mhurhangee/patent-ind-claim-en huggingface dataset:
Method for improving the fertility of the soil comprising the following method steps: a) Harvesting wood in a forest by a harvesting unit to form an open area for growing plants, in particular trees; b) Shredding the harvested wood by a shredding unit; b1) Subjecting the shredded wood to a drying treatment by squeezing the shredded wood in a squeezing unit; c) Coking the shredded wood by a coking unit to form biochar; d) Inserting the biochar by an insertion unit into the soil of the open area formed in step a; wherein at least steps a - d are performed continuously within a mobile vehicle, the mobile vehicle comprising at least the harvesting unit, the shredding unit, the coking unit and the insertion unit. a) Harvesting wood in a forest by a harvesting unit to form an open area for growing plants, in particular trees; b) Shredding the harvested wood by a shredding unit; b1) Subjecting the shredded wood to a drying treatment by squeezing the shredded wood in a squeezing unit; c) Coking the shredded wood by a coking unit to form biochar; d) Inserting the biochar by an insertion unit into the soil of the open area formed in step a;
A sensor apparatus for measuring a physiological parameter of a subject, wherein the sensor apparatus is adapted to be worn by the subject, comprising: a housing ; a support structure carried by the housing, wherein the support structure has a contact portion which is adapted to be positioned by the housing against the skin of the subject, wherein at least the contact portion of the support structure is gas-permeable, wherein the support structure and the housing define an air space between the contact portion and the housing; and a motion sensor for sensing movement of the contact portion of the support structure, wherein the motion sensor is adapted to move relative to the housing. a housing ; a support structure carried by the housing, wherein the support structure has a contact portion which is adapted to be positioned by the housing against the skin of the subject, wherein at least the contact portion of the support structure is gas-permeable, wherein the support structure and the housing define an air space between the contact portion and the housing; and a motion sensor for sensing movement of the contact portion of the support structure, wherein the motion sensor is adapted to move relative to the housing.
An image forming apparatus comprising: a storage unit to store a rendering image having a plurality of tones; a communication interface unit to receive print data; a control unit to control: a rendering unit to render the received print data to a bitmap image, a mergence unit to merge the bitmap image and the rendering image into a single mergence image, a binary coding unit to perform halftoning for the generated merged image to generate binary data; and a print engine unit to form an image on a paper by using the generated binary data, wherein the mergence unit performs a raster operation processing operation, ROP, to merge the bitmap image and the rendered image. a storage unit to store a rendering image having a plurality of tones; a communication interface unit to receive print data; a control unit to control: a rendering unit to render the received print data to a bitmap image, a mergence unit to merge the bitmap image and the rendering image into a single mergence image, a binary coding unit to perform halftoning for the generated merged image to generate binary data; and a rendering unit to render the received print data to a bitmap image, a mergence unit to merge the bitmap image and the rendering image into a single mergence image, a binary coding unit to perform halftoning for the generated merged image to generate binary data; and a print engine unit to form an image on a paper by using the generated binary data, wherein the mergence unit performs a raster operation processing operation, ROP, to merge the bitmap image and the rendered image.
A disposable pen needle connectable to a reusable interface member for attachment to a medicament delivery device, the pen needle comprising: a hub having: a distal hub portion having a hub bore segment ; a proximal hub portion adapted for attachment to the reusable interface member, and having a hub bore segment, and a needle mounted to the hub, the needle having a distal injection end and a proximal needle portion terminating in a non-injection end, wherein at least part of the proximal needle portion resides in the hub bore; wherein the distal and proximal hub portions are separately formed parts adapted to be joined together with their respective hub bore segments aligned after the needle is mounted in the hub bore segment of the distal hub portion; characterized in that the non-injection end of the needle is split into a plurality of legs that are turned outward and sandwiched between the distal hub portion and the proximal hub portion; and each leg of the needle is accommodated in a notch in at least one of the hub portions. a hub having: a distal hub portion having a hub bore segment ; a proximal hub portion adapted for attachment to the reusable interface member, and having a hub bore segment, and a distal hub portion having a hub bore segment ; a proximal hub portion adapted for attachment to the reusable interface member, and having a hub bore segment, and a needle mounted to the hub, the needle having a distal injection end and a proximal needle portion terminating in a non-injection end,
Apparatus for the extraction of ingredients from plant material, in particular alkaloids or tobacco flavors from tobacco material, comprising a first screw conveyor with at least one rotatably driven first screw , which is adapted to convey the plant material from a first screw conveyor inlet to a first screw conveyor outlet , and a second screw conveyor with at least one rotatably driven second screw , which is adapted to convey the plant material from a second screw conveyor inlet to a second screw conveyor outlet , wherein a fluid connection is provided in between the first screw conveyor outlet and the second screw conveyor inlet , the fluid connection being adapted to enable flow of plant material from the first screw conveyor outlet to the second screw conveyor inlet , characterized in that the first screw conveyor has a first fluid outlet at its downstream side, and the second screw conveyor has a second fluid outlet at its downstream side. a first screw conveyor with at least one rotatably driven first screw , which is adapted to convey the plant material from a first screw conveyor inlet to a first screw conveyor outlet , and a second screw conveyor with at least one rotatably driven second screw , which is adapted to convey the plant material from a second screw conveyor inlet to a second screw conveyor outlet , wherein a fluid connection is provided in between the first screw conveyor outlet and the second screw conveyor inlet , the fluid connection being adapted to enable flow of plant material from the first screw conveyor outlet to the second screw conveyor inlet , characterized in that the first screw conveyor has a first fluid outlet at its downstream side, and the second screw conveyor has a second fluid outlet at its downstream side.
A computer-implemented method, comprising: collecting, for each of a plurality of local networks , each local network being a network that communicates with other networks through a network linking device and including a respective plurality of network devices that communicate through the network linking device , traffic data representing communication traffic over the local network for a period of time; determining, for each of the network devices included in the plurality of networks, a device type of the network device and at least one device priority value for the network device based on the device type, each device priority value being a measure of a priority of device traffic for the network device relative to other device traffic of other network devices ; and training a device prioritization model , using the traffic data and the device priority values of the devices, for prioritizing network traffic for each network device in a local network , such that the device prioritization model is enabled to receive information about a set of traffic data for devices in a local network as an input and output at least one prioritization scheme for the local network . collecting, for each of a plurality of local networks , each local network being a network that communicates with other networks through a network linking device and including a respective plurality of network devices that communicate through the network linking device , traffic data representing communication traffic over the local network for a period of time; determining, for each of the network devices included in the plurality of networks, a device type of the network device and at least one device priority value for the network device based on the device type, each device priority value being a measure of a priority of device traffic for the network device relative to other device traffic of other network devices ; and training a device prioritization model , using the traffic data and the device priority values of the devices, for prioritizing network traffic for each network device in a local network , such that the device prioritization model is enabled to receive information about a set of traffic data for devices in a local network as an input and output at least one prioritization scheme for the local network .
A method of watermarking, the method comprising: providing , via an embedded browser of a client application on a client device, access to a network application hosted on a server; selecting, by a watermark engine of the client application, from a plurality of policies to determine whether to insert a watermark, at least one policy according to a factor including at least a profile of the network application accessed via the embedded browser; determining , according to at least one policy, that a watermark is to be inserted to the information of the network application accessed via the embedded browser; inserting, by the client device, responsive to the determining, the watermark to the information acquired via the network application; and displaying , by the embedded browser, the information from the network application with the watermark applied. providing , via an embedded browser of a client application on a client device, access to a network application hosted on a server; selecting, by a watermark engine of the client application, from a plurality of policies to determine whether to insert a watermark, at least one policy according to a factor including at least a profile of the network application accessed via the embedded browser; determining , according to at least one policy, that a watermark is to be inserted to the information of the network application accessed via the embedded browser; inserting, by the client device, responsive to the determining, the watermark to the information acquired via the network application; and displaying , by the embedded browser, the information from the network application with the watermark applied.
A method for wireless communications by a user equipment, UE , comprising: sending information comprising an indication of a bandwidth part, BWP, capability of the UE to a base station, BS , wherein: the indication of the BWP capability comprises an indication of a BWP capability for each of one or more component carriers; or the indication of the BWP capability comprises an indication of a BWP capability for each of one of more carrier aggregation, CA, configurations, wherein the indication of the BWP capability comprises an indication of a capability of the UE to switch from at least a first one or more BWPs to at least a second one or more BWPs, and wherein the BWP capability includes a list of latencies of all BWP switch combinations between BWPs; receiving , in response to the indication, a configuration from the BS indicating a set of BWPs available to use for communication; and performing communications on at least one of the set of BWPs. sending information comprising an indication of a bandwidth part, BWP, capability of the UE to a base station, BS , wherein: the indication of the BWP capability comprises an indication of a BWP capability for each of one or more component carriers; or the indication of the BWP capability comprises an indication of a BWP capability for each of one of more carrier aggregation, CA, configurations, the indication of the BWP capability comprises an indication of a BWP capability for each of one or more component carriers; or the indication of the BWP capability comprises an indication of a BWP capability for each of one of more carrier aggregation, CA, configurations, wherein the indication of the BWP capability comprises an indication of a capability of the UE to switch from at least a first one or more BWPs to at least a second one or more BWPs, and wherein the BWP capability includes a list of latencies of all BWP switch combinations between BWPs; receiving , in response to the indication, a configuration from the BS indicating a set of BWPs available to use for communication; and performing communications on at least one of the set of BWPs.
A radiant tube for furnaces for heat-treating sheets and other products made of steel or other material, comprising at least one conduit supported by a flange fixed to a lateral wall of the furnace which allows the inlet and the outlet of heating hot fluid into/from the radiant tube , and by at least one radiant tube back support suitable to rest on a surface of a furnace socket fixed to another wall of the furnace, characterized in that said radiant tube back support is tubular and has an outer surface comprising an alternating series of protrusions and recesses in sequence along the direction of a sliding axis (L) of said radiant tube back support which is orthogonal to said wall of the furnace, so that the radiant tube back support rests on the surface of the furnace socket only at peak points of the protrusions .
A method comprising: receiving , by a processing device, a query comprising a first field value and a time period; performing , by the processing device, a first search of a data store using the first field value to identify a first plurality of events having the time period and at least one field that comprises the first field value; determining , for a first event of the first plurality of events, a first source type associated with the first event, wherein the first source type is based on a source of the first event; determining a first context definition associated with the first source type, wherein the first context definition identifies a specified plurality of fields to use as link keys, each of the specified plurality of fields having assigned field types; determining , for the first event, a second field value of a second field that is included in the specified plurality of fields; performing , by the processing device without receipt of a second query, a second search of the data store using the second field value to identify a second plurality of events having the time period and the second field value; aggregating information from the first plurality of events and the second plurality of events; and generating a response to the query that comprises the information aggregated from the first plurality of events and the second plurality of events. receiving , by a processing device, a query comprising a first field value and a time period; performing , by the processing device, a first search of a data store using the first field value to identify a first plurality of events having the time period and at least one field that comprises the first field value; determining , for a first event of the first plurality of events, a first source type associated with the first event, wherein the first source type is based on a source of the first event; determining a first context definition associated with the first source type, wherein the first context definition identifies a specified plurality of fields to use as link keys, each of the specified plurality of fields having assigned field types; determining , for the first event, a second field value of a second field that is included in the specified plurality of fields; performing , by the processing device without receipt of a second query, a second search of the data store using the second field value to identify a second plurality of events having the time period and the second field value; aggregating information from the first plurality of events and the second plurality of events; and generating a response to the query that comprises the information aggregated from the first plurality of events and the second plurality of events.
A composition comprising a fusion protein comprising an interferon antagonist and a targeting moiety, wherein: the interferon antagonist is a human IFNα2 comprising an R120E mutation; and the targeting moiety consists of an antibody or an antibody-like molecule which provides cell-specific targeting of the antagonistic activity. the interferon antagonist is a human IFNα2 comprising an R120E mutation; and the targeting moiety consists of an antibody or an antibody-like molecule which provides cell-specific targeting of the antagonistic activity.
Building technology communication system comprising a building technology device as a master unit , wherein the master unit is designed as a socket, and slave units , ∘ wherein the slave units are connected to the master unit by network technology, wherein the master unit is a main communication unit in the network and each slave unit of the slave units in the network is connected to the master unit as a communication unit in the network that is subordinate to the master unit; ∘ wherein each slave unit of the slave units in the network is configured to communicate with the master unit via a network connection either directly or indirectly by means of other slave units of the slave units in the network, and at least one slave unit of the slave units in the network is configured to communicate indirectly with the master unit by means of a further slave unit of the slave units in the network; ∘ wherein the master unit is further configured to store a complete path in the network from the master unit to each slave unit of the slave units in the network; ∘ wherein each slave unit of the slave units in the network that receives a message from another slave unit in the network is configured to forward this message and to store information as to which slave unit received the message and/or to which unit the message was forwarded; ∘ wherein the master unit is configured to send information received from the slave units in the network via a communication interface . ∘ wherein the slave units are connected to the master unit by network technology, wherein the master unit is a main communication unit in the network and each slave unit of the slave units in the network is connected to the master unit as a communication unit in the network that is subordinate to the master unit; ∘ wherein each slave unit of the slave units in the network is configured to communicate with the master unit via a network connection either directly or indirectly by means of other slave units of the slave units in the network, and at least one slave unit of the slave units in the network is configured to communicate indirectly with the master unit by means of a further slave unit of the slave units in the network; ∘ wherein the master unit is further configured to store a complete path in the network from the master unit to each slave unit of the slave units in the network; ∘ wherein each slave unit of the slave units in the network that receives a message from another slave unit in the network is configured to forward this message and to store information as to which slave unit received the message and/or to which unit the message was forwarded; ∘ wherein the master unit is configured to send information received from the slave units in the network via a communication interface .
An electroacoustic transducer, comprising: a piezoelectric part comprising a piezoelectric material having a first acoustical impedance and an acoustical thickness; a substrate part comprising a material having a second acoustical impedance; an intermediate part comprising a material having a third acoustical impedance and at least partially sandwiched between the piezoelectric part and the substrate part for acoustical communication therewith; wherein the first acoustical impedance and the second acoustical impedance each has a respective value within a range of values, wherein if the acoustical thickness of the piezoelectric part is within the range 0.2Λ to 0.4Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part , the value of the third acoustical impedance is an upper limit to the said range of values at that acoustical wavelength Λ, or if the acoustical thickness of the piezoelectric part is within the range 0.4Λ to 0.6Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part , the value of the third acoustical impedance is a lower limit to the said range of values at that acoustical wavelength Λ. a piezoelectric part comprising a piezoelectric material having a first acoustical impedance and an acoustical thickness; a substrate part comprising a material having a second acoustical impedance; an intermediate part comprising a material having a third acoustical impedance and at least partially sandwiched between the piezoelectric part and the substrate part for acoustical communication therewith; wherein the first acoustical impedance and the second acoustical impedance each has a respective value within a range of values, wherein if the acoustical thickness of the piezoelectric part is within the range 0.2Λ to 0.4Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part , the value of the third acoustical impedance is an upper limit to the said range of values at that acoustical wavelength Λ, or if the acoustical thickness of the piezoelectric part is within the range 0.4Λ to 0.6Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part , the value of the third acoustical impedance is a lower limit to the said range of values at that acoustical wavelength Λ.
A unitary retainer assembly for a high-pressure spray nozzle assembly comprising: a retainer having a clasp for releasably trapping wear components , characterized by a sleeve having a first radial detent; a check valve assembly comprising a valve seal attached to a valve body having a second radial detent; and a helical spring which at one terminal end removably attaches to the first radial detent formed on the sleeve of the retainer, and at its opposite terminal end removably attaches to the second radial detent formed on the valve body of the check valve.
A strain of Lactobacillus casei AH077 deposited with the NCIMB under accession number 42019.