mhurhangee/patent-ind-claim-en huggingface dataset:
Timepiece power source comprising a going barrel, pivoting about an arbor , containing a mainspring mounted between a drum of said barrel and said arbor , which carries and rotates integrally with a ratchet wheel for driving said arbor , said power source including a differential gear of which a first input is driven indirectly by said ratchet wheel and a second input is said barrel, and whose output is a pivoting output wheel , coaxial to said arbor and arranged to form or to drive a power reserve indicator , and wherein said differential gear includes balls arranged to drive housings of said output wheel which forms a cage, and cooperating with an upper surface of said barrel and with a lower surface , which is arranged on the side of said upper surface of said barrel, of a differential plate , said plate is arranged to pivot on said arbor , coaxially thereto, and is connected to said ratchet wheel by a friction means and forms said first input, characterized in that said differential gear is a differential sub-assembly , which is removable in one piece and includes a first stepped ring , arranged to be mounted for free axial rotation on a bearing surface of said arbor and to pivot integrally with said arbor , said first stepped ring carries said output wheel mounted for free rotation with respect to said first stepped ring , which also carries, directly or indirectly, said differential plate which also rotates freely on said first stepped ring , said differential plate bearing on said balls , and said ratchet wheel being pressed onto said first stepped ring for the friction driving of said differential plate .
A guide wire joint, comprising a first cover board , a second cover board , a connecting part for connecting the first cover board and the second cover board , and a connecting piece for connecting the guide wire joint to a medical device; wherein the one side of the first cover board and the one side of the second cover board are connected together via the connecting part , while the other side of the first cover board and the other side of the second cover board are not connected, so that when the other side of the first cover board and the other side of the second cover board are in a contact state a closing of the guide wire joint is realized, and wherein when the other side of the first cover board and the other side of the second cover board are in a separated state, an opening of the guide wire joint is realized; wherein, when in the contact state, a guide wire passage is formed between the first cover board and the connecting piece so that a guide wire can be allowed to enter the guide wire joint through the guide wire passage and penetrate into a guide wire cavity of the medical device, and wherein when in the separated state, said other side of the first cover board and said other side of the second cover board are separated to form an opening, such that the guide wire may be detached from the guide wire joint from the opening in a state where the medical device is not separated from the guide wire joint.
A sampling tool comprising: a sampling rod with an outer sleeve and a sampling pod comprising a main body portion and a removable lid ; wherein said sampling rod comprises at least one sample receiving cavity configured to receive the main body portion of said sampling pod ; characterised in that each receiving cavity allows said lid to be attached to said main body portion after sampling, and prior to partial or total removal of said sampling pod from said sampling rod .
A combined type refrigerator, comprising at least two cabinet units , wherein each of the cabinet units has an independent compressor, an independent refrigeration system, and an independent circuit system; the cabinet units are consistent in height and depth; the cabinet units are spliced in parallel via an external coupling member, and form an integral body, and after splicing, a door of each of the cabinet units can be smoothly opened or closed, without interference with a neighbor cabinet unit ; characterized in that the combined type refrigerator is a simultaneously-back-open combined refrigerator, wherein a left cabinet unit is right open and a right cabinet unit is left open.
A dressing assembly comprising: a negative-pressure dressing configured for application of negative pressure to a tissue site; and an isolation patch configured for use under the negative-pressure dressing and configured to isolate a portion of the tissue site from the negative pressure. a negative-pressure dressing configured for application of negative pressure to a tissue site; and an isolation patch configured for use under the negative-pressure dressing and configured to isolate a portion of the tissue site from the negative pressure.
A capture assembly comprising: a pin having a shank , a head on the shank , and characterised by a blade projecting laterally from the head ; a pawl carried in the blade , the pawl allowing rotation of the pin in a first direction and preventing rotation of the pin in an opposite second direction; a hold formed within the blade and having a lateral opening at a distal end of the blade ; the pawl is carried in the hold and is configured to move between a compressed condition and a normal condition, wherein in the compressed condition, the pawl is withdrawn within the blade , and in the normal condition, the pawl extends out of the lateral opening , beyond the blade . a pin having a shank , a head on the shank , and characterised by a blade projecting laterally from the head ; a pawl carried in the blade , the pawl allowing rotation of the pin in a first direction and preventing rotation of the pin in an opposite second direction; a hold formed within the blade and having a lateral opening at a distal end of the blade ; the pawl is carried in the hold and is configured to move between a compressed condition and a normal condition, wherein in the compressed condition, the pawl is withdrawn within the blade , and in the normal condition, the pawl extends out of the lateral opening , beyond the blade .
Hob device, in particular induction hob device, having at least one housing unit (12; 12b) which comprises at least one housing base (14; 14b) and at least one housing insert (16; 16b), and having at least one connection unit (18; 18b) which is provided to connect the housing base (14; 14b) and the housing insert (16; 16b) to one another, wherein the connection unit (18; 18b) is embodied as a latching unit and wherein the housing insert (16; 16b) forms, at least in the installed state, at least one underside of an external housing, characterised in that the housing insert (16; 16b) is provided at least for an electrical insulation of components.
A forming module for forming a composite laminate part over a tool , comprising: a base ; a ply carrier control assembly adapted for controlling the position of a flexible ply carrier on which composite resin plies are mounted; a head section mounted on the base and adapted for automatically forming the composite resin plies from the ply carrier onto the tool ; and a nosepiece for engaging the ply carrier and forming the plies onto the tool , the nosepiece being mounted for movement on the head section along first and second axes. a base ; a ply carrier control assembly adapted for controlling the position of a flexible ply carrier on which composite resin plies are mounted; a head section mounted on the base and adapted for automatically forming the composite resin plies from the ply carrier onto the tool ; and a nosepiece for engaging the ply carrier and forming the plies onto the tool , the nosepiece being mounted for movement on the head section along first and second axes.
A computer-implemented method of detecting clipboard listener applications comprising: placing , by a clipboard listener-detector application (30; 330), a content reference on a device clipboard; receiving , by the clipboard listener-detector application, at least one request from one or more clipboard listener applications for data based on the content reference; identifying the one or more clipboard listener applications from which said at least one request was received; and outputting an identity of each of the one or more identified clipboard listener applications. placing , by a clipboard listener-detector application (30; 330), a content reference on a device clipboard; receiving , by the clipboard listener-detector application, at least one request from one or more clipboard listener applications for data based on the content reference; identifying the one or more clipboard listener applications from which said at least one request was received; and outputting an identity of each of the one or more identified clipboard listener applications.
A line card registration method, applied to a line card, wherein the line card comprises a fabric interface chip, and the fabric interface chip is optically interconnected to a switch fabric chip in at least one switch fabric card by using an optical fiber; and the method comprises: obtaining, by the line card, line card information of the line card; and sending, by the line card, the line card information to the at least one switch fabric card through an optical interconnect path, so that the at least one switch fabric card registers the line card based on the line card information; wherein the at least one switch fabric card comprises a master switch fabric card; and wherein before the obtaining line card information of the line card, the method further comprises: obtaining, by the line card, a line card identity of the line card through the optical interconnect path, which comprises sending, by the line card, a first request message to the master switch fabric card through the optical interconnect path, wherein the first request message is used to request to obtain the line card identity of the line card; and receiving, by the line card, a first request response through the optical interconnect path, wherein the first request response carries the line card identity that is allocated to the line card by the master switch fabric card based on the first request message. obtaining, by the line card, line card information of the line card; and sending, by the line card, the line card information to the at least one switch fabric card through an optical interconnect path, so that the at least one switch fabric card registers the line card based on the line card information; wherein the at least one switch fabric card comprises a master switch fabric card; and wherein before the obtaining line card information of the line card, the method further comprises: obtaining, by the line card, a line card identity of the line card through the optical interconnect path, which comprises sending, by the line card, a first request message to the master switch fabric card through the optical interconnect path, wherein the first request message is used to request to obtain the line card identity of the line card; and receiving, by the line card, a first request response through the optical interconnect path, wherein the first request response carries the line card identity that is allocated to the line card by the master switch fabric card based on the first request message. obtaining, by the line card, a line card identity of the line card through the optical interconnect path, which comprises sending, by the line card, a first request message to the master switch fabric card through the optical interconnect path, wherein the first request message is used to request to obtain the line card identity of the line card; and receiving, by the line card, a first request response through the optical interconnect path, wherein the first request response carries the line card identity that is allocated to the line card by the master switch fabric card based on the first request message.
An aerogel composite comprising: at least one base layer having a top surface and a bottom surface, the base layer comprising a reinforced aerogel composition which comprises a reinforcement material and a monolithic aerogel framework; a first facing layer comprising a first facing material attached to the top surface of the base layer; and a second facing layer comprising a second facing material attached to the bottom surface of the base layer; wherein at least a portion of the monolithic aerogel framework of the base layer extends into at least a portion of both the first facing layer and the second facing layer; and wherein the first facing material and the second facing material each consist essentially of fluoropolymer material.
A cell culture vessel comprising: a top , a bottom , sidewalls (107. 111) and a necked opening ; a substrate on the bottom of the vessel comprising a plurality of microcavities , each microcavity of the plurality of microcavities comprising a well opening and a concave well bottom ; and an angled flange surrounding at least a portion of the substrate to define a perimeter at a top of the flange , wherein the flange has an inner face adjacent to the portion of the substrate and an outer face opposite the portion of the substrate ; and wherein the outer face of the flange is angled from the perimeter to a base of a channel . a top , a bottom , sidewalls (107. 111) and a necked opening ; a substrate on the bottom of the vessel comprising a plurality of microcavities , each microcavity of the plurality of microcavities comprising a well opening and a concave well bottom ; and an angled flange surrounding at least a portion of the substrate to define a perimeter at a top of the flange , wherein the flange has an inner face adjacent to the portion of the substrate and an outer face opposite the portion of the substrate ; and wherein the outer face of the flange is angled from the perimeter to a base of a channel .
A computer implemented method, comprising: identifying , by one or more processors, one or more electronic messages sent or received by a user and sent or received by a plurality of contacts of the user; determining , by one or more of the processors, a strength of relationship score between a first contact of the plurality of contacts and a second contact of the plurality of contacts, wherein determining the strength of relationship score is based on occurrence of the first contact and the second contact in one or more of the messages; identifying that the first contact has been indicated by the user in a new electronic message; and providing a property of the second contact to the user, wherein the property is provided in response to identifying that the first contact has been indicated by the user in a new electronic message and is provided based on the strength of relationship score, wherein providing the property includes providing a suggestion to the user to designate the second contact as a recipient of the new message. identifying , by one or more processors, one or more electronic messages sent or received by a user and sent or received by a plurality of contacts of the user; determining , by one or more of the processors, a strength of relationship score between a first contact of the plurality of contacts and a second contact of the plurality of contacts, wherein determining the strength of relationship score is based on occurrence of the first contact and the second contact in one or more of the messages; identifying that the first contact has been indicated by the user in a new electronic message; and providing a property of the second contact to the user, wherein the property is provided in response to identifying that the first contact has been indicated by the user in a new electronic message and is provided based on the strength of relationship score, wherein providing the property includes providing a suggestion to the user to designate the second contact as a recipient of the new message.
A method for applying a coating to a substrate having a plurality of holes , the method comprising: applying a braze material to a substrate having a plurality of holes ; heating the substrate to melt the braze material to form a melt ; cooling the substrate to solidify the melt to form plugs in the respective holes ; applying a coating to the substrate ; and further heating the substrate to melt the plugs . applying a braze material to a substrate having a plurality of holes ; heating the substrate to melt the braze material to form a melt ; cooling the substrate to solidify the melt to form plugs in the respective holes ; applying a coating to the substrate ; and further heating the substrate to melt the plugs .
A tyre comprising: a tread portion comprising at least one crown land portion defined between two main grooves extending continuously in a tyre circumferential direction, the main grooves comprising a crown main groove located on a same side with respect to the at least one crown land portion as a tyre equator (C), the at least one crown land portion being provided with crown lateral grooves traversing the at least one crown land portion , each of the crown lateral grooves , in a cross-sectional view perpendicular to its longitudinal direction, comprising a sipe portion having a width (W4) equal to or less than 1.5 mm, and a main portion connected to the sipe portion and opening at a ground contact surface of the at least one crown land portion , wherein the main portion has a width enlarging from the sipe portion , the main portion has a depth (d1) smaller than depths of the main grooves , and the sipe portion has a first wall extending in a tyre radial direction so as to be continuous with a first wall of the main portion to form a single groove wall together, characterized in that the crown main groove comprises first groove elements inclined with respect to the tyre circumferential direction, and second groove elements inclined with respect to the tyre circumferential direction at a greater angle than that of the first groove elements , and the first groove elements and the second groove elements are alternated in the tyre circumferential direction. a tread portion comprising at least one crown land portion defined between two main grooves extending continuously in a tyre circumferential direction, the main grooves comprising a crown main groove located on a same side with respect to the at least one crown land portion as a tyre equator (C), the at least one crown land portion being provided with crown lateral grooves traversing the at least one crown land portion , each of the crown lateral grooves , in a cross-sectional view perpendicular to its longitudinal direction, comprising a sipe portion having a width (W4) equal to or less than 1.5 mm, and a main portion connected to the sipe portion and opening at a ground contact surface of the at least one crown land portion , wherein the main portion has a width enlarging from the sipe portion , the main portion has a depth (d1) smaller than depths of the main grooves , and the sipe portion has a first wall extending in a tyre radial direction so as to be continuous with a first wall of the main portion to form a single groove wall together, characterized in that the crown main groove comprises first groove elements inclined with respect to the tyre circumferential direction, and second groove elements inclined with respect to the tyre circumferential direction at a greater angle than that of the first groove elements , and the first groove elements and the second groove elements are alternated in the tyre circumferential direction.
An automotive structural member comprising: a hollow member having plane portions (P); and an FRP member joined to at least one section of the plane portions (P), wherein: the FRP member is joined to a region of at least 0.1L1 to 0.9L1 of a length L1 in a longitudinal direction (L) of the hollow member ; the plane portion (P) is formed with an FRP joint portion (P A ) being a portion to which the FRP member is joined and an FRP non-joint portion (P B ) being a portion to which the FRP member is not joined, in the region of 0.1L1 to 0.9L1; a total width of the FRP joint portion (P A ) is 8 to 60% of a full width of the plane portion (P), in the plane portion; characterized in that each width D of the FRP non-joint portions (P B ) in the plane portion satisfies a following formula 0.5 × 1.9 × t × E σy ≦ D ≦ 1 .6 × 1.9 × t × E σy wherein t: a thickness of the plane portion, E: a Young's modulus of the plane portion, σ y : a yield stress of the plane portion, and wherein each width D is an interval in the width direction (W) between the FRP members adjacent to each other in a case of the presence of the adjacent FRP members , and each width D is also a distance in the width direction (W) from the FRP member closest to an end portion of the plane portion (P) to the end portion in a case of the absence of the adjacent FRP members ; and a flexural rigidity of the FRP member in the FRP joint portion (P A ) is 30 times or more a flexural rigidity of the plane portion (P) excluding the FRP member in the plane portion (P). the FRP member is joined to a region of at least 0.1L1 to 0.9L1 of a length L1 in a longitudinal direction (L) of the hollow member ; the plane portion (P) is formed with an FRP joint portion (P A ) being a portion to which the FRP member is joined and an FRP non-joint portion (P B ) being a portion to which the FRP member is not joined, in the region of 0.1L1 to 0.9L1; a total width of the FRP joint portion (P A ) is 8 to 60% of a full width of the plane portion (P), in the plane portion; characterized in that each width D of the FRP non-joint portions (P B ) in the plane portion satisfies a following formula 0.5 × 1.9 × t × E σy ≦ D ≦ 1 .6 × 1.9 × t × E σy wherein t: a thickness of the plane portion, E: a Young's modulus of the plane portion, σ y : a yield stress of the plane portion, and wherein each width D is an interval in the width direction (W) between the FRP members adjacent to each other in a case of the presence of the adjacent FRP members , and each width D is also a distance in the width direction (W) from the FRP member closest to an end portion of the plane portion (P) to the end portion in a case of the absence of the adjacent FRP members ; and a flexural rigidity of the FRP member in the FRP joint portion (P A ) is 30 times or more a flexural rigidity of the plane portion (P) excluding the FRP member in the plane portion (P).