mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system configured to perform: obtaining resource customization information, the resource customization information identifying a resource associated with an application and defining a customized view of the resource; generating a parameterized state based on the resource customization information, wherein the parameterized state includes one or more parameters that enable the application to start in a specific state; sharing the parameterized state with a plurality of computing devices such that the parameterized state can be activated on each computing device to cause the customized view of the resource to be presented on each computing device, wherein activation of the parameterized state comprises passing the one or more parameters to the application to cause the application to start in the specific state on each computing device on which the parameterized state is activated; and providing an interface through which the parameterized state is accessible. obtaining resource customization information, the resource customization information identifying a resource associated with an application and defining a customized view of the resource; generating a parameterized state based on the resource customization information, wherein the parameterized state includes one or more parameters that enable the application to start in a specific state; sharing the parameterized state with a plurality of computing devices such that the parameterized state can be activated on each computing device to cause the customized view of the resource to be presented on each computing device, wherein activation of the parameterized state comprises passing the one or more parameters to the application to cause the application to start in the specific state on each computing device on which the parameterized state is activated; and providing an interface through which the parameterized state is accessible.
A drive assembly for a gas turbine engine comprising: an epicyclic gear train , a first turbine and an accessory drive shaft , said epicyclic gear train having an input and an output , the input coupled to a first turbine , the output coupled to an accessory drive shaft , and at least one engagement feature on a component of the gear train ; and an actuator engageable with the at least one engagement feature to cause the accessory drive shaft to rotate, the epicyclic gear train being a star gear system including a sun gear , a ring gear , a plurality of star gears meshing with the sun gear and the ring gear , and a carrier , and wherein the ring gear defines the at least one engagement feature , and wherein the at least one engagement feature defines one or more protrusions or one or more recesses circumferentially arranged about a perimeter of the ring gear ; characterized in that the actuator includes a solenoid having an extendable piston , and a ratchet located at an end of the piston , the ratchet having a contact portion for moving the at least one engagement feature in response to movement of the piston . an epicyclic gear train , a first turbine and an accessory drive shaft , said epicyclic gear train having an input and an output , the input coupled to a first turbine , the output coupled to an accessory drive shaft , and at least one engagement feature on a component of the gear train ; and an actuator engageable with the at least one engagement feature to cause the accessory drive shaft to rotate, the epicyclic gear train being a star gear system including a sun gear , a ring gear , a plurality of star gears meshing with the sun gear and the ring gear , and a carrier , and wherein the ring gear defines the at least one engagement feature , and wherein the at least one engagement feature defines one or more protrusions or one or more recesses circumferentially arranged about a perimeter of the ring gear ; characterized in that the actuator includes a solenoid having an extendable piston , and a ratchet located at an end of the piston , the ratchet having a contact portion for moving the at least one engagement feature in response to movement of the piston .
A method of manufacturing a developer container including (i) a frame configured to define a developer containing portion , of a developing device having a first electrode which is used for outputting an output reflecting a capacitance according to a developer amount stored in the developer containing portion , and (ii) a second electrode which is arranged on an inner surface of the frame , the method comprising: holding a conductive resin sheet , constituting the second electrode , to position the conductive resin sheet on a mold configured to mold the frame , the holding including: bringing a surface (A) of the conductive resin sheet into contact with a surface of the mold , the surface of the mold being on a side for forming the inner surface of the frame of the developer containing portion ; and holding a first area of the conductive resin sheet at a holding area (Y) of the mold ; injecting a resin to be formed into the frame , from a position at which a gate is provided, into the mold on which the conductive resin sheet is held, wherein the conductive resin sheet has one end and an other end (B in Fig. 18) with respect to a lateral direction of the conductive resin sheet , the lateral direction intersecting a longitudinal direction of the conductive resin sheet , and wherein the other end (B in Fig. 18) is positioned farther away from the first area than the one end and the other end (B in Fig. 18) is positioned farther away from the gate than the first area; and curing the resin to form the frame to which the second electrode constituted by the conductive resin sheet is fixed. holding a conductive resin sheet , constituting the second electrode , to position the conductive resin sheet on a mold configured to mold the frame , the holding including: bringing a surface (A) of the conductive resin sheet into contact with a surface of the mold , the surface of the mold being on a side for forming the inner surface of the frame of the developer containing portion ; and holding a first area of the conductive resin sheet at a holding area (Y) of the mold ; bringing a surface (A) of the conductive resin sheet into contact with a surface of the mold , the surface of the mold being on a side for forming the inner surface of the frame of the developer containing portion ; and holding a first area of the conductive resin sheet at a holding area (Y) of the mold ; injecting a resin to be formed into the frame , from a position at which a gate is provided, into the mold on which the conductive resin sheet is held, wherein the conductive resin sheet has one end and an other end (B in Fig. 18) with respect to a lateral direction of the conductive resin sheet , the lateral direction intersecting a longitudinal direction of the conductive resin sheet , and wherein the other end (B in Fig. 18) is positioned farther away from the first area than the one end and the other end (B in Fig. 18) is positioned farther away from the gate than the first area; and curing the resin to form the frame to which the second electrode constituted by the conductive resin sheet is fixed.
An apparatus for moving a cargo vessel lid , the apparatus comprising: a base ; a guide arm pivotable relative to the base , the guide arm movable between a raised position and a lowered position; characterised by a tension linkage having a distal end extending away from the base , the tension linkage supported by the guide arm when the guide arm is in the raised position; a lid hook connected to the distal end of the tension linkage ; whereby a tension linkage guide disposed on the guide arm , the tension linkage guide movable along the tension linkage as the guide arm moves between the raised position and the lowered position; the tension linkage forming a first tension angle with respect to a horizontal reference axis passing through the lid hook when the lid hook is engaged with the cargo vessel lid and the guide arm is in the raised position; the tension linkage forming a second tension angle with respect to the horizontal reference axis when the lid hook is engaged with the cargo vessel lid and the guide arm is in the lowered position wherein the second tension angle is less than the first tension angle . a base ; a guide arm pivotable relative to the base , the guide arm movable between a raised position and a lowered position; characterised by a tension linkage having a distal end extending away from the base , the tension linkage supported by the guide arm when the guide arm is in the raised position; a lid hook connected to the distal end of the tension linkage ; whereby a tension linkage guide disposed on the guide arm , the tension linkage guide movable along the tension linkage as the guide arm moves between the raised position and the lowered position; the tension linkage forming a first tension angle with respect to a horizontal reference axis passing through the lid hook when the lid hook is engaged with the cargo vessel lid and the guide arm is in the raised position; the tension linkage forming a second tension angle with respect to the horizontal reference axis when the lid hook is engaged with the cargo vessel lid and the guide arm is in the lowered position wherein the second tension angle is less than the first tension angle .
A swimming wearable device, comprising an upper body wearable device , wherein the upper body wearable device comprises an electronic airbag ; characterized in that : the swimming wearable device further comprises a lower limb wearable device , wherein the lower limb wearable device comprises a muscle condition monitoring device ; the muscle condition monitoring device is connected by signal with the upper body wearable device or with the electronic airbag of the upper body wearable device , and when detecting a muscle spasm in lower limb, the muscle condition monitoring device sends a signal to the upper body wearable device or the electronic airbag of the upper body wearable device , so as to make the upper body wearable device activate the electronic airbag to open or to activate the electronic airbag to open.
A brake lining for a railroad car which is pressed by a brake caliper against a frictional surface of a brake disc, comprising: friction bodies pressed against the frictional surface of the brake disc; and a back plate mounted to the caliper so as to support the friction bodies , the friction bodies being distributed such that two or more thereof are arranged in a radial direction and in a circumferential direction of the brake disc, each of these friction bodies being formed with a friction material which contacts the frictional surface of the brake disc, and with a base plate attached on the back plate side of the friction material, characterized in that the base plate has a protrusion formed on a side facing the back plate , and on a side facing the friction body , the back plate is formed with a groove which contacts the outer peripheral surface of the protrusion formed on the base plate , and an elastic element or a spherical-seated structure is disposed between the base plate of each friction body and the back plate . friction bodies pressed against the frictional surface of the brake disc; and a back plate mounted to the caliper so as to support the friction bodies , the friction bodies being distributed such that two or more thereof are arranged in a radial direction and in a circumferential direction of the brake disc, each of these friction bodies being formed with a friction material which contacts the frictional surface of the brake disc, and with a base plate attached on the back plate side of the friction material, characterized in that the base plate has a protrusion formed on a side facing the back plate , and on a side facing the friction body , the back plate is formed with a groove which contacts the outer peripheral surface of the protrusion formed on the base plate , and an elastic element or a spherical-seated structure is disposed between the base plate of each friction body and the back plate .
A vehicle comprising a battery pack mounted therein and a vehicle body component, the vehicle body component comprising a magnetic force device , the magnetic force device being switchable between a magnetic state and a non-magnetic state, and being able to attract a magnetic object in the magnetic state, the battery pack having the magnetic object, the magnetic object being adapted for being attracted by the magnetic force device in the magnetic state; characterized in that : the magnetic force device comprises two groups of magnets , the magnitudes of the magnetic forces of the two groups of magnets are the same, the two groups of magnets are placed side by side, and one group of magnets is rotatable by 180° such that the magnetic force device switches into the magnetic state or the non-magnetic state. a magnetic force device , the magnetic force device being switchable between a magnetic state and a non-magnetic state, and being able to attract a magnetic object in the magnetic state, the battery pack having the magnetic object, the magnetic object being adapted for being attracted by the magnetic force device in the magnetic state; characterized in that : the magnetic force device comprises two groups of magnets , the magnitudes of the magnetic forces of the two groups of magnets are the same, the two groups of magnets are placed side by side, and one group of magnets is rotatable by 180° such that the magnetic force device switches into the magnetic state or the non-magnetic state.
A stretch release adhesive , comprising: a base ; and a plurality of adhesive portions spaced apart from one another, the plurality of adhesive portions being all rectangular strips, and respective length-to-width ratios of the plurality of adhesive portions being different, each of the adhesive portions being provided on a surface of the base and extending along the length direction of the base ; characterized in that an arrangement density of the plurality of adhesive portions is gradually increased in a length direction of the base . a base ; and a plurality of adhesive portions spaced apart from one another, the plurality of adhesive portions being all rectangular strips, and respective length-to-width ratios of the plurality of adhesive portions being different, each of the adhesive portions being provided on a surface of the base and extending along the length direction of the base ; characterized in that an arrangement density of the plurality of adhesive portions is gradually increased in a length direction of the base .
An interior trim assembly for a rail vehicle , comprising: - at least one upper rail and at least one lower rail , the upper rail and the lower rail being intended to be fixed one below the other to the same inner wall of a rail vehicle , - at least one upholstery element , and - a multifunction support comprising: - an upper link cooperating with the top rail , - a lower link cooperating with the lower rail , and - a receiving element integral with the lower link and the upper link , the receiving element being configured to receive the or each upholstery element , the receiving element comprising an upper bar and a lower bar each comprising two ends, a first upper end of the upper bar being integral with a first lower end of the lower bar , a second upper end of the upper bar being integral with the upper link and a second lower end of the lower bar being integral with the lower link , characterised in that the upper bar is substantially perpendicular to the lower bar , and in that the multifunction support comprises at least one adjustment element , the lower link being integral with the lower bar via a respective adjustment element and/or the upper link being fixed to the upper bar via a respective adjustment element , the or each adjustment element being adapted to the length of the connection between the lower link and the lower bar and/or for adjusting the length of the connection between the upper link and the upper bar . - at least one upper rail and at least one lower rail , the upper rail and the lower rail being intended to be fixed one below the other to the same inner wall of a rail vehicle , - at least one upholstery element , and - a multifunction support comprising: - an upper link cooperating with the top rail , - a lower link cooperating with the lower rail , and - a receiving element integral with the lower link and the upper link , the receiving element being configured to receive the or each upholstery element , - an upper link cooperating with the top rail , - a lower link cooperating with the lower rail , and - a receiving element integral with the lower link and the upper link , the receiving element being configured to receive the or each upholstery element , the receiving element comprising an upper bar and a lower bar each comprising two ends, a first upper end of the upper bar being integral with a first lower end of the lower bar , a second upper end of the upper bar being integral with the upper link and a second lower end of the lower bar being integral with the lower link , characterised in that the upper bar is substantially perpendicular to the lower bar , and in that the multifunction support comprises at least one adjustment element , the lower link being integral with the lower bar via a respective adjustment element and/or the upper link being fixed to the upper bar via a respective adjustment element , the or each adjustment element being adapted to the length of the connection between the lower link and the lower bar and/or for adjusting the length of the connection between the upper link and the upper bar .
A UV radiation sensor 200; 300; 400), comprising: a radiation sensitive material configured to be sensitive to one or more wavelengths of radiation, wherein the radiation is ultraviolet radiation (UV); and a first electrode (203; 303; 403; 503) and a second electrode (205; 305; 405; 505) connected in series through the radiation sensitive material such that radiation can reach the radiation sensitive material; wherein the first electrode is separated from the second electrode by a layer of the UV sensitive material and the UV sensitive material is a separate layer from the electrodes; characterized in that the first electrode comprises a second layer comb electrode and the second electrode comprises a fourth layer comb electrode, and the sensor includes a first layer (202; 302) of the UV sensitive material, a second layer (204; 304) having the second layer comb electrode (203; 303) with second layer comb electrode extensions (203a; 303a), a third layer (206; 306) of UV sensitive material, and a fourth layer (208; 308) having the fourth layer comb electrode (205; 305) with fourth layer comb electrode extensions (205a; 305a). a radiation sensitive material configured to be sensitive to one or more wavelengths of radiation, wherein the radiation is ultraviolet radiation (UV); and a first electrode (203; 303; 403; 503) and a second electrode (205; 305; 405; 505) connected in series through the radiation sensitive material such that radiation can reach the radiation sensitive material; wherein the first electrode is separated from the second electrode by a layer of the UV sensitive material and the UV sensitive material is a separate layer from the electrodes; characterized in that the first electrode comprises a second layer comb electrode and the second electrode comprises a fourth layer comb electrode, and the sensor includes a first layer (202; 302) of the UV sensitive material, a second layer (204; 304) having the second layer comb electrode (203; 303) with second layer comb electrode extensions (203a; 303a), a third layer (206; 306) of UV sensitive material, and a fourth layer (208; 308) having the fourth layer comb electrode (205; 305) with fourth layer comb electrode extensions (205a; 305a).
A method for manufacturing a sleeve printing plate comprising a printing plate wound around an outer peripheral surface of a circular cylindrical sleeve body , the method comprising the steps of: a) cutting a sheet material made of a photosensitive resin containing acrylate groups into a predetermined length to obtain the printing plate , said printing plate containing a slip coat formed on its surface; b) winding the printing plate on a holder having the same diameter as the circular cylindrical sleeve body ; c) irradiating ultraviolet rays to the printing plate for curing the photosensitive resin; d) after the step c), washing and cooling the printing plate with water to peel off the slip coat; e) after the step d), applying hot air treatment to the printing plate in an oven at a temperature of 135°C to 170°C; f) naturally cooling the printing plate after the hot air treatment; g) adhering the printing plate to the outer peripheral surface of a circular cylindrical sleeve body ; and h) forming an image pattern on the printing plate by laser engraving; wherein the hot air treatment and the natural cooling are performed in a state where the printing plate is wound around the holder having the same diameter as the circular cylindrical sleeve body . a) cutting a sheet material made of a photosensitive resin containing acrylate groups into a predetermined length to obtain the printing plate , said printing plate containing a slip coat formed on its surface; b) winding the printing plate on a holder having the same diameter as the circular cylindrical sleeve body ; c) irradiating ultraviolet rays to the printing plate for curing the photosensitive resin; d) after the step c), washing and cooling the printing plate with water to peel off the slip coat; e) after the step d), applying hot air treatment to the printing plate in an oven at a temperature of 135°C to 170°C; f) naturally cooling the printing plate after the hot air treatment; g) adhering the printing plate to the outer peripheral surface of a circular cylindrical sleeve body ; and h) forming an image pattern on the printing plate by laser engraving;
An engineered immune effector cell, comprising: a. an immune effector cell; and b. particles chemically bonded to the surface of the immune effector cell; wherein the immune effector cell contains polynucleotides encoding one or more chimeric antigen receptors (CARs) or expresses CARs, and wherein the particles encapsulate an inhibitor of adenosine A 2A receptor (A2AR). a. an immune effector cell; and b. particles chemically bonded to the surface of the immune effector cell; wherein the immune effector cell contains polynucleotides encoding one or more chimeric antigen receptors (CARs) or expresses CARs, and wherein the particles encapsulate an inhibitor of adenosine A 2A receptor (A2AR). wherein the immune effector cell contains polynucleotides encoding one or more chimeric antigen receptors (CARs) or expresses CARs, and wherein the particles encapsulate an inhibitor of adenosine A 2A receptor (A2AR).