mhurhangee/patent-ind-claim-en huggingface dataset:
An injectable paliperidone palmitate depot for use in a method of treating a patient in need of psychiatric treatment for psychosis, schizophrenia, or bipolar disorder that has been treated with a 3-month paliperidone palmitate extended-release injectable suspension, wherein greater than or equal to 4 months and up to nine months have elapsed since the last injection of 3-month paliperidone palmitate extended-release injectable suspension, by a dosing regimen comprising: administering intramuscularly in the deltoid muscle of said patient a first reinitiation loading dose of a 1-month paliperidone palmitate extended-release injectable suspension; administering intramuscularly in the deltoid muscle of said patient a second reinitiation loading dose of a 1-month paliperidone palmitate extended-release injectable suspension on about the 4th day to about the 12th day after administering said first reinitiation loading dose; and administering intramuscularly in the deltoid or gluteal muscle of said patient a reinitiation 3-month paliperidone palmitate extended-release injectable suspension in the range of about 175mg eq. to about 525 mg eq. on about the 23rd day to about the 37th day after administering the second reinitiation loading dose of monthly injectable paliperidone palmitate wherein said first and second reinitiation loading dose and the reinitiation 3-month formulation of paliperidone palmitate dose are selected from the table below based on the amount of the missed dose Missed PP3M dose Administer PP1M, two doses (into deltoid muscle) Then administer PP3M (into deltoid or gluteal muscle) First Reinitation Dose Second Reinitation Dose Reinitiation 3-month formulation Dose 175 mg eq. 50 mg eq. 50 mg eq. 175 mg eq. 263 mg eq. 75 mg eq. 75 mg eq. 263 mg eq. 350 mg eq. 100 mg eq. 100 mg eq. 350 mg eq. 525 mg eq. 100 mg eq. 100 mg eq. 525 mg eq. administering intramuscularly in the deltoid muscle of said patient a first reinitiation loading dose of a 1-month paliperidone palmitate extended-release injectable suspension; administering intramuscularly in the deltoid muscle of said patient a second reinitiation loading dose of a 1-month paliperidone palmitate extended-release injectable suspension on about the 4th day to about the 12th day after administering said first reinitiation loading dose; and administering intramuscularly in the deltoid or gluteal muscle of said patient a reinitiation 3-month paliperidone palmitate extended-release injectable suspension in the range of about 175mg eq. to about 525 mg eq. on about the 23rd day to about the 37th day after administering the second reinitiation loading dose of monthly injectable paliperidone palmitate
A method for reporting channel state information from a user equipment to a base station in a communication system, the method comprising the following steps performed by the user equipment: determining a first channel state information value from a first set of predefined channel state values, the number of the predefined channel state values of the first set representing a maximum number of bits for the channel state information reporting; determining a second channel state information value; preparing a channel state information message including a relative channel state information signaling the second channel state information value differentially to the first channel state information value, and transmitting the channel state information message to the base station, wherein the second channel state information value is determined from a second set of predetermined channel state values, the second set being larger than the first set, wherein the second channel state information value is not included in the first set. determining a first channel state information value from a first set of predefined channel state values, the number of the predefined channel state values of the first set representing a maximum number of bits for the channel state information reporting; determining a second channel state information value; preparing a channel state information message including a relative channel state information signaling the second channel state information value differentially to the first channel state information value, and transmitting the channel state information message to the base station, wherein the second channel state information value is determined from a second set of predetermined channel state values, the second set being larger than the first set, wherein the second channel state information value is not included in the first set.
A work vehicle comprising: a traveling vehicle body ; and a mower unit provided at the traveling vehicle body , wherein the mower unit includes: a deck portion on which a mowing mechanism that mows grass is provided, and a front wheel portion provided in front of the deck portion and configured to be in contact with ground during mowing work, and the traveling vehicle body includes a mowing height operation tool , characterized in that the mower unit further includes: a front wheel arm portion connected, on a front end side thereof, to the front wheel portion and swingably provided on the deck portion , a mowing height cylinder connected to the front wheel arm portion via a link mechanism and configured to change a positional relationship between a lower end of the front wheel portion and a lower end of the deck portion , and an indicator configured to move in conjunction with the mowing height cylinder , wherein the mowing height operation tool is configured to operate the mowing height cylinder . a traveling vehicle body ; and a mower unit provided at the traveling vehicle body , wherein the mower unit includes: a deck portion on which a mowing mechanism that mows grass is provided, and a front wheel portion provided in front of the deck portion and configured to be in contact with ground during mowing work, and the traveling vehicle body includes a mowing height operation tool , characterized in that the mower unit further includes: a front wheel arm portion connected, on a front end side thereof, to the front wheel portion and swingably provided on the deck portion , a mowing height cylinder connected to the front wheel arm portion via a link mechanism and configured to change a positional relationship between a lower end of the front wheel portion and a lower end of the deck portion , and an indicator configured to move in conjunction with the mowing height cylinder , a front wheel arm portion connected, on a front end side thereof, to the front wheel portion and swingably provided on the deck portion , a mowing height cylinder connected to the front wheel arm portion via a link mechanism and configured to change a positional relationship between a lower end of the front wheel portion and a lower end of the deck portion , and an indicator configured to move in conjunction with the mowing height cylinder , wherein the mowing height operation tool is configured to operate the mowing height cylinder .
A method for supporting localisation of a mobile device based on a local localisation map comprising a number of features, wherein each feature comprises location data and geometric characteristics of the feature, the method comprising: determining a local localisation map based on a location of the mobile device ; finding , in the local localisation map , at least a first region and a second region which comprise similar features, based on an algorithm of a simultaneous localisation and mapping, SLAM, procedure which is usable by the mobile device to compare features derived from captured visual and/or structural data with features in the local localisation map; characterized by further comprising: modifying the local localisation map to reduce similarity between the first region and the second region , by reducing a weight of a plurality of features, each of which is in the first region or the second region and which is similar to another feature in the other of the first region and the second region , wherein the number of features for which weights are reduced in the first region is balanced with the number of features for which weights are reduced in the second region , wherein the weight defines an extent to which the associated feature is relied on for localisation of the mobile device ; and transmitting the modified local localisation map to the mobile device . determining a local localisation map based on a location of the mobile device ; finding , in the local localisation map , at least a first region and a second region which comprise similar features, based on an algorithm of a simultaneous localisation and mapping, SLAM, procedure which is usable by the mobile device to compare features derived from captured visual and/or structural data with features in the local localisation map; modifying the local localisation map to reduce similarity between the first region and the second region , by reducing a weight of a plurality of features, each of which is in the first region or the second region and which is similar to another feature in the other of the first region and the second region , wherein the number of features for which weights are reduced in the first region is balanced with the number of features for which weights are reduced in the second region , wherein the weight defines an extent to which the associated feature is relied on for localisation of the mobile device ; and transmitting the modified local localisation map to the mobile device .
Particles, comprising iron(III)-oxyhydroxide, sucrose and one or more starches, wherein the fraction of particles with a particle size of above 90 μm is 25 weight % or more, preferably 35 weight % or more, more preferably 40 weight % or more, even more preferably 45 weight % or more, and most preferably 50 weight % or more, and wherein the fraction of particles with a particle size of above 125 μm is 25 weight % or more, preferably 30 weight % or more, and more preferably 35 weight % or more, each based on the total weight of the particles, as determined by sieve analysis.
An uplink data sending method performed by a terminal device, the method comprising: • receiving scheduling signaling in at least one downlink time interval in a downlink time interval set from a network device, wherein the scheduling signaling is used to schedule uplink data (step 101), wherein the downlink time interval set comprises more than one downlink time interval, and each downlink time interval comprises at least one symbol of a subframe; • determining an uplink time interval corresponding to the at least one downlink time interval (step 102), wherein the uplink time interval comprises at least one symbol of a subframe, and each downlink time interval in the downlink time interval set is corresponding to the determined uplink time interval, wherein each downlink time interval in the downlink time interval set belongs to a downlink subframe n, and the determined uplink time interval belongs to an uplink subframe n+2, or the downlink time interval set includes a first subset and a second subset, each downlink time interval in the first subset belongs to a downlink subframe n, each downlink time interval in the second subset belongs to a downlink subframe n+1, and the determined uplink time interval belongs to an uplink subframe n+3; and • sending the uplink data in the determined uplink time interval to the network device (step 103). • receiving scheduling signaling in at least one downlink time interval in a downlink time interval set from a network device, wherein the scheduling signaling is used to schedule uplink data (step 101), wherein the downlink time interval set comprises more than one downlink time interval, and each downlink time interval comprises at least one symbol of a subframe; • determining an uplink time interval corresponding to the at least one downlink time interval (step 102), wherein the uplink time interval comprises at least one symbol of a subframe, and each downlink time interval in the downlink time interval set is corresponding to the determined uplink time interval, wherein each downlink time interval in the downlink time interval set belongs to a downlink subframe n, and the determined uplink time interval belongs to an uplink subframe n+2, or the downlink time interval set includes a first subset and a second subset, each downlink time interval in the first subset belongs to a downlink subframe n, each downlink time interval in the second subset belongs to a downlink subframe n+1, and the determined uplink time interval belongs to an uplink subframe n+3; and • sending the uplink data in the determined uplink time interval to the network device (step 103).
A temperature sensor comprising: a sensor element including a heat-sensitive body , a pair of lead wires connected with the heat-sensitive body , and connecting wires connected with the lead wires respectively; and a holding element including a fixed body configured such that a position of the fixed body is to be fixed to an object appliance, and a movable body configured to support the heat-sensitive body of the sensor element and to reciprocate between a first position and a second position relative to the fixed body , wherein each of the lead wires includes a first core wire formed of a solid wire, each of the connecting wires includes a second core wire formed of a twisted wire and a second insulating covering that covers the second core wire , and conducting wires constituting the twisted wire forming the second core wire have a smaller wire diameter than the solid wire forming the first core wire , wherein the second core wire of each of the connecting wires includes an elastically deformable region having a strength lower than that of the first core wire of each of the lead wires , wherein the elastically deformable region is included in an exposed part where the second core wire is bared, and wherein the elastically deformable region is arranged such that the elastically deformable region of the second core wire elastically deforms when an impact load is applied to the movable body that is transmitted to the second core wire of the connecting wire . a sensor element including a heat-sensitive body , a pair of lead wires connected with the heat-sensitive body , and connecting wires connected with the lead wires respectively; and a holding element including a fixed body configured such that a position of the fixed body is to be fixed to an object appliance, and a movable body configured to support the heat-sensitive body of the sensor element and to reciprocate between a first position and a second position relative to the fixed body , wherein each of the lead wires includes a first core wire formed of a solid wire, each of the connecting wires includes a second core wire formed of a twisted wire and a second insulating covering that covers the second core wire , and conducting wires constituting the twisted wire forming the second core wire have a smaller wire diameter than the solid wire forming the first core wire , wherein the second core wire of each of the connecting wires includes an elastically deformable region having a strength lower than that of the first core wire of each of the lead wires , wherein the elastically deformable region is included in an exposed part where the second core wire is bared, and wherein the elastically deformable region is arranged such that the elastically deformable region of the second core wire elastically deforms when an impact load is applied to the movable body that is transmitted to the second core wire of the connecting wire .
A bag-in-keg container: - a container body (C); - a flexible bag (B) within the container body; - a valve closure (V) attached to the container body: - a closure body - a gas inlet port , - a liquid dispensing port , - valve means to sealably close the gas inlet and liquid dispensing ports, said valve means including a resilient seal member , - a valve seat which co-operates with the resilient seal member to form said gas inlet port ; - an adapter sealingly attached to the flexible bag (B) and connected to the valve closure (V); - a bag pressure release valve to vent gas pressure from within the flexible bag; - a container pressure release valve to vent gas pressure from between the container body (C) and the flexible bag (B); characterised in that the container pressure release valve comprises a flexible lip seal which is formed on the resilient seal member and which co-operates with the valve seat . - a container body (C); - a flexible bag (B) within the container body; - a valve closure (V) attached to the container body: - a closure body - a gas inlet port , - a liquid dispensing port , - valve means to sealably close the gas inlet and liquid dispensing ports, said valve means including a resilient seal member , - a valve seat which co-operates with the resilient seal member to form said gas inlet port ; - a closure body - a gas inlet port , - a liquid dispensing port , - valve means to sealably close the gas inlet and liquid dispensing ports, said valve means including a resilient seal member , - a valve seat which co-operates with the resilient seal member to form said gas inlet port ; - an adapter sealingly attached to the flexible bag (B) and connected to the valve closure (V); - a bag pressure release valve to vent gas pressure from within the flexible bag; - a container pressure release valve to vent gas pressure from between the container body (C) and the flexible bag (B); characterised in that the container pressure release valve comprises a flexible lip seal which is formed on the resilient seal member and which co-operates with the valve seat .
A tire comprising: first and second laterally spaced sides ; and a tread interposed between the first and second sides , the tread including a tread surface having at least one groove therein, the at least one groove including facing, first and second sidewalls separated by a groove bottom surface , and a first pocket region of recessed serrations extending over at least a portion of the first sidewall and a second pocket region of recessed serrations extending over at least a portion of the second sidewall , the serrations of the first and second pocket regions being staggered in a circumferential direction relative to one another, characterised in that at least one of the serrations is interleaved with another one of the serrations in the first pocket region to define alternating upwardly and downwardly extending serrations . first and second laterally spaced sides ; and a tread interposed between the first and second sides , the tread including a tread surface having at least one groove therein, the at least one groove including facing, first and second sidewalls separated by a groove bottom surface , and a first pocket region of recessed serrations extending over at least a portion of the first sidewall and a second pocket region of recessed serrations extending over at least a portion of the second sidewall , the serrations of the first and second pocket regions being staggered in a circumferential direction relative to one another, characterised in that at least one of the serrations is interleaved with another one of the serrations in the first pocket region to define alternating upwardly and downwardly extending serrations .
A bicycle bell including a bell body , a thumb-operated clapper or lever adapted to strike the bell body in order to produce a sound, a frame element holding the bell body and the thumb-operated clapper or lever, a mounting mechanism carrying the frame element, the mounting mechanism including a mounting shoe having at least one abutment surface adapted to abut a flat surface of an object, the at least one abutment surface of the mounting shoe spanning at least a distance (d) corresponding to a third of a largest dimension (D) of the bell body , the mounting shoe including a ring-formed element forming the at least one abutment surface , and the ring-formed element being produced from a metal plate in a stamping operation, characterised in that a permanent magnet is arranged in the mounting shoe , in that the permanent magnet is inserted into the ring-formed element flush with the at least one abutment surface of the mounting shoe, and in that an inner edge of the ring-formed element is bent to conform to an edge of the permanent magnet .
An oral liquid formulation, comprising: (i) lisinopril or a pharmaceutically acceptable salt or solvate thereof; (ii) a sweetener that is xylitol; (iii) a buffer comprising citric acid and sodium citrate; (iv) a preservative that is sodium benzoate; and (v) water; wherein the pH of the formulation is between about 4 and about 5; and wherein the formulation is stable at 25±5 °C for at least 12 months. (i) lisinopril or a pharmaceutically acceptable salt or solvate thereof; (ii) a sweetener that is xylitol; (iii) a buffer comprising citric acid and sodium citrate; (iv) a preservative that is sodium benzoate; and (v) water;
A dispenser , comprising: a refill container carrying an initial amount of material; a controller configured to maintain an initial quantity value defined by said initial amount of material maintained by the refill container , said controller including a timer ; an indicator (450; 450') coupled to said controller ; an actuator coupled to said controller , said actuator configured to be actuated on a random basis; a pump coupled to said controller and adapted to be operatively coupled to the refill container ; characterized in that said timer maintains a timed count value that is updated at a predetermined interval, the timed count value corresponding to an amount of time that has elapsed since the refill container was installed and placed into service at the dispenser , said controller is configured to initiate said timer to begin updating said timed count value when the refill container is coupled to said pump , such that when said actuator is engaged, said pump dispenses a predetermined amount of material from the refill container according to a predetermined shot size value and said controller updates a cumulative usage value maintained thereby by said shot size value, and said controller is configured to divide said cumulative usage value by said timed count value to obtain an average usage value that represents a material quantity per time unit, and then to divide said initial quantity value by said average usage value to obtain an optimum service interval value that is displayed via said indicator (450; 450'). a refill container carrying an initial amount of material; a controller configured to maintain an initial quantity value defined by said initial amount of material maintained by the refill container , said controller including a timer ; an indicator (450; 450') coupled to said controller ; an actuator coupled to said controller , said actuator configured to be actuated on a random basis; a pump coupled to said controller and adapted to be operatively coupled to the refill container ; characterized in that said timer maintains a timed count value that is updated at a predetermined interval, the timed count value corresponding to an amount of time that has elapsed since the refill container was installed and placed into service at the dispenser , said controller is configured to initiate said timer to begin updating said timed count value when the refill container is coupled to said pump , such that when said actuator is engaged, said pump dispenses a predetermined amount of material from the refill container according to a predetermined shot size value and said controller updates a cumulative usage value maintained thereby by said shot size value, and said controller is configured to divide said cumulative usage value by said timed count value to obtain an average usage value that represents a material quantity per time unit, and then to divide said initial quantity value by said average usage value to obtain an optimum service interval value that is displayed via said indicator (450; 450').