mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a processor including a set of at least two micro-operations caches configured to store micro-operations decoded from instructions of a program to be executed by the processor, wherein the processor is configured to support selection of one of the micro-operations caches to be an active micro-operations cache based on a micro-operations cache switch instruction; and wherein the micro-operations cache switch instruction includes a micro-operations cache identifier indicative of one of the micro-operations caches to be made the active one of the micro-operations caches. a processor including a set of at least two micro-operations caches configured to store micro-operations decoded from instructions of a program to be executed by the processor, wherein the processor is configured to support selection of one of the micro-operations caches to be an active micro-operations cache based on a micro-operations cache switch instruction; and
Biomass heating system for burning fuel in the form of pellets and / or wood chips, comprising: a boiler with a combustion device , a heat exchanger with a plurality of boiler tubes , wherein the combustion device comprises the following: a combustion chamber with a rotating grate , with a primary combustion zone and with a secondary combustion zone ; wherein the primary combustion zone is enclosed from below by the rotating grate ; wherein the primary combustion zone and the secondary combustion zone are separated by a combustion chamber nozzle ; wherein the secondary combustion zone of the combustion chamber is fluidically connected to an inlet of the heat exchanger ; characterised in that the primary combustion zone is laterally enclosed by a plurality of combustion chamber bricks and in that the primary combustion zone has an oval horizontal cross-section. a boiler with a combustion device , a heat exchanger with a plurality of boiler tubes , wherein the combustion device comprises the following: a combustion chamber with a rotating grate , with a primary combustion zone and with a secondary combustion zone ; wherein the primary combustion zone is enclosed from below by the rotating grate ; wherein the primary combustion zone and the secondary combustion zone are separated by a combustion chamber nozzle ; wherein the secondary combustion zone of the combustion chamber is fluidically connected to an inlet of the heat exchanger ; characterised in that the primary combustion zone is laterally enclosed by a plurality of combustion chamber bricks and in that the primary combustion zone has an oval horizontal cross-section. a combustion chamber with a rotating grate , with a primary combustion zone and with a secondary combustion zone ; wherein the primary combustion zone is enclosed from below by the rotating grate ; wherein the primary combustion zone and the secondary combustion zone are separated by a combustion chamber nozzle ; wherein the secondary combustion zone of the combustion chamber is fluidically connected to an inlet of the heat exchanger ; characterised in that the primary combustion zone is laterally enclosed by a plurality of combustion chamber bricks and in that the primary combustion zone has an oval horizontal cross-section.
A method for providing multi -part persistent content, comprising: requesting, by a client device from a content server via one or more networks, a content item; receiving, by the client device from the content server, a first portion of a multi-part content item, the first portion of the multi-part content item displayed to a user of the client device; providing, by the client device to the content server, an authentication token and an identification of a state of execution of the multi-part content item, the content server storing the authentication token in association with the state of execution of the multi-part content item, wherein the authentication token comprises a device identifier ; subsequently requesting, by the client device from the content server, a second content item, the request comprising the authentication token; and receiving, by the client device from the content server, a second portion of the multi part content item, the second portion of the multi-part content item displayed to the user of the client device, the second portion selected by the content server responsive to retrieval of the association between the authentication token and the state of execution of the multi-part content item. requesting, by a client device from a content server via one or more networks, a content item; receiving, by the client device from the content server, a first portion of a multi-part content item, the first portion of the multi-part content item displayed to a user of the client device; providing, by the client device to the content server, an authentication token and an identification of a state of execution of the multi-part content item, the content server storing the authentication token in association with the state of execution of the multi-part content item, wherein the authentication token comprises a device identifier ; subsequently requesting, by the client device from the content server, a second content item, the request comprising the authentication token; and receiving, by the client device from the content server, a second portion of the multi part content item, the second portion of the multi-part content item displayed to the user of the client device, the second portion selected by the content server responsive to retrieval of the association between the authentication token and the state of execution of the multi-part content item.
A method for identifying an entry point at a bone for assisting an insertion of a bone nail , the method comprising the steps of: - determining a point on a bone surface in a first image generated from a first direction by means of an imaging unit , - performing a first simulation of an insertion of a bone nail based on the determined point , the first simulation comprising: - identifying an implantation axis of the bone in the first image, and - aligning a virtual visualization of the bone nail with the implantation axis , with respect to the determined point characterized in that the method further comprises the steps of: - identifying the point , determined in the first image, in a second image generated based on a bone model showing the bone from a second direction, and - performing a second simulation of an insertion of the bone nail based on the identified point , the second simulation comprising: - identifying the implantation axis of the bone in the second image, and - aligning a virtual visualization of the bone nail with the implantation axis , with respect to the identified point . - determining a point on a bone surface in a first image generated from a first direction by means of an imaging unit , - performing a first simulation of an insertion of a bone nail based on the determined point , the first simulation comprising: - identifying an implantation axis of the bone in the first image, and - aligning a virtual visualization of the bone nail with the implantation axis , with respect to the determined point - identifying an implantation axis of the bone in the first image, and - aligning a virtual visualization of the bone nail with the implantation axis , with respect to the determined point - identifying the point , determined in the first image, in a second image generated based on a bone model showing the bone from a second direction, and - performing a second simulation of an insertion of the bone nail based on the identified point , the second simulation comprising: - identifying the implantation axis of the bone in the second image, and - aligning a virtual visualization of the bone nail with the implantation axis , with respect to the identified point . - identifying the implantation axis of the bone in the second image, and - aligning a virtual visualization of the bone nail with the implantation axis , with respect to the identified point .
A packet forwarding method, wherein the method comprises: when a current to-be-sent target packet is a following packet in a burst sequence, obtaining port information of an egress port used to send the burst sequence, wherein the port information of the egress port is determined and stored when a header packet in the burst sequence is sent , and the burst sequence is a sequence comprising a plurality of packets that belong to a same service flow, and the following packet follows the header packet; and sending the target packet through the egress port corresponding to the obtained port information; characterized in that the obtaining port information of an egress port used to send the burst sequence comprises: when the target packet comprises a feature field, using the feature field as a burst identifier of the burst sequence, and obtaining , from a stored correspondence between a burst identifier and port information, port information corresponding to the burst identifier, wherein the feature field is used to uniquely identify the burst sequence to which the packet in which the feature field is located belongs; and determining the obtained port information as the port information of the egress port used to send the burst sequence. when a current to-be-sent target packet is a following packet in a burst sequence, obtaining port information of an egress port used to send the burst sequence, wherein the port information of the egress port is determined and stored when a header packet in the burst sequence is sent , and the burst sequence is a sequence comprising a plurality of packets that belong to a same service flow, and the following packet follows the header packet; and sending the target packet through the egress port corresponding to the obtained port information; characterized in that the obtaining port information of an egress port used to send the burst sequence comprises: when the target packet comprises a feature field, using the feature field as a burst identifier of the burst sequence, and obtaining , from a stored correspondence between a burst identifier and port information, port information corresponding to the burst identifier, wherein the feature field is used to uniquely identify the burst sequence to which the packet in which the feature field is located belongs; and determining the obtained port information as the port information of the egress port used to send the burst sequence. when the target packet comprises a feature field, using the feature field as a burst identifier of the burst sequence, and obtaining , from a stored correspondence between a burst identifier and port information, port information corresponding to the burst identifier, wherein the feature field is used to uniquely identify the burst sequence to which the packet in which the feature field is located belongs; and determining the obtained port information as the port information of the egress port used to send the burst sequence.
Candy product, which is in the form of a hard candy, a drop, a lollipop, a soft candy or a chewy candy, comprising at least two components (a) and (b), wherein (a) is an alcohol-free component containing at least one sugar, sugar substitute, sugar-like substance or mixtures thereof, and (b) is a component containing a mixture of ethanol or an alcoholic liquid in a carrier matrix, which together form an overall solid candy material, wherein the alcohol or alcoholic liquids are present in the component (b) bound to the carrier matrix and are substantially homogeneously distributed throughout the solid candy material. (a) is an alcohol-free component containing at least one sugar, sugar substitute, sugar-like substance or mixtures thereof, and (b) is a component containing a mixture of ethanol or an alcoholic liquid in a carrier matrix,
An apparatus comprising: means for discovering a device connected to a local network ; means for obtaining characteristics of the discovered device from an original equipment manufacturer , the characteristics including types of network activity that is allowed for the device; means for monitoring network traffic to and from the discovered device ; means for comparing the monitored network traffic to the characteristics of the device to determine if the monitored traffic is outside the allowed types of network activity of the device; and means for assigning an untrusted reputation to the device if the monitored traffic is outside the allowed types of network activity of the device. means for discovering a device connected to a local network ; means for obtaining characteristics of the discovered device from an original equipment manufacturer , the characteristics including types of network activity that is allowed for the device; means for monitoring network traffic to and from the discovered device ; means for comparing the monitored network traffic to the characteristics of the device to determine if the monitored traffic is outside the allowed types of network activity of the device; and means for assigning an untrusted reputation to the device if the monitored traffic is outside the allowed types of network activity of the device.
A microfluidic chip comprising a polymeric surface and a passive micromixer wherein the polymeric surface is micro-nanotextured with an oxygen containing plasma under anisotropic etching conditions in a plasma etching reactor, in the presence of an etching inhibitor originating from sputtering of plasma reactor walls or plasma reactor electrodes, and wherein after plasma micro-nanotexturing the microfluidic chip is subjected to a thermal annealing step by heating for 10 - 120 minutes at a temperature 5 to 40 °C below the glass transition temperature of the polymer of the polymeric surface.
A security element for securing objects of value , having a carrier , a metallization arranged above the carrier with first recesses in the shape of patterns, characters or a coding, and a color-shifting thin-film element arranged above the metallization and having second recesses in the shape of patterns, characters or a coding, in which the metallization is visible at least partly, characterized in that the thin-film element has a reflective layer arranged above the metallization , a dielectric spacer layer arranged above the reflective layer and an absorber layer arranged above the dielectric spacer layer .
Method for estimating the position of a working kinematics system of a working machine comprising a main body and the working kinematics system which is connected to the main body of the working machine and which is configured to receive loads and to move with respect to the main body , wherein the working kinematics system has at least one first boom element , wherein the first boom element can be moved by an acting actuator , wherein the working kinematics system comprises a sensor device which is configured to provide a first force signal from the first actuator as a function of a first force applied by the first boom element , to provide a first acceleration signal as a function of an acceleration acting on the first boom element , and further a first rotation rate signal as a function of a rotation rate acting on the first boom element , wherein the method comprises the following steps: a. capturing the first force signal, the first acceleration signal and the first rotation rate signal; b. determining the position estimate for the working kinematics system based on the signals captured in step a. a. capturing the first force signal, the first acceleration signal and the first rotation rate signal; b. determining the position estimate for the working kinematics system based on the signals captured in step a.
A composition for topical application, comprising: a plurality of first core-shell microcapsules comprising a first core that comprises benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises a retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1. a plurality of first core-shell microcapsules comprising a first core that comprises benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises a retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1.
A method for accessing a flash memory device, wherein a type of access to the flash memory device comprises a write operation and a read operation, a form of the write operation comprises a fast write and a slow write, and the method comprises: receiving (S602, 802) a first write access request for a to-be-accessed storage area; obtaining (S206, S806) a historical access type of the to-be-accessed storage area, wherein the historical access type is an access type of access to the to-be-accessed storage area before the first write access request; and when (S610, S810) the historical access type of the to-be-accessed storage area is a write operation, writing (S612, S812) to-be-written data of the first write access request to the to-be-accessed storage area in a form of the fast write; wherein the form of the write operation further comprises a normal write, and a write speed of the normal write is greater than a write speed of the slow write and is less than a write speed of the fast write; and the method further comprises: when the historical access type of the to-be-accessed storage area is not a write operation, writing (S 614, S814) the to-be-written data of the first write access request to the to-be-accessed storage area in a form of the normal write, and updating the historical access type of the to-be-accessed storage area. receiving (S602, 802) a first write access request for a to-be-accessed storage area; obtaining (S206, S806) a historical access type of the to-be-accessed storage area, wherein the historical access type is an access type of access to the to-be-accessed storage area before the first write access request; and when (S610, S810) the historical access type of the to-be-accessed storage area is a write operation, writing (S612, S812) to-be-written data of the first write access request to the to-be-accessed storage area in a form of the fast write; wherein the form of the write operation further comprises a normal write, and a write speed of the normal write is greater than a write speed of the slow write and is less than a write speed of the fast write; and the method further comprises: when the historical access type of the to-be-accessed storage area is not a write operation, writing (S 614, S814) the to-be-written data of the first write access request to the to-be-accessed storage area in a form of the normal write, and updating the historical access type of the to-be-accessed storage area.
A method for the treatment of industrial or municipal wastewater containing nitrate, the method comprising the step of reducing the nitrate by contacting wastewaters with a magnesium primary cell, wherein the cathode of the magnesium primary cell is made of graphite carbon and the anode of the magnesium primary cell is made of magnesium or a magnesium alloy, and wherein the nitrate serves as an oxidizing agent at the cathode of the magnesium primary cell, characterized in that the wastewater is anaerobic wastewater that has an oxygen saturation of less than 10 % when contacted with the magnesium primary cell, the magnesium primary cell is operated galvanically and the electrical energy obtained is supplied to a storage device or consumer , the pH value of the anaerobic wastewater when contacted with the magnesium primary cell is between 10-11 and this pH value is adjusted by adding gaseous ammonia, which is produced during the reduction of nitrate in the magnesium primary cell, and the method comprises separating suspended matter downstream of the reduction of nitrate, by a process selected from the group consisting of sedimentation, centrifugation, flotation and filtration. the wastewater is anaerobic wastewater that has an oxygen saturation of less than 10 % when contacted with the magnesium primary cell, the magnesium primary cell is operated galvanically and the electrical energy obtained is supplied to a storage device or consumer , the pH value of the anaerobic wastewater when contacted with the magnesium primary cell is between 10-11 and this pH value is adjusted by adding gaseous ammonia, which is produced during the reduction of nitrate in the magnesium primary cell, and the method comprises separating suspended matter downstream of the reduction of nitrate, by a process selected from the group consisting of sedimentation, centrifugation, flotation and filtration.
A drying agent cartridge for a utility vehicle, comprising - a drying agent cartridge housing that is bounded at the top by a cover and at the bottom by a support element ; - a drying agent container that is accommodated in the drying agent cartridge housing ; - the drying agent container being connected in a form-fit to the drying agent cartridge housing , characterised in that the drying agent container has at its upper end a drying agent cover that is connected to the cover in a form-fit. - a drying agent cartridge housing that is bounded at the top by a cover and at the bottom by a support element ; - a drying agent container that is accommodated in the drying agent cartridge housing ; - the drying agent container being connected in a form-fit to the drying agent cartridge housing , characterised in that the drying agent container has at its upper end a drying agent cover that is connected to the cover in a form-fit.
An aluminum nitride powder having a cumulative volume 50 % particle diameter D50 of 0.5 to 7.0 μm in particle size distribution measured with a laser diffraction scattering particle size distribution meter, a ratio of cumulative volume 90 % particle diameter D90 to D50 (=D90/D50) of 1.3 to 3.5 and a BET specific surface area of 0.4 to 6.0 m 2 /g, wherein when paste obtained by mixing together 150 parts by mass of the aluminum nitride powder and 100 parts by mass of silicone oil having a kinetic viscosity at 25° C of 1,000 cSt is measured with a grind gauge, the upper limit particle diameter at which a linear mark is produced is not more than 5 times as large as D90.