mhurhangee/patent-ind-claim-en huggingface dataset:
A gear assembly for a square baler , which is configured to drive a baler ram which is movably disposed between end positions in a baling channel of the square baler as well as at least one further working assembly of the square baler , characterized in that the gear assembly comprises two side gears and at least one reduction gear which is connected downstream of the respective side gear and the output side of which can be connected to a crankshaft on which the baler ram is mounted, wherein at least one flywheel is interposed between the respective side gear and the reduction gear connected downstream thereof, wherein at least one of the reduction gears comprises an overload clutch which can be shifted, which is configured to brake the reduction gears connected downstream of the flywheels to a standstill when a mechanical overload occurs.
A computer-implemented method, comprising: receiving email messages for distribution to client devices that correspond to respective recipients of the email messages ; applying one or more email routing decisions to route an email message to an email folder for a recipient of the email message, the email folder including at least one of an email inbox, junk folder, or user-created folder; tagging the email message with an email tag to generate a tagged email message, the email tag including a routing description that indicates why the email message was routed to the email folder; receiving a request for the email message from a client device that corresponds to the recipient of the email message ; communicating the tagged email message to the client device for display along with the routing description ; applying additional email routing decisions to sort the tagged email message into a different email folder; updating the email tag to include an updated routing description that indicates why the tagged email message was routed to the different email folder; and receiving an email routing input as feedback from the client device to modify the one or more email routing decisions that are the basis to route the email message to the email folder. receiving email messages for distribution to client devices that correspond to respective recipients of the email messages ; applying one or more email routing decisions to route an email message to an email folder for a recipient of the email message, the email folder including at least one of an email inbox, junk folder, or user-created folder; tagging the email message with an email tag to generate a tagged email message, the email tag including a routing description that indicates why the email message was routed to the email folder; receiving a request for the email message from a client device that corresponds to the recipient of the email message ; communicating the tagged email message to the client device for display along with the routing description ; applying additional email routing decisions to sort the tagged email message into a different email folder; updating the email tag to include an updated routing description that indicates why the tagged email message was routed to the different email folder; and receiving an email routing input as feedback from the client device to modify the one or more email routing decisions that are the basis to route the email message to the email folder.
An information processing device comprising: a storing unit that is adapted to store map data including opened and unopened roads at the time of creation of the map data ; a processing unit that is adapted to perform display of the map or a search for a route or the display of the map and the search for a route on the basis of the map data stored by the storing unit ; and an acquiring unit comprising a communication device connected to an electric communication line or a reading device adapted to reading a recording medium and being adapted to acquire with the communication device or the reading device an opening flag file indicating an actual opening situation of a road, wherein the storing unit is adapted to store, separately from the the map data, the opening flag file acquired by the acquiring unit , the device being characterised in that the processing unit is adapted to perform the display of the map or the search for a route or the display of the map and the search for a route on the basis of the map data and the opening flag file stored by the storing unit wherein it is unnecessary to rewrite the opening information of the map data. a storing unit that is adapted to store map data including opened and unopened roads at the time of creation of the map data ; a processing unit that is adapted to perform display of the map or a search for a route or the display of the map and the search for a route on the basis of the map data stored by the storing unit ; and an acquiring unit comprising a communication device connected to an electric communication line or a reading device adapted to reading a recording medium and being adapted to acquire with the communication device or the reading device an opening flag file indicating an actual opening situation of a road, wherein the storing unit is adapted to store, separately from the the map data, the opening flag file acquired by the acquiring unit , the device being characterised in that the processing unit is adapted to perform the display of the map or the search for a route or the display of the map and the search for a route on the basis of the map data and the opening flag file stored by the storing unit wherein it is unnecessary to rewrite the opening information of the map data.
An expiratory valve of a ventilation device , comprising a valve body having a fluid inlet and a fluid outlet for breathing air of a patient formed therein, said valve body comprising a support having a top side on which a valve membrane can be placed with an abutment area formed at the outer edge thereof, with the top side of the support having an uneven design; characterized in that the top side of the support is located in an outwardly curved imaginary surface with respect to the valve plenum enclosed by the valve body , and that the unevenness of the top side of the support is such that, only when the expiratory valve is installed in the ventilation device and the valve body is subject to stress causing deformation of the same, the top side of the support comes to lie in a planar surface and the valve membrane now has its abutment area in sheet-like contact with the top side of the support .
A wireless device in a wireless communication network for communicating with at least one network node , the wireless device comprising: processing circuitry configured to obtain information regarding the inclusion of at least one short transmission time interval, sTTI, in one of a time division duplex, TDD, uplink, UL, subframe and TDD downlink, DL, subframe of a radio frame, wherein the processing circuitry is further configured to allocate a guard period, GP, of the TDD subframe for switching from downlink signaling to uplink signaling; and a transceiver configured to communicate with the at least one network node using the at least one sTTI during the TDD subframe; wherein the TDD subframe is a TDD uplink subframe and receiving of downlink sTTIs in the TDD uplink subframe is only performed when no wireless devices not supporting sTTI transmission are scheduled to transmit on the uplink in the TDD uplink subframe, the downlink sTTIs reuse a legacy cell-specific reference signal, CRS, pattern; characterized in that the GP is removed by switching from downlink transmission to uplink transmission during a cyclic prefix of one symbol. processing circuitry configured to obtain information regarding the inclusion of at least one short transmission time interval, sTTI, in one of a time division duplex, TDD, uplink, UL, subframe and TDD downlink, DL, subframe of a radio frame, wherein the processing circuitry is further configured to allocate a guard period, GP, of the TDD subframe for switching from downlink signaling to uplink signaling; and a transceiver configured to communicate with the at least one network node using the at least one sTTI during the TDD subframe; wherein the TDD subframe is a TDD uplink subframe and receiving of downlink sTTIs in the TDD uplink subframe is only performed when no wireless devices not supporting sTTI transmission are scheduled to transmit on the uplink in the TDD uplink subframe, the downlink sTTIs reuse a legacy cell-specific reference signal, CRS, pattern; characterized in that the GP is removed by switching from downlink transmission to uplink transmission during a cyclic prefix of one symbol.
A production method for natural compost for soil fertilisation composed of biological constituents as the main constituent in a content by mass of 60% to 90%, characterised by the steps of: - mixing the main constituent with chamber filter cake, said chamber filter cake being obtained from the elutriable super-fine constituents in a limestone and/or dolomite wash after said elutriable super-fine constituents have been dewatered in a chamber filter press or sedimentation tank, said chamber filter cake containing 10 - 70% siliceous compounds in the dry matter; and - depositing the freshly mixed compost and leaving it to decompose for a decomposition period. - mixing the main constituent with chamber filter cake, said chamber filter cake being obtained from the elutriable super-fine constituents in a limestone and/or dolomite wash after said elutriable super-fine constituents have been dewatered in a chamber filter press or sedimentation tank, said chamber filter cake containing 10 - 70% siliceous compounds in the dry matter; and - depositing the freshly mixed compost and leaving it to decompose for a decomposition period.
An optical probe for intracerebral guidance prior to stereotactic tumour biopsy comprising an essentially tube shaped outer housing accommodating optical fibres, said tube shaped outer housing being divided into a first and a second portion, wherein the first portion comprises a distal (D) end for insertion into a brain of a subject and the second portion comprises a proximal (P) end for connection to an energy source, the total length (L1) of the first portion is in the range of 150-300 mm and the length (L2) of the second portion is in the range of 30-40 mm, the diameter (d2) of the proximal end (P) is wider than the diameter (d1) of the distal end (D), wherein the optical fibres include fluorescence emission and excitation fibres and laser Doppler fibres, and wherein the optical fibres are arranged in close proximity towards the distal end (D), such that the probe is forward looking, and wherein the fibres are operatively connected via the proximal end (P) to a fluorescence system for localizing and identifying a site for harvesting a biopsy in a brain tumour tissue prior to stereotactic tumour biopsy, and to a laser doppler system for measuring intracerebral microvascular blood flow, wherein the fluorescence system includes a blue laser providing light at 405 nm for fluorescence excitation and the laser doppler system includes light source providing light at 780 nm.
Apparatus for the application of topical negative pressure (TNP) to a patient comprising: a dressing for covering a wound and for sealing with surrounding sound tissue to create a sealed cavity or void over the wound; an aspiration conduit sealingly attached to the dressing and having a distal end remote from the dressing; a waste canister for collecting and holding wound exudates prior to disposal wherein the canister comprises a filter and wherein the aspiration conduit is attached at its distal end to the waste canister at an inlet port or connector; a power, control and aspiration initiating and sustaining device associated with the waste canister wherein the waste canister is sited between the dressing and the device and wherein the device is configured to aspirate the dressing via the canister; and characterized in that the apparatus comprises a pressure sensor downstream of the canister filter and between the canister filter and the dressing. a dressing for covering a wound and for sealing with surrounding sound tissue to create a sealed cavity or void over the wound; an aspiration conduit sealingly attached to the dressing and having a distal end remote from the dressing; a waste canister for collecting and holding wound exudates prior to disposal wherein the canister comprises a filter and wherein the aspiration conduit is attached at its distal end to the waste canister at an inlet port or connector; a power, control and aspiration initiating and sustaining device associated with the waste canister wherein the waste canister is sited between the dressing and the device and wherein the device is configured to aspirate the dressing via the canister; and characterized in that the apparatus comprises a pressure sensor downstream of the canister filter and between the canister filter and the dressing.
Flexible joint between floating piers, comprising: a first and second turn disc axle , a first and second bridge section that each has a hole in both ends of the bottom surface, a first and second flexible fender each with a through hole, and a pontoon , characterized by that it comprises: arranged either as choice A: where the first and second turn disc axle is fixed on the pontoon , and the first and second flexible fenders are fixed on the bottom surfaces of the first and second bridge sections , respectively, where the through holes therein correspond with the holes in the bridge sections , or arranged as choice B: where the first and second flexible fenders are fixed on the pontoon , a first and second lower turn disc , with an outer diameter which is at least as large as the hole in the first and second flexible fenders , is fixed around the first and second turn disc axles , and a plurality of flexible connections attach the first and second turn discs to the pontoon , wherein: the holes in the bridge sections are at least as large as the outer diameter of the turn disc axle , the holes in the fenders are at least as large as the outer diameter of the turn disc axle , the first and second turn disc axle are arranged at least partially inside respectively the first and second flexible fenders , the flexible fenders are rubber fenders. a first and second turn disc axle , a first and second bridge section that each has a hole in both ends of the bottom surface, a first and second flexible fender each with a through hole, and a pontoon , where the first and second turn disc axle is fixed on the pontoon , and the first and second flexible fenders are fixed on the bottom surfaces of the first and second bridge sections , respectively, where the through holes therein correspond with the holes in the bridge sections , where the first and second flexible fenders are fixed on the pontoon , a first and second lower turn disc , with an outer diameter which is at least as large as the hole in the first and second flexible fenders , is fixed around the first and second turn disc axles , and a plurality of flexible connections attach the first and second turn discs to the pontoon , the holes in the bridge sections are at least as large as the outer diameter of the turn disc axle , the holes in the fenders are at least as large as the outer diameter of the turn disc axle , the first and second turn disc axle are arranged at least partially inside respectively the first and second flexible fenders , the flexible fenders are rubber fenders.
A compound of formula (I): or a pharmaceutically acceptable salt thereof, wherein x is an integer from 1 to 8 and R is a C 1 -C 6 alkyl group.
A device comprising: an acquiring unit configured to acquire first received power information indicating received power of a reference signal for measurement transmitted by a target base station using a weight set for beamforming in a terminal device and second received power information indicating received power of a reference signal for measurement transmitted by another base station using a weight set for beam forming in the terminal device, wherein the acquiring unit is configured to acquire the second received power information of each of two or more weight sets; and a control unit configured to calculate received quality of the reference signal transmitted by the target base station in the terminal device based on the first received power information and the second received power information of each of the two or more weight sets. an acquiring unit configured to acquire first received power information indicating received power of a reference signal for measurement transmitted by a target base station using a weight set for beamforming in a terminal device and second received power information indicating received power of a reference signal for measurement transmitted by another base station using a weight set for beam forming in the terminal device, wherein the acquiring unit is configured to acquire the second received power information of each of two or more weight sets; and a control unit configured to calculate received quality of the reference signal transmitted by the target base station in the terminal device based on the first received power information and the second received power information of each of the two or more weight sets.
An analyte detection system for continuous in vivo detection of an analyte, the system comprising: a continuous analyte sensor comprising a working electrode configured for implantation in a host, wherein the working electrode comprises an electroactive surface, the continuous analyte sensor further comprising a membrane located over the working electrode, wherein the membrane comprises an enzyme domain and a particle-containing domain , wherein the particle-containing domain comprises a conductive component dispersed in a non-conductive component, wherein the conductive component comprises a plurality of conductive particles, wherein the particle-containing domain is located more distal to the electroactive surface than the enzyme domain, and wherein the particle- containing domain is configured to electrochemically react with at least one interfering species; and sensor electronics configured to generate a signal associated with an analyte in the host, wherein the non-conductive component is a polyurethane, a polyurethane urea having about 5% to about 45% hydrophile content, a silicone or a silicone blend. a continuous analyte sensor comprising a working electrode configured for implantation in a host, wherein the working electrode comprises an electroactive surface, the continuous analyte sensor further comprising a membrane located over the working electrode, wherein the membrane comprises an enzyme domain and a particle-containing domain , wherein the particle-containing domain comprises a conductive component dispersed in a non-conductive component, wherein the conductive component comprises a plurality of conductive particles, wherein the particle-containing domain is located more distal to the electroactive surface than the enzyme domain, and wherein the particle- containing domain is configured to electrochemically react with at least one interfering species; and sensor electronics configured to generate a signal associated with an analyte in the host, wherein the non-conductive component is a polyurethane, a polyurethane urea having about 5% to about 45% hydrophile content, a silicone or a silicone blend.
A method of producing a copolymer containing a structural unit derived from 1,3,7-octatriene and a structural unit derived from styrene, the method comprising a step of subjecting 1,3,7-octatriene and styrene to anionic polymerization, wherein impurities which may be contained in the 1,3,7-octatriene include at least one selected from the group consisting of a peroxide and its decomposition product, and the total content of the peroxide and its decomposition product in the 1,3,7-octatriene is 0.30 mmol/kg or less, wherein the total content of the peroxide and its decomposition product is measured according to the description. impurities which may be contained in the 1,3,7-octatriene include at least one selected from the group consisting of a peroxide and its decomposition product, and the total content of the peroxide and its decomposition product in the 1,3,7-octatriene is 0.30 mmol/kg or less, wherein the total content of the peroxide and its decomposition product is measured according to the description.
A method for coating cellulosic material comprising the following steps: a) obtaining a solid modified starch by means of a covalent bond of a starch with a cyclodextrin and a polycarboxylic acid; b) redispersing the solid modified starch obtained in step a) in water, under agitation and heating at temperatures from 65 °C to 110 °C until the observation of a macroscopic homogeneity of the resulting mixture; c) cooling the mixture resulting from step b) up to temperatures from 25°C to 60°C under continuous agitation; d) adding 0.01-2.00 g of an essential oil to the resulting mixture of step c), under agitation until macroscopic homogeneity is observed in the resulting coating formulation and wherein the latter has 0.01 to 0.50 mmol of a cyclodextrin per gram of starch; e) coating with the coating formulation resulting from step d) through means for coating a surface of a cellulosic material. a) obtaining a solid modified starch by means of a covalent bond of a starch with a cyclodextrin and a polycarboxylic acid; b) redispersing the solid modified starch obtained in step a) in water, under agitation and heating at temperatures from 65 °C to 110 °C until the observation of a macroscopic homogeneity of the resulting mixture; c) cooling the mixture resulting from step b) up to temperatures from 25°C to 60°C under continuous agitation; d) adding 0.01-2.00 g of an essential oil to the resulting mixture of step c), under agitation until macroscopic homogeneity is observed in the resulting coating formulation and wherein the latter has 0.01 to 0.50 mmol of a cyclodextrin per gram of starch; e) coating with the coating formulation resulting from step d) through means for coating a surface of a cellulosic material.
A method for wireless communication, comprising: identifying a first beam monitoring pattern for transmitting control channel transmissions, the first beam monitoring pattern indicating that the control channel transmissions are to be transmitted using a first subset of transmission beams in a first subset of time periods and that the control channel transmissions are to be transmitted using a second subset of transmission beams in a second subset of time periods; transmitting the control channel transmissions during the first subset of time periods using the first subset of transmission beams; determining , during the first subset of time periods, that the transmitted first subset of transmission beams exceeds a reliability threshold; and continuing transmissions using the first subset of transmission beams for at least a portion of the second subset of time periods responsive to the determining. identifying a first beam monitoring pattern for transmitting control channel transmissions, the first beam monitoring pattern indicating that the control channel transmissions are to be transmitted using a first subset of transmission beams in a first subset of time periods and that the control channel transmissions are to be transmitted using a second subset of transmission beams in a second subset of time periods; transmitting the control channel transmissions during the first subset of time periods using the first subset of transmission beams; determining , during the first subset of time periods, that the transmitted first subset of transmission beams exceeds a reliability threshold; and continuing transmissions using the first subset of transmission beams for at least a portion of the second subset of time periods responsive to the determining.