid transfer-inhibiting material; a container in which the reservoir is disposed; a spout affixed to the reservoir, wherein: the spout comprises a sleeve extending through the reservoir, and wherein the spout is located at a corner of the front face of the reservoir, adjacent to an opening of the container, and is located closer to a first wall of the reservoir than a second wall of the reservoir which is opposite to the first wall; the spout comprises a sleeve extending through the reservoir, and wherein the spout is located at a corner of the front face of the reservoir, adjacent to an opening of the container, and is located closer to a first wall of the reservoir than a second wall of the reservoir which is opposite to the first wall; and wherein each reservoir holds a different volume of liquid; each reservoir has a different distance between the first wall and the second wall; and the spout of each of the different reservoirs is located at the same distance from the respective first wall of the reservoir.
An introducer tool device, comprising: a dilator portion including a dilator body , a hypotube coupled to and extending from the dilator body , and a port disposed in the dilator body ; a carrier portion including a carrier body and a carrier lumen disposed therein; and a release mechanism coupled to the carrier portion , the release mechanism including a movable pin and an actuator, the actuator operable to selectively advance and retract the pin with respect to the carrier body , wherein the dilator portion and the carrier portion are selectively engagable, the hypotube of the dilator portion insertable into the carrier lumen , and further wherein the pin in an advanced position extends into the port of the dilator portion . a dilator portion including a dilator body , a hypotube coupled to and extending from the dilator body , and a port disposed in the dilator body ; a carrier portion including a carrier body and a carrier lumen disposed therein; and a release mechanism coupled to the carrier portion , the release mechanism including a movable pin and an actuator, the actuator operable to selectively advance and retract the pin with respect to the carrier body , wherein the dilator portion and the carrier portion are selectively engagable, the hypotube of the dilator portion insertable into the carrier lumen , and further wherein the pin in an advanced position extends into the port of the dilator portion .
Method for producing a control panel for a hydraulic machine, in particular an axial piston machine, wherein a control panel blank is manufactured from metal, and subsequently the geometry of the control panel blank is modified, by means of non-cutting manufacture, for implementing the control functions, wherein the modification comprises producing one or more through-openings, characterised in that the non-cutting processing comprises a work step of shaping/preshaping in conjunction with material displacement, wherein the through-openings are additionally pierced through the control panel following preshaping, by means of stamping.
A high optical purity solvent cast or solvent coated toughened copolymer film or coating comprising a block copolymer having hard and soft blocks, wherein said film or coating contains less than 5.382 visible defects per m 2 (less than 0.5 visible defects per square foot), wherein said copolymer film contains no particle greater than 30 microns, wherein the visible defect has a diameter of greater than one-half of the (dried) film thickness, and having a maximum diameter less than what can be detected by the naked eye and wherein said film has a variation of thickness of no more than 3 % of the film thickness and wherein said film is formed by a solvent-casting film process or a solvent-coating process.
A method performed by a sign pertinence receiving system on-board a first vehicle for enabling said first vehicle to discard non-pertinent road sign information , said first vehicle being adapted for presenting extracted sign information within said first vehicle and/or adapting one or more vehicle functions based on detected sign information captured by means of one or more image capturing devices on-board said first vehicle from at least a portion of sign information presented on a road sign detectable by said first vehicle , said method comprising: capturing first detected sign information from a first road sign and additionally first detected supplementary information from at least a portion of supplementary sign information assigned to said first road sign , said supplementary sign information comprising one or more restrictions of said first road sign ; receiving a most likely supplementary information estimate indicating supplementary information deemed to pertain to said first road sign , which most likely supplementary information estimate is based on detected supplementary information captured by at least one second vehicle from said supplementary sign information , wherein a correctness confidence value associated with said most likely supplementary information estimate exceeds a minimum correctness confidence threshold; determining whether said most likely supplementary information estimate pertains to said first vehicle ; and refraining from said presenting extracted sign information and/or from said adapting one or more vehicle functions, provided that said most likely supplementary information estimate is determined to not pertain to said first vehicle and provided that a detection confidence value associated with said first detected supplementary information is below a minimum detection confidence threshold. capturing first detected sign information from a first road sign and additionally first detected supplementary information from at least a portion of supplementary sign information assigned to said first road sign , said supplementary sign information comprising one or more restrictions of said first road sign ; receiving a most likely supplementary information estimate indicating supplementary information deemed to pertain to said first road sign , which most likely supplementary information estimate is based on detected supplementary information captured by at least one second vehicle from said supplementary sign information , wherein a correctness confidence value associated with said most likely supplementary information estimate exceeds a minimum correctness confidence threshold; determining whether said most likely supplementary information estimate pertains to said first vehicle ; and refraining from said presenting extracted sign information and/or from said adapting one or more vehicle functions, provided that said most likely supplementary information estimate is determined to not pertain to said first vehicle and provided that a detection confidence value associated with said first detected supplementary information is below a minimum detection confidence threshold.
A data transmission method, applied to a terminal which establishes a communication connection with a correspondent node through a first link provided by a cellular network and a second link provided by a Wireless Local Area Network, WLAN, respectively, and the method comprising: acquiring relevant information of the WLAN which is accessed by the terminal, the relevant information of the WLAN being used to indicate a data distribution capability of the WLAN ; acquiring a current amount of data in an uplink buffer that is configured to store the uplink data; determining the amount of the data to be transmitted to the correspondent node by means of the second link in accordance with the relevant information of the WLAN and the current amount of data; sending a Buffer Status Report, BSR, to a base station in the cellular network, wherein the BSR comprises a difference value between the current amount of data and the amount of the data to be transmitted by means of the second link; and transmitting, according to the amount of the data to be transmitted by means of the second link, the uplink data to the correspondent node by means of the second link. acquiring relevant information of the WLAN which is accessed by the terminal, the relevant information of the WLAN being used to indicate a data distribution capability of the WLAN ; acquiring a current amount of data in an uplink buffer that is configured to store the uplink data; determining the amount of the data to be transmitted to the correspondent node by means of the second link in accordance with the relevant information of the WLAN and the current amount of data; sending a Buffer Status Report, BSR, to a base station in the cellular network, wherein the BSR comprises a difference value between the current amount of data and the amount of the data to be transmitted by means of the second link; and