mhurhangee/patent-ind-claim-en huggingface dataset:
A tire vulcanizing apparatus comprising: a vulcanization mold comprising a lower mold and an upper mold to define a tire mold cavity for vulcanizing a green tire together with a rigid core on which the green tire is formed; a base portion ; a lower plate to which the lower mold is attached, the lower plate supported by the base portion; a first ring having a circular shape with a center corresponding to an axial center of the vulcanization mold and arranged between the base portion and the lower plate; an upper plate to which the upper mold is attached so as to face the lower mold up and down; and a lifting device for moving the upper plate up and down between a lower location in which the upper mold is in contact with the lower mold to close the vulcanization mold and an upper location in which the upper mold positions opening the vulcanization mold, characterised in that the lifting device comprises a pair of tie rods extending vertically from the base portion, a horizontal reinforcing beam movably guided by the pair of tie rods and supporting the upper plate integrally, and a second ring having a circular shape with a center corresponding to the axial center of the vulcanization mold and arranged between the reinforcing beam and the upper plate. a vulcanization mold comprising a lower mold and an upper mold to define a tire mold cavity for vulcanizing a green tire together with a rigid core on which the green tire is formed; a base portion ; a lower plate to which the lower mold is attached, the lower plate supported by the base portion; a first ring having a circular shape with a center corresponding to an axial center of the vulcanization mold and arranged between the base portion and the lower plate; an upper plate to which the upper mold is attached so as to face the lower mold up and down; and a lifting device for moving the upper plate up and down between a lower location in which the upper mold is in contact with the lower mold to close the vulcanization mold and an upper location in which the upper mold positions opening the vulcanization mold, characterised in that the lifting device comprises a pair of tie rods extending vertically from the base portion, a horizontal reinforcing beam movably guided by the pair of tie rods and supporting the upper plate integrally, and a second ring having a circular shape with a center corresponding to the axial center of the vulcanization mold and arranged between the reinforcing beam and the upper plate.
A method for producing a metal-ceramic substrate with at least one electrically conductive via , in which one metal layer , respectively, is attached in a planar manner to a ceramic plate or a ceramic layer to each of two opposing surface sides of the ceramic layer , wherein a metal-containing liquid substance is introduced into a hole in the ceramic layer delimiting the via prior to the attachment of both metal layers , or subsequent to the attachment of one of the two metal layers and prior to the attachment of the other one of the two metal layers , and this assembly is then subjected to a high-temperature step above 500°C in which the metal-containing substance wets the ceramic layer at least partially with a wetting angle of less than 90°, characterized in that a liquid is introduced into the hole delimiting the via as a metal-containing substance by the ceramic layer being sprayed with the liquid or immersed in the liquid , wherein a subsequent, additional thermal conversion step for converting the liquid into copper oxide is carried out in a temperature range of 100°C to 200°C prior to the high-temperature step; and a copper(II) hydroxide brine or copper(II) acetate brine is used as the metal-containing liquid . a liquid is introduced into the hole delimiting the via as a metal-containing substance by the ceramic layer being sprayed with the liquid or immersed in the liquid , wherein a subsequent, additional thermal conversion step for converting the liquid into copper oxide is carried out in a temperature range of 100°C to 200°C prior to the high-temperature step; and a copper(II) hydroxide brine or copper(II) acetate brine is used as the metal-containing liquid .
A process for producing a synthetic quartz glass including an annealing treatment of a synthetic quartz glass, the annealing treatment comprising: a step for putting a synthetic quartz glass as a parent material into a heat treatment furnace; a temperature elevation step for elevating a temperature in the heat treatment to a prescribed keeping temperature that is equal to or higher than the annealing point of the synthetic quartz glass; a first keeping step for keeping the temperature in the heat treatment furnace at the keeping temperature; an annealing step, after the first keeping step, for annealing the synthetic quartz glass by gradually lowering the temperature in the heat treatment furnace to a prescribed temperature while heating the inside of the heat treatment furnace; and a step for taking the synthetic quartz glass after annealing out of the heat treatment furnace, wherein the process comprises a step for determining an annealing rate v [°C/h], which is a rate for annealing the synthetic quartz glass in the annealing step, based on a value of S/V [mm 2 /mm 3 ] wherein S [mm 2 ] is the surface area of the synthetic quartz glass as a parent material and V [mm 3 ] is the volume thereof, and a target birefringence Re [nm/cm] for the synthetic quartz glass after annealing, and the annealing step is performed at the determined annealing rate, and wherein in the step for determining the annealing rate v [°C/h], the annealing rate v is determined so as to satisfy an expression : v ≤ Re + 390 × S / V / 1.0 based on the value of S/V [mm 2 /mm 3 ] and the target birefringence Re [nm/cm]. a step for putting a synthetic quartz glass as a parent material into a heat treatment furnace; a temperature elevation step for elevating a temperature in the heat treatment to a prescribed keeping temperature that is equal to or higher than the annealing point of the synthetic quartz glass; a first keeping step for keeping the temperature in the heat treatment furnace at the keeping temperature; an annealing step, after the first keeping step, for annealing the synthetic quartz glass by gradually lowering the temperature in the heat treatment furnace to a prescribed temperature while heating the inside of the heat treatment furnace; and a step for taking the synthetic quartz glass after annealing out of the heat treatment furnace, wherein the process comprises a step for determining an annealing rate v [°C/h], which is a rate for annealing the synthetic quartz glass in the annealing step, based on a value of S/V [mm 2 /mm 3 ] wherein S [mm 2 ] is the surface area of the synthetic quartz glass as a parent material and V [mm 3 ] is the volume thereof, and a target birefringence Re [nm/cm] for the synthetic quartz glass after annealing, and the annealing step is performed at the determined annealing rate, and wherein in the step for determining the annealing rate v [°C/h], the annealing rate v is determined so as to satisfy an expression : v ≤ Re + 390 × S / V / 1.0 based on the value of S/V [mm 2 /mm 3 ] and the target birefringence Re [nm/cm].
A cylinder internal-pressure sensor for an engine, having a ring shape and adapted to detect an internal pressure (Pc) of a cylinder (Ec) said sensor being attached to an outer peripheral surface (Mas, Mab) of a distal end portion of a component (Ma, Mb) facing a combustion chamber (Rb) of the engine, characterized in that the cylinder internal-pressure sensor is provided with a housing unit composed of an outer cylinder portion having an elastic portion elastically deformable in the axial direction and an inner cylinder portion having an elastic portion elastically deformable in the axial direction; a pressure-receiving ring block portion hermetically fixed between the outer cylinder portion and the inner cylinder portion , located on the front of the elastic portions so as to face the combustion chamber (Rb) of the engine, and having a front surface as a pressure receiving surface facing the combustion chamber (Rb) of the engine; at least one pressure detection element in contact with a rear surface of the pressure-receiving ring block portion opposed to the pressure receiving surface , the at least one pressure detection element thereby arranged to receive the internal pressure from the pressure-receiving ring block portion ; and a support ring block portion fixed between the outer cylinder portion and the inner cylinder portion , having a front surface facing the rear surface of the pressure-receiving ring block portion through the pressure detection element , the front surface being a support surface supporting the pressure detection element .
A mechanical seal in which a rotating-side sealing ring suitable to be attached to a shaft and a stationary-side sealing ring suitable to be attached to a housing slide relative to each other and seal, in use, between the housing and the shaft , the mechanical seal includes a case which is suitable to be attached to the housing and which contains the stationary-side sealing ring , and a seal member (23; 33; 43; 53) which is disposed between the case and the stationary-side sealing ring ; and the case includes a holding part which is configured to regulate the seal member (23; 33; 43; 53) from moving to both sides in an axial direction thereof, wherein the case has an outer cylinder part suitable to be fixed to the housing , an end wall extended from one end of the outer cylinder part to a radially inside, and an inner cylinder part extended from an inner diameter side end part of the end wall to the axial direction on a side of the outer cylinder part , so that in use, an opening of the case is opposed to the rotating-side sealing ring , wherein the holding part is on an outer circumferential surface of the inner cylinder part , wherein the holding part consists of a bottom wall , an annular wall part stood from the bottom wall , and a plurality of claw parts which are formed at an end part of the inner cylinder part on a side of the opening , characterized in that each claw part is bent so as to face in a radial direction. the mechanical seal includes a case which is suitable to be attached to the housing and which contains the stationary-side sealing ring , and a seal member (23; 33; 43; 53) which is disposed between the case and the stationary-side sealing ring ; and the case includes a holding part which is configured to regulate the seal member (23; 33; 43; 53) from moving to both sides in an axial direction thereof, wherein the case has an outer cylinder part suitable to be fixed to the housing , an end wall extended from one end of the outer cylinder part to a radially inside, and an inner cylinder part extended from an inner diameter side end part of the end wall to the axial direction on a side of the outer cylinder part , so that in use, an opening of the case is opposed to the rotating-side sealing ring , wherein the holding part is on an outer circumferential surface of the inner cylinder part , wherein the holding part consists of a bottom wall , an annular wall part stood from the bottom wall , and a plurality of claw parts which are formed at an end part of the inner cylinder part on a side of the opening , characterized in that each claw part is bent so as to face in a radial direction.
A method performed by a mobile equipment, ME comprising: performing by the ME a registration procedure, the registration procedure comprising sending a registration request message to a first visited public land mobile network, VPLMN ; receiving, by the ME from the first VPLMN, a registration accept message received from a home public land mobile network, HPLMN , at the first VPLMN; wherein the registration accept message comprises steering of roaming, SOR, data from the HPLMN , the SOR data being comprised in a secured packet; sending, by the ME, the secured packet to a Universal Integrated Circuit Card, UICC ; receiving, by the ME from the UICC in a USAT command, an indication to terminate the registration procedure with the first VPLMN and to trigger a PLMN search; terminating, by the ME, registration procedure with the first VPLMN; starting, by the ME, the PLMN search to find a second VPLMN to register; and after the ME receives the USAT command, if the ME elects a user-preferred PLMN from a user controlled PLMN list, the ME does not perform the PLMN search for the second VPLMN until a periodical PLMN search timer T expires. performing by the ME a registration procedure, the registration procedure comprising sending a registration request message to a first visited public land mobile network, VPLMN ; receiving, by the ME from the first VPLMN, a registration accept message received from a home public land mobile network, HPLMN , at the first VPLMN; wherein the registration accept message comprises steering of roaming, SOR, data from the HPLMN , the SOR data being comprised in a secured packet; sending, by the ME, the secured packet to a Universal Integrated Circuit Card, UICC ; receiving, by the ME from the UICC in a USAT command, an indication to terminate the registration procedure with the first VPLMN and to trigger a PLMN search; terminating, by the ME, registration procedure with the first VPLMN; starting, by the ME, the PLMN search to find a second VPLMN to register; and after the ME receives the USAT command, if the ME elects a user-preferred PLMN from a user controlled PLMN list, the ME does not perform the PLMN search for the second VPLMN until a periodical PLMN search timer T expires.
A power take-off arrangement for a vehicle , wherein the arrangement comprises: - an input shaft , a main transmission member and a main coupling device , wherein the main coupling device is configured to, in an engaged state, connect the main transmission member to the input shaft , - a first power take-off unit and a first coupling device , wherein the first coupling device is configured to, in an engaged state, connect the first power take-off unit to the main transmission member , - a second power take-off unit and a second coupling device , wherein the second coupling device is configured to, in an engaged state, connect the second power take-off unit to the main transmission member , characterized in that the first and second coupling devices are connected to the main coupling device such that the main coupling device is controlled to be in the engaged state when any one of the first and second coupling devices is in the engaged state. - an input shaft , a main transmission member and a main coupling device , wherein the main coupling device is configured to, in an engaged state, connect the main transmission member to the input shaft , - a first power take-off unit and a first coupling device , wherein the first coupling device is configured to, in an engaged state, connect the first power take-off unit to the main transmission member , - a second power take-off unit and a second coupling device , wherein the second coupling device is configured to, in an engaged state, connect the second power take-off unit to the main transmission member ,
An image composition method comprising: a step of receiving a plurality of images acquired by subjecting a subject to split imaging; a step of composing the plurality of images based on correspondence points of images; in the case where all of the plurality of images are unable to be composed into one image, which case can be determined on the basis of any one or more of the number of correspondence points, whether or not the reliability of the correspondence points is sufficient, and whether or not the projective transformation matrix can be calculated based on the correspondence points; a step of dividing the plurality of images into composable image groups (G1, G2); a step of deciding an image arrangement based on correspondence points (P1a, P1b; P1a ...) of images by image group (G1, G2); a step of making a display device display the plurality of images in the decided image arrangement by image group; a step of designating correspondence points for one image group among the displayed image groups and another image group among the image groups by user input; and a step of composing the one image group and the other image group based on the designated correspondence points. a step of receiving a plurality of images acquired by subjecting a subject to split imaging; a step of composing the plurality of images based on correspondence points of images; in the case where all of the plurality of images are unable to be composed into one image, which case can be determined on the basis of any one or more of the number of correspondence points, whether or not the reliability of the correspondence points is sufficient, and whether or not the projective transformation matrix can be calculated based on the correspondence points; a step of dividing the plurality of images into composable image groups (G1, G2); a step of deciding an image arrangement based on correspondence points (P1a, P1b; P1a ...) of images by image group (G1, G2); a step of making a display device display the plurality of images in the decided image arrangement by image group; a step of designating correspondence points for one image group among the displayed image groups and another image group among the image groups by user input; and a step of composing the one image group and the other image group based on the designated correspondence points.
An ambulatory infusing device, comprising: a housing ; a reservoir defining an interior volume ; a wall associated with the housing and having an inner surface that faces into the reservoir interior volume ; and a filter assembly including a filter assembly housing with a housing filter portion having a free end associated with the inner surface of the wall and a filter supporting volume that extends to the free end of the housing filter portion , wherein a filter occupies the entire filter supporting volume and extends to at least the free end of the housing filter portion . a housing ; a reservoir defining an interior volume ; a wall associated with the housing and having an inner surface that faces into the reservoir interior volume ; and a filter assembly including a filter assembly housing with a housing filter portion having a free end associated with the inner surface of the wall and a filter supporting volume that extends to the free end of the housing filter portion , wherein a filter occupies the entire filter supporting volume and extends to at least the free end of the housing filter portion .
A method of an extensible markup language, XML, document management, XDM, server for communicating a delivery status of an XDM resource in an XDM environment, the method comprising: receiving a request for forwarding the XDM resource to a plurality of intended XDM recipient devices from an XDM client device; forwarding the XDM resource to the plurality of intended XDM recipient devices; and communicating the delivery status associated with delivery of the XDM resource to the plurality of intended XDM recipient devices to the XDM client device, wherein an attribute included in the request includes a delivery report indication that is assigned for each of the plurality of intended XDM recipient devices, and the delivery report indication represents whether the XDM client device wants to receive a delivery report from each of the plurality of intended XDM recipient devices. receiving a request for forwarding the XDM resource to a plurality of intended XDM recipient devices from an XDM client device; forwarding the XDM resource to the plurality of intended XDM recipient devices; and communicating the delivery status associated with delivery of the XDM resource to the plurality of intended XDM recipient devices to the XDM client device, wherein an attribute included in the request includes a delivery report indication that is assigned for each of the plurality of intended XDM recipient devices, and the delivery report indication represents whether the XDM client device wants to receive a delivery report from each of the plurality of intended XDM recipient devices.
A coupling unit suitable to form an end of a lattice structure and to be connected to an end of another lattice structure adjacent to the lattice structure, the lattice structure including a plurality of main pipes and a plurality of connection members that connects the plurality of main pipes to one another in a state where the plurality of main pipes are spaced perpendicularly to their respective axial directions of the main pipes, the coupling unit comprising: a plurality of connectors disposable at respective axial ends of the plurality of main pipes and joinable to the axial ends, wherein each of the plurality of connectors includes: a fitted part capable of being fitted to an end of the main pipe corresponding to the connector; a detachable connection part that is detachably connectable to a counterpart connector provided to an end of the other lattice structure; and an outer peripheral surface that is weldable to an outer peripheral surface of the end of the main pipe over an entire circumference of the main pipe in a state where the fitted part is fitted to the end of the main pipe, characterized in that the coupling unit further comprises at least one connector interconnection member that interconnects the plurality of connectors, and each of the plurality of connectors further includes a connected part to which an end of the connector interconnection member is connected. a plurality of connectors disposable at respective axial ends of the plurality of main pipes and joinable to the axial ends, wherein each of the plurality of connectors includes: a fitted part capable of being fitted to an end of the main pipe corresponding to the connector; a detachable connection part that is detachably connectable to a counterpart connector provided to an end of the other lattice structure; and an outer peripheral surface that is weldable to an outer peripheral surface of the end of the main pipe over an entire circumference of the main pipe in a state where the fitted part is fitted to the end of the main pipe, characterized in that the coupling unit further comprises at least one connector interconnection member that interconnects the plurality of connectors, and each of the plurality of connectors further includes a connected part to which an end of the connector interconnection member is connected.