mhurhangee/patent-ind-claim-en huggingface dataset:
A can for a secondary battery , comprising: a can body , in which an electrode assembly accommodation part accommodating an electrode assembly is formed, and which is opened to one side; and a cover which covers one end of the can body to seal an opening and in which a through-hole , through which an electrode lead of the electrode assembly passes, is formed, wherein the can body comprises: an inner wall disposed at a side of the electrode assembly accommodation part ; an outer wall spaced a predetermined distance from the inner wall ; a partition block disposed between the inner wall and the outer wall to partition a space between the inner wall and the outer wall so as to form a plurality of body partition spaces ; and a volatile heat medium accommodated in the body partition space such that a body heat pipe (P1) that transfers heat is formed integrally with the can body. a can body , in which an electrode assembly accommodation part accommodating an electrode assembly is formed, and which is opened to one side; and a cover which covers one end of the can body to seal an opening and in which a through-hole , through which an electrode lead of the electrode assembly passes, is formed, wherein the can body comprises: an inner wall disposed at a side of the electrode assembly accommodation part ; an outer wall spaced a predetermined distance from the inner wall ; a partition block disposed between the inner wall and the outer wall to partition a space between the inner wall and the outer wall so as to form a plurality of body partition spaces ; and a volatile heat medium accommodated in the body partition space such that a body heat pipe (P1) that transfers heat is formed integrally with the can body. an inner wall disposed at a side of the electrode assembly accommodation part ; an outer wall spaced a predetermined distance from the inner wall ; a partition block disposed between the inner wall and the outer wall to partition a space between the inner wall and the outer wall so as to form a plurality of body partition spaces ; and a volatile heat medium accommodated in the body partition space such that a body heat pipe (P1) that transfers heat is formed integrally with the can body.
An absorbent article comprising: a liquid pervious topsheet, a liquid impervious backsheet, an absorbent core disposed between the topsheet and the backsheet, and an intermediate layer disposed between the topsheet and the absorbent core, the intermediate layer comprising a nonwoven, wherein the nonwoven is a spunlace nonwoven, wherein the nonwoven comprises i) a plurality of apertures, ii) absorbent fibers, and iii) ultrafine fibers of 3% to 35% by weight of the nonwoven, wherein ultrafine fibers have a diameter no greater than 2μm, as measured by the Fiber Diameter Test disclosed herein, and wherein the aperture has a hydraulic diameter in the range of 600μm to 4500μm, as measured by the Aperture Size Test disclosed herein. a liquid pervious topsheet, a liquid impervious backsheet, an absorbent core disposed between the topsheet and the backsheet, and an intermediate layer disposed between the topsheet and the absorbent core, the intermediate layer comprising a nonwoven, wherein the nonwoven is a spunlace nonwoven, wherein the nonwoven comprises i) a plurality of apertures, ii) absorbent fibers, and iii) ultrafine fibers of 3% to 35% by weight of the nonwoven, wherein ultrafine fibers have a diameter no greater than 2μm, as measured by the Fiber Diameter Test disclosed herein, and i) a plurality of apertures, ii) absorbent fibers, and iii) ultrafine fibers of 3% to 35% by weight of the nonwoven, wherein ultrafine fibers have a diameter no greater than 2μm, as measured by the Fiber Diameter Test disclosed herein, and wherein the aperture has a hydraulic diameter in the range of 600μm to 4500μm, as measured by the Aperture Size Test disclosed herein.
A power management method, applied in an electronic device charged by a power adapter via a charging cable, and comprising: determining (S110) a temperature of a charging interface, wherein the charging interface comprises at least one of an interface of the power adapter for electric connection with the charging cable, an interface of the charging cable for electric connection with the power adapter, an interface of the charging cable for electric connection with the electronic device, and an interface of the electronic device for electric connection with the charging cable; and managing (S120) power of the electronic device according to the temperature of the charging interface, wherein, determining the temperature of the charging interface comprises: determining a temperature of a contact plate in the charging interface by at least two temperature measurement elements disposed in the charging interface; and characterized in that , each temperature measurement element and the corresponding contact plate are disposed on a same thermal conductive substrate, different temperature measurement elements are disposed on different thermal conductive substrates, there is a one-to-one correspondence between the contact plate and the temperature measurement element, the temperature measurement element has a preset spacing with the contact plate, and an insulating thermal conductive layer is disposed between the contact plate corresponding to the temperature measurement element and the thermal conductive substrate. determining (S110) a temperature of a charging interface, wherein the charging interface comprises at least one of an interface of the power adapter for electric connection with the charging cable, an interface of the charging cable for electric connection with the power adapter, an interface of the charging cable for electric connection with the electronic device, and an interface of the electronic device for electric connection with the charging cable; and managing (S120) power of the electronic device according to the temperature of the charging interface, wherein, determining the temperature of the charging interface comprises: determining a temperature of a contact plate in the charging interface by at least two temperature measurement elements disposed in the charging interface; and characterized in that , each temperature measurement element and the corresponding contact plate are disposed on a same thermal conductive substrate, different temperature measurement elements are disposed on different thermal conductive substrates, there is a one-to-one correspondence between the contact plate and the temperature measurement element, the temperature measurement element has a preset spacing with the contact plate, and an insulating thermal conductive layer is disposed between the contact plate corresponding to the temperature measurement element and the thermal conductive substrate.
A book block forming apparatus comprising: a frame having an entrance and an exit ; a first press unit attached to the entrance of the frame to press each of signatures (S) along a fold line (F) thereof, the signatures (S) being supplied one by one to the first press unit with the fold line (F) in the head thereof; a signature conveyance unit attached to the frame and arranged downstream of the first press unit to convey the signatures (S) received from the first press unit while controlling attitudes of the signatures (S) in a manner such that the fold lines (F) are perpendicular to the conveying direction (A); a glue application unit attached to the frame and arranged downstream of the signature conveyance unit to apply glue to both sides of the top face of each of the signatures (S) received by the signature conveyance unit ; an accumulation unit attached to the frame and arranged downstream of the glue application unit to form a book block (B) by stacking the signatures (S) received from the glue application unit while jogging the stack of signatures (S); and a second press unit attached to the frame and arranged downstream of the accumulation unit to receive and vertically press the book block (B) fed from the accumulation unit and discharge the pressed book block (B) from the exit of the frame . a frame having an entrance and an exit ; a first press unit attached to the entrance of the frame to press each of signatures (S) along a fold line (F) thereof, the signatures (S) being supplied one by one to the first press unit with the fold line (F) in the head thereof; a signature conveyance unit attached to the frame and arranged downstream of the first press unit to convey the signatures (S) received from the first press unit while controlling attitudes of the signatures (S) in a manner such that the fold lines (F) are perpendicular to the conveying direction (A); a glue application unit attached to the frame and arranged downstream of the signature conveyance unit to apply glue to both sides of the top face of each of the signatures (S) received by the signature conveyance unit ; an accumulation unit attached to the frame and arranged downstream of the glue application unit to form a book block (B) by stacking the signatures (S) received from the glue application unit while jogging the stack of signatures (S); and a second press unit attached to the frame and arranged downstream of the accumulation unit to receive and vertically press the book block (B) fed from the accumulation unit and discharge the pressed book block (B) from the exit of the frame .
A pneumatic tire which has a bead reinforcing layer which is provided to the outer side of the carcass of the bead portion in the tire axial direction and reinforces the bead portion from the outer side of the carcass; and an electronic component ; characterized by a clinch member provided to the outer side of the bead reinforcing layer in the tire axial direction, wherein the clinch member has a lower value of complex elastic modulus E* than the bead reinforcing layer , and the electronic component is embedded between the bead reinforcing layer and the clinch member , the value of complex elastic modulus E* being measured using a viscoelastic spectrometer in accordance with the prescription of "JIS K 6394" under an initial strain of 10%, at an amplitude of ± 2.0%, a frequency of 10 Hz and a measurement temperature of 70 °C, under tensile deformation mode. a bead reinforcing layer which is provided to the outer side of the carcass of the bead portion in the tire axial direction and reinforces the bead portion from the outer side of the carcass; and an electronic component ; characterized by a clinch member provided to the outer side of the bead reinforcing layer in the tire axial direction, wherein the clinch member has a lower value of complex elastic modulus E* than the bead reinforcing layer , and the electronic component is embedded between the bead reinforcing layer and the clinch member , the value of complex elastic modulus E* being measured using a viscoelastic spectrometer in accordance with the prescription of "JIS K 6394" under an initial strain of 10%, at an amplitude of ± 2.0%, a frequency of 10 Hz and a measurement temperature of 70 °C, under tensile deformation mode.
A manifold for use with an articulated structure, the articulated structure including an elongate flexible body extending between a proximal interface and a distal end with a plurality of ports along the proximal interface, a plurality of actuators distal of the ports, and a plurality of lumens providing fluid communication between the ports and the actuators, the manifold comprising: a manifold body with a proximal end and a distal end and a manifold axis extending therebetween, the manifold body having a plurality of regions distributed along the manifold axis, each region having a fluid channel, wherein a receptacle traverses the regions and is configured to removably receive the proximal portion of the elongate body with each port in sealed fluid communication with an associated fluid channel such that fluid transmitted from the fluid channels induces movement of the distal end.
Thermoforming apparatus for thermoforming an article , preferably a permeable article , comprising: - an elastic membrane ; - a mould ; - a hot air source configured to blow a hot airflow towards a zone wherein the article can be arranged for being thermoformed; - an actuation system configured to move the mould towards the membrane or vice versa so to compress the article between the membrane and the mould characterized in that the actuation system is such that an elastic force of the membrane forces the article to assume the shape of the mould . - an elastic membrane ; - a mould ; - a hot air source configured to blow a hot airflow towards a zone wherein the article can be arranged for being thermoformed; - an actuation system configured to move the mould towards the membrane or vice versa so to compress the article between the membrane and the mould characterized in that the actuation system is such that an elastic force of the membrane forces the article to assume the shape of the mould .
Passenger transport system , comprising: multiple step units ; a comb plate ; a monitoring device ; a marking device ; the step units being intended to be moved one behind the other continuously along a predefined movement path during normal operation; the comb plate being arranged at a fixed position relative to the predefined movement path ; the monitoring device being designed to monitor an actual position of a currently monitored step unit relative to the predefined movement path and to detect a deviation of the actual position from the predefined movement path by more than an allowable tolerance value and activate the marking device in response thereto; characterized in that upon being activated, the marking device is designed to provide the currently monitored step unit and/or a step unit spatially correlating to the currently monitored step unit in a defined manner with a marking . multiple step units ; a comb plate ; a monitoring device ; a marking device ; the step units being intended to be moved one behind the other continuously along a predefined movement path during normal operation; the comb plate being arranged at a fixed position relative to the predefined movement path ; the monitoring device being designed to monitor an actual position of a currently monitored step unit relative to the predefined movement path and to detect a deviation of the actual position from the predefined movement path by more than an allowable tolerance value and activate the marking device in response thereto; characterized in that upon being activated, the marking device is designed to provide the currently monitored step unit and/or a step unit spatially correlating to the currently monitored step unit in a defined manner with a marking .
A method for use in construction of an electronic device, the method comprising: providing one or more nanotubes grown on a surface of a first substrate ; providing a desired electrode arrangement fabricated on a surface of a second substrate , said electrode arrangement comprising at least two elevated source and drain electrodes and one or more gate electrodes located in between said elevated source and drain electrodes; bringing the electrode arrangement on the second substrate into close proximity with the first substrate such that surfaces of the first and second substrates face each other; scanning said first substrate with said electrode arrangement and determining contact of electrodes of the electrode arrangement with a nanotube located on the first substrate; and detaching said nanotube from the first substrate to provide a transistor structure comprising an isolated nanotube bridging the source and drain electrodes; characterized in that said electrode arrangement is mounted on a cantilever like tip and said nanotube is located at an end portion of said cantilever like tip. providing one or more nanotubes grown on a surface of a first substrate ; providing a desired electrode arrangement fabricated on a surface of a second substrate , said electrode arrangement comprising at least two elevated source and drain electrodes and one or more gate electrodes located in between said elevated source and drain electrodes; bringing the electrode arrangement on the second substrate into close proximity with the first substrate such that surfaces of the first and second substrates face each other; scanning said first substrate with said electrode arrangement and determining contact of electrodes of the electrode arrangement with a nanotube located on the first substrate; and detaching said nanotube from the first substrate to provide a transistor structure comprising an isolated nanotube bridging the source and drain electrodes; characterized in that said electrode arrangement is mounted on a cantilever like tip and said nanotube is located at an end portion of said cantilever like tip.
An adjuvant associated with one or more populations of polymersomes for use in a method of eliciting an immune response in a subject by sole administration of said adjuvant, wherein said sole administration is an administration characterized in that no antigen is administered to said subject in combination with said adjuvant.
An endodontic hand file comprising: a handle ; a file having a first portion extending from the handle , and a second portion extending into the handle ; a window formed in a side portion of the handle ; a first bend of the second portion bending the second portion toward an exterior of the handle , the first bend positioned within the handle ; a second bend of the second portion bending the second portion toward a top end of the handle , the second bend positioned within the handle , the second bend positioned distal the first bend , relative to the first portion; and an exposed portion of the second portion of the file passing into the window , the exposed portion being distal the second bend , relative to the first portion, a longitudinal axis of the exposed portion being substantially parallel to a longitudinal axis of the first portion. a handle ; a file having a first portion extending from the handle , and a second portion extending into the handle ; a window formed in a side portion of the handle ; a first bend of the second portion bending the second portion toward an exterior of the handle , the first bend positioned within the handle ; a second bend of the second portion bending the second portion toward a top end of the handle , the second bend positioned within the handle , the second bend positioned distal the first bend , relative to the first portion; and an exposed portion of the second portion of the file passing into the window , the exposed portion being distal the second bend , relative to the first portion, a longitudinal axis of the exposed portion being substantially parallel to a longitudinal axis of the first portion.
A vibration presentation device , comprising: a plurality of vibration units (22-1 - 22-6) that vibrate when voltage is applied; a control unit that controls vibration to be generated in the plurality of vibration units, and conductive wires (23-1, 23-2) electrically connecting the vibration units with the control unit, wherein the plurality of vibration units (22-1 - 22-6) are attached to a wearable device worn on a user's body, characterized in that the vibration units (22-1 - 22-6) include electrodes , the electrodes including a flexible, lightweight, and thin material, and are in surface contact with a portion to be presented with vibration; and in that the vibration units (22-1 - 22-6) are formed in a belt-like shape. a plurality of vibration units (22-1 - 22-6) that vibrate when voltage is applied; a control unit that controls vibration to be generated in the plurality of vibration units, and conductive wires (23-1, 23-2) electrically connecting the vibration units with the control unit, wherein the plurality of vibration units (22-1 - 22-6) are attached to a wearable device worn on a user's body, characterized in that the vibration units (22-1 - 22-6) include electrodes , the electrodes including a flexible, lightweight, and thin material, and are in surface contact with a portion to be presented with vibration; and in that the vibration units (22-1 - 22-6) are formed in a belt-like shape.
A device for measuring cervical vertebra movement of a user having a head on a body, comprising a sensor unit, a computation unit, a storage unit and a determination unit, wherein the sensor unit comprises at least one transmission part and at least one reception part, either of the transmission part and the reception part is configured to move along with the head of a user and to be stationary relative to the head of the user, and the other one is configured to be fixed relative to the body of the user, wherein the transmission part is configured to transmit a detection signal, wherein the reception part is configured to receive the detection signal transmitted by the transmission part, wherein the computation unit is configured to compute, based on the detection signal received by the reception part, a distance change in a distance between the transmission part and the reception part before and after the head of the user moves, wherein the storage unit is configured to store a mapping table indicating a relation between the distance change and a movement angle of the head of the user, and wherein the determination unit is configured to inquire the mapping table based on the distance change to determine the movement angle of the head of the user. wherein the sensor unit comprises at least one transmission part and at least one reception part, either of the transmission part and the reception part is configured to move along with the head of a user and to be stationary relative to the head of the user, and the other one is configured to be fixed relative to the body of the user, wherein the transmission part is configured to transmit a detection signal, wherein the reception part is configured to receive the detection signal transmitted by the transmission part, wherein the computation unit is configured to compute, based on the detection signal received by the reception part, a distance change in a distance between the transmission part and the reception part before and after the head of the user moves, wherein the storage unit is configured to store a mapping table indicating a relation between the distance change and a movement angle of the head of the user, and wherein the determination unit is configured to inquire the mapping table based on the distance change to determine the movement angle of the head of the user.
Process for producing a strength member ply comprising textile strength members for elastomeric articles of manufacture, wherein the process comprises at least the following process steps in the following sequence: d)immersing the textile strength members in at least one bath which contains at least one epoxidized natural rubber latex and is free from free resorcinol and free formaldehyde and precondensates thereof, and e)subsequently drying the strength members at 120°C to 155°C, and f)subsequently heating the strength members to 210°C to 250°C, and g)rubberizing the textile strength members pretreated by means of d) to f) with a rubberizing mixture containing at least one diene rubber selected from the group consisting of natural polyisoprene and/or synthetic polyisoprene and/or butadiene rubber and/or styrene-butadiene rubber and 20 to 90 phr of at least one filler selected from the group consisting of carbon black and/or silica. d)immersing the textile strength members in at least one bath which contains at least one epoxidized natural rubber latex and is free from free resorcinol and free formaldehyde and precondensates thereof, and e)subsequently drying the strength members at 120°C to 155°C, and f)subsequently heating the strength members to 210°C to 250°C, and g)rubberizing the textile strength members pretreated by means of d) to f) with a rubberizing mixture containing at least one diene rubber selected from the group consisting of natural polyisoprene and/or synthetic polyisoprene and/or butadiene rubber and/or styrene-butadiene rubber and 20 to 90 phr of at least one filler selected from the group consisting of carbon black and/or silica.