mhurhangee/ep-ind-claims huggingface dataset:
A smoking article comprising: smokable material; a filter downstream of the smokable material, the filter comprising plasma-treated filter material; and a breakable capsule comprising a core surrounded by a frangible shell, wherein the core comprises a liquid composition comprising a sensory-enhancing agent, wherein the breakable capsule is positioned to cause the liquid composition to contact the filter material when the shell is ruptured and wherein distribution of the sensory-enhancing agent in the filter material is increased by at least 10% relative to filter material that is not plasma treated. smokable material; a filter downstream of the smokable material, the filter comprising plasma-treated filter material; and a breakable capsule comprising a core surrounded by a frangible shell, wherein the core comprises a liquid composition comprising a sensory-enhancing agent, wherein the breakable capsule is positioned to cause the liquid composition to contact the filter material when the shell is ruptured and wherein distribution of the sensory-enhancing agent in the filter material is increased by at least 10% relative to filter material that is not plasma treated.
A method comprising: handling of connectivity and traffic flows in dynamic systems comprising a terminal device and at least one associated access network, the method characterised by: processing separate stages of a policy resolution associated with interdependent trigger events and policy actions in a chronological order during a policy resolution round, each of said stages handling specific types of policy actions, wherein a trigger event initiates a resolution of a policy; and freezing trigger events which occur during said policy resolution round until the start of the next policy resolution round, such that trigger events which occur during said policy resolution round are not handled before the start of a next policy resolution round; wherein said policy resolution comprises selecting an appropriate access point for a traffic flow using a user's preference information. handling of connectivity and traffic flows in dynamic systems comprising a terminal device and at least one associated access network, the method characterised by: processing separate stages of a policy resolution associated with interdependent trigger events and policy actions in a chronological order during a policy resolution round, each of said stages handling specific types of policy actions, wherein a trigger event initiates a resolution of a policy; and freezing trigger events which occur during said policy resolution round until the start of the next policy resolution round, such that trigger events which occur during said policy resolution round are not handled before the start of a next policy resolution round; wherein said policy resolution comprises selecting an appropriate access point for a traffic flow using a user's preference information. processing separate stages of a policy resolution associated with interdependent trigger events and policy actions in a chronological order during a policy resolution round, each of said stages handling specific types of policy actions, wherein a trigger event initiates a resolution of a policy; and freezing trigger events which occur during said policy resolution round until the start of the next policy resolution round, such that trigger events which occur during said policy resolution round are not handled before the start of a next policy resolution round; wherein said policy resolution comprises selecting an appropriate access point for a traffic flow using a user's preference information.
A manhole for a buried telecom chamber consisted of a single-piece shell having towards the bottom a horizontal closed base, rising lateral walls (3, 4) and, towards the top, an opening flange delimiting over its whole periphery a central upper opening for access to the inside of said manhole, the shell being made by hot rotational moulding of a first plastic material to form a base and single-foil solid lateral walls, characterized in that the opening flange protrudes laterally and in that at least one hollow tube is extended between the bottom and the top of the shell and is stood against and fixed along said at least one lateral wall, on the external face of said lateral wall, said at least one hollow tube being made from a second plastic material, identical to or different from the first plastic material, and in that said at least one hollow tube is filled with a cement-based composition in order to form a pillar of mixed composition, plastic material at the periphery and cement internally, the plastic material of the hollow tube forming a dead mould.
A data restoration method, wherein the method is performed by a backup server and comprises: • receiving a data restoration request, wherein the data restoration request comprises a target disk identifier and an identifier of backup data, the data restoration request is used to instruct to restore the backup data to a target disk, and the backup data comprises one or more data slices (S 410); • searching for metadata of each data slice in the backup data based on the identifier of the backup data, wherein the metadata of the data slice is used to describe a distribution location of the data slice in the target disk (S 420); • searching for a deduplication index corresponding to the metadata of each data slice, wherein the deduplication index is used to indicate a data slice backed up in a storage device, and metadata of a plurality of data slices having same data content corresponds to a same deduplication index (S 430); • searching for the data slice to which the deduplication index points and that is located in the storage device; and • storing the data slice to each distribution location in the target disk described in each piece of metadata corresponding to the deduplication index (S 460). • receiving a data restoration request, wherein the data restoration request comprises a target disk identifier and an identifier of backup data, the data restoration request is used to instruct to restore the backup data to a target disk, and the backup data comprises one or more data slices (S 410); • searching for metadata of each data slice in the backup data based on the identifier of the backup data, wherein the metadata of the data slice is used to describe a distribution location of the data slice in the target disk (S 420); • searching for a deduplication index corresponding to the metadata of each data slice, wherein the deduplication index is used to indicate a data slice backed up in a storage device, and metadata of a plurality of data slices having same data content corresponds to a same deduplication index (S 430); • searching for the data slice to which the deduplication index points and that is located in the storage device; and • storing the data slice to each distribution location in the target disk described in each piece of metadata corresponding to the deduplication index (S 460).
A device for the machining of a workpiece with: - a tool holding fixture for receiving the tool, - a workpiece holding fixture for receiving the workpiece, characterised in that, during the machining, at least one first oscillation component in a Z-direction and a second oscillation component in the X- and/or Y-direction can be introduced by means of oscillation elements (2, 2', 3, 3', 4, 7), wherein the oscillation components are combined in X- and Y-direction or in X- and Z-direction or in Y- and Z-direction with respect to the machining direction or the feed direction of the tool or the workpiece to an inclined oscillation component. - a tool holding fixture for receiving the tool, - a workpiece holding fixture for receiving the workpiece, characterised in that, during the machining, at least one first oscillation component in a Z-direction and a second oscillation component in the X- and/or Y-direction can be introduced by means of oscillation elements (2, 2', 3, 3', 4, 7), wherein the oscillation components are combined in X- and Y-direction or in X- and Z-direction or in Y- and Z-direction with respect to the machining direction or the feed direction of the tool or the workpiece to an inclined oscillation component.
A photographing apparatus, comprising a housing, a lighting unit, a guide rail unit, and a control unit, wherein: the housing comprises a frame structure and a partition plate mounted on the frame structure, the partition plate comprises a top plate, a bottom plate, and a side plate, and an end of the side plate is engaged with the top plate; the lighting unit comprises a light shielding plate and a lighting lamp, the light shielding plate comprises a side surface disposed around an inner wall of the side plate and a bottom surface contacting the bottom plate, and the lighting lamp is disposed on a side of the side surface of the light shielding plate facing the inner wall of the side plate; the guide rail unit comprises a guide rail disposed along a side of the side surface of the light shielding plate where the lighting lamp is not disposed, and an adjustable bracket disposed on the guide rail for mounting a photographing device, and the guide rail unit further comprises a stepper motor disposed on the adjustable bracket; and the control unit is communicatively connected with the lighting unit and the guide rail unit, and the control unit is configured to adjust a light emitting brightness of the lighting lamp in the lighting unit and control a reversal of the stepper motor to control the adjustable bracket to move on the guide rail, wherein the control unit is communicatively connected with the light shielding plate to control an expansion and contraction of the light shielding plate according to a height of an object presented inside the housing. the housing comprises a frame structure and a partition plate mounted on the frame structure, the partition plate comprises a top plate, a bottom plate, and a side plate, and an end of the side plate is engaged with the top plate; the lighting unit comprises a light shielding plate and a lighting lamp, the light shielding plate comprises a side surface disposed around an inner wall of the side plate and a bottom surface contacting the bottom plate, and the lighting lamp is disposed on a side of the side surface of the light shielding plate facing the inner wall of the side plate; the guide rail unit comprises a guide rail disposed along a side of the side surface of the light shielding plate where the lighting lamp is not disposed, and an adjustable bracket disposed on the guide rail for mounting a photographing device, and the guide rail unit further comprises a stepper motor disposed on the adjustable bracket; and the control unit is communicatively connected with the lighting unit and the guide rail unit, and the control unit is configured to adjust a light emitting brightness of the lighting lamp in the lighting unit and control a reversal of the stepper motor to control the adjustable bracket to move on the guide rail, wherein the control unit is communicatively connected with the light shielding plate to control an expansion and contraction of the light shielding plate according to a height of an object presented inside the housing.
A tire vulcanizer comprising: a support structure which supports a mold for vulcanization and molding and includes a platen portion provided with a through-hole that communicates with an inner portion of the mold; a guide member which includes a flanged portion in an end portion thereof so as to cause the flanged portion to be detachably supported by a peripheral edge portion of the through-hole; and a bag head which is slidably inserted into the guide member, wherein the bag head includes a restriction member which abuts on the guide member and restricts displacement of the bag head in an insertion direction in a case where the bag head is inserted to a predetermined position set in advance with respect to the guide member, characterized in that the restriction member protrudes outward from an outer peripheral surface of the bag head and is detachably mounted on the outer peripheral surface. a support structure which supports a mold for vulcanization and molding and includes a platen portion provided with a through-hole that communicates with an inner portion of the mold; a guide member which includes a flanged portion in an end portion thereof so as to cause the flanged portion to be detachably supported by a peripheral edge portion of the through-hole; and a bag head which is slidably inserted into the guide member, wherein the bag head includes a restriction member which abuts on the guide member and restricts displacement of the bag head in an insertion direction in a case where the bag head is inserted to a predetermined position set in advance with respect to the guide member,
A printed antenna, wherein the printed antenna comprises a printed circuit board (201, 401, 501), an antenna pattern, and a signal feed-in point (202, 402, 502), wherein the antenna pattern is printed on a front surface of the printed circuit board (201, 401, 501), and the antenna pattern comprises a first antenna pattern (203, 403, 503), a second antenna pattern (204, 404, 504), and a third antenna pattern (205, 405, 505); the signal feed-in point (202, 402, 502) is connected to the second antenna pattern (204, 404, 504); one end of a side, which is laid out along an edge of the printed circuit board (201, 401, 501), of the first antenna pattern (203, 403, 503) is connected to the second antenna pattern (204, 404, 504); the second antenna pattern (204, 404, 504) is vertically laid out in parallel to an edge of the printed circuit board (201, 401, 501), wherein the second antenna pattern (204, 404, 504) and the first antenna pattern (203, 403, 503) form a non-closed rectangular; and the third antenna pattern (205, 405, 505) comprises a first part and a second part, characterized in that one end of the first part of the third antenna pattern (205, 405, 505) is separately connected to the first antenna pattern (203, 403, 503), and one end of the second part of the third antenna pattern (205, 405, 505) is separately connected to the second antenna pattern (204, 404, 504), and the first part and the second part are arranged in parallel and not directly connected to each other in the non-closed rectangle, wherein the printed antenna further comprises at least one welding element (406, 506) each comprising at least one of the following: a capacitor, an inductor, or a resistor, and wherein the one end of the first part is connected to the first antenna pattern via one of the the at least one welding elements (406, 506), and/or, the one end of the second part is connected to the second antenna pattern via another one of the at least one welding elements (406, 506).
A working support robot system, comprising: a delivery mechanism (11, 11A) adapted to deliver objects that are necessary for the next task to be performed by a worker to the worker; a measuring unit having at least one sensor (12A, 12B) adapted to measure the position of the worker in a work space; a work progress estimation unit adapted to estimate the work progress based on data input from the measuring unit with reference to data on work procedure, wherein the work progress estimation unit is adapted to determine the position of the worker based on the output data from the measuring unit, determine the procedure which the worker executes at that time based on the determined worker's position and the data on work procedure defined in advance, said data on work procedure including the task or procedure number and the work space and information on objects necessary for the tasks or work procedures, and select objects necessary for the next task when the work is found to have advanced to the next procedure based on the estimated work progress and said data on work procedure; and a motion planning unit (14, 14A) adapted to devise a plan for the motion of the delivery mechanism based on the work progress estimated by the work progress estimation unit and the objects selected by the work progress estimation unit, the delivery mechanism (11, 11A) being controlled by said plan devised by the motion planning unit (14, 14A) so as to deliver the selected objects to the worker. a delivery mechanism (11, 11A) adapted to deliver objects that are necessary for the next task to be performed by a worker to the worker; a measuring unit having at least one sensor (12A, 12B) adapted to measure the position of the worker in a work space; a work progress estimation unit adapted to estimate the work progress based on data input from the measuring unit with reference to data on work procedure, wherein the work progress estimation unit is adapted to determine the position of the worker based on the output data from the measuring unit, determine the procedure which the worker executes at that time based on the determined worker's position and the data on work procedure defined in advance, said data on work procedure including the task or procedure number and the work space and information on objects necessary for the tasks or work procedures, and select objects necessary for the next task when the work is found to have advanced to the next procedure based on the estimated work progress and said data on work procedure; and a motion planning unit (14, 14A) adapted to devise a plan for the motion of the delivery mechanism based on the work progress estimated by the work progress estimation unit and the objects selected by the work progress estimation unit, the delivery mechanism (11, 11A) being controlled by said plan devised by the motion planning unit (14, 14A) so as to deliver the selected objects to the worker.
A scented deodorizing device for the interior compartment of a motor vehicle comprising an article made of a material impregnated with a deodorant substance, and characterized by having a single slot for a token or a coin for a supermarket pushcart, whereby said single slot allows for an insertion of said token or coin, leaving just an upper curved portion of its edge protruding out of the slot, for allowing it to be taken out from said slot.
An apparatus for bonding substrates (102, 104) the apparatus comprising: a. an anvil roll; and b. a bonding roll comprising a base surface and plurality of nubs extending from the base surface, each of the plurality of nubs comprising: i. a sidewall; ii. a bonding surface; and iii. a shoulder connecting the sidewall to the bonding surface; wherein the nub diameter is from 2 mm to 5 mm; and wherein the sidewall is substantially perpendicular to the base surface; characterized in that the shoulder is chamfered at a 50 degree to 60 degree chamfer angle and in that a width of the shoulder as measured in a plane parallel to the base surface is from 0.2 mm to 0.6 mm. a. an anvil roll; and b. a bonding roll comprising a base surface and plurality of nubs extending from the base surface, each of the plurality of nubs comprising: i. a sidewall; ii. a bonding surface; and iii. a shoulder connecting the sidewall to the bonding surface; wherein the nub diameter is from 2 mm to 5 mm; and wherein the sidewall is substantially perpendicular to the base surface; i. a sidewall; ii. a bonding surface; and iii. a shoulder connecting the sidewall to the bonding surface;
A method of making an electrolyte comprising the steps of: a) combining a first powder consisting of Zr(0.93)Sc(0.06)Ce(0.01)O and a second powder consisting of Zr(0.89)Sc(0.10)Ce(0.01)O; and b) sintering the resulting powder compact to a sufficient density to eliminate open porosity with a ratio of the first powder to the second powder ranging from 10:1 to 1:10 by weight. a) combining a first powder consisting of Zr(0.93)Sc(0.06)Ce(0.01)O and a second powder consisting of Zr(0.89)Sc(0.10)Ce(0.01)O; and b) sintering the resulting powder compact to a sufficient density to eliminate open porosity with a ratio of the first powder to the second powder ranging from 10:1 to 1:10 by weight.
An apparatus comprising: a transceiver that communicates with a mobile communication network; and a processor that: establishes a first connection with a primary network slice of the mobile communication network, the primary network slice supporting a first usage class; establishes a second connection with a secondary network slice of the mobile communication network, the secondary network slice supporting a second usage class; detects a mobility management event; characterized in that the processor further receives a routing area update response via the first connection in response to a routing area update request sent to the primary network slice, wherein the routing area update response includes a response from the primary network slice and a response from the secondary network slice. a transceiver that communicates with a mobile communication network; and a processor that: establishes a first connection with a primary network slice of the mobile communication network, the primary network slice supporting a first usage class; establishes a second connection with a secondary network slice of the mobile communication network, the secondary network slice supporting a second usage class; detects a mobility management event; characterized in that the processor further receives a routing area update response via the first connection in response to a routing area update request sent to the primary network slice, wherein the routing area update response includes a response from the primary network slice and a response from the secondary network slice. establishes a first connection with a primary network slice of the mobile communication network, the primary network slice supporting a first usage class; establishes a second connection with a secondary network slice of the mobile communication network, the secondary network slice supporting a second usage class; detects a mobility management event; characterized in that the processor further receives a routing area update response via the first connection in response to a routing area update request sent to the primary network slice, wherein the routing area update response includes a response from the primary network slice and a response from the secondary network slice.
A medical pump system comprising: a pump (610, 1404) having a mounting structure (650, 1420) comprising a first multi-angled engagement surface having a portion which is inclined relative to a vertical axis; a cassette (700, 1000, 1100, 1200, 1400, 1500) comprising a cassette body (703, 1003, 1103, 1203, 1403, 1503) including a second multi-angled engagement surface for engaging the first multi-angled engagement surface when the cassette is disposed in contact with the mounting structure; a pump tubing segment (710, 1010, 1110, 1210, 1408, 1510) attached to the cassette body such that when the pump tubing segment is placed in tension in the pump, contact between the inclined portion of the first multi-angled surface and the second multi-angled engagement surface encourages the cassette body to slide into engagement with the mounting structure of the pump by the tension on the pump tubing segment so that the first and second multi-angled engagement surfaces engage to hold the cassette in place. a pump (610, 1404) having a mounting structure (650, 1420) comprising a first multi-angled engagement surface having a portion which is inclined relative to a vertical axis; a cassette (700, 1000, 1100, 1200, 1400, 1500) comprising a cassette body (703, 1003, 1103, 1203, 1403, 1503) including a second multi-angled engagement surface for engaging the first multi-angled engagement surface when the cassette is disposed in contact with the mounting structure; a pump tubing segment (710, 1010, 1110, 1210, 1408, 1510) attached to the cassette body such that when the pump tubing segment is placed in tension in the pump, contact between the inclined portion of the first multi-angled surface and the second multi-angled engagement surface encourages the cassette body to slide into engagement with the mounting structure of the pump by the tension on the pump tubing segment so that the first and second multi-angled engagement surfaces engage to hold the cassette in place.