mhurhangee/patent-ind-claim-en huggingface dataset:
Flue terminal intended to connect an enclosed space to a discharge area by passing through a separation element , the terminal providing an air supply and discharge by means of two concentric ducts , an outer duct and an inner duct , one end of the inner duct protruding outside the outer duct at one end located in the discharge area ; the end of the terminal comprising: - a fastening ring designed to be secured to the outer duct ; - a cowl comprising a central opening , designed to be secured to said end of the inner duct ; - a partition connecting the fastening ring to the cowl and comprising openings designed to let the air pass between the outer duct and the inner duct ; - a turbulator in a helical arrangement, designed to cause turbulence in the gases exiting from the terminal, housed in the inner duct ; and - a clamping ring adjusting concentrically around the outer duct , said clamping ring being fixed to one wall of the separation element located in the enclosed space . - a fastening ring designed to be secured to the outer duct ; - a cowl comprising a central opening , designed to be secured to said end of the inner duct ; - a partition connecting the fastening ring to the cowl and comprising openings designed to let the air pass between the outer duct and the inner duct ; - a turbulator in a helical arrangement, designed to cause turbulence in the gases exiting from the terminal, housed in the inner duct ; and - a clamping ring adjusting concentrically around the outer duct , said clamping ring being fixed to one wall of the separation element located in the enclosed space .
A counter-rotating dough making mechanism comprising an upper dough hook assembly , a lower dough hook assembly and a gearing assembly in a coaxial arrangement about a drive shaft , and wherein the gearing assembly is arranged between the upper dough hook assembly and the lower dough hook assembly to transfer rotational movement between the assemblies ; wherein the gearing assembly is arranged such that the upper dough hook assembly and the lower dough hook assembly rotate in opposite directions; wherein the gearing assembly comprises a bevel gear set mounted on a bevel gear holder and the bevel gear set includes three bevel gears ; and wherein gear grooves are arranged on the bottom surface of the upper dough hook hub and the upper surface of the lower dough hook hub respectively; characterized in that the drive shaft is operably connected to the lower dough hook assembly ; that the upper dough hook assembly comprises an upper dough hook detachably connected to an upper dough hook hub and the lower dough hook assembly comprises a lower dough hook detachably connected to a lower dough hook hub ; that each bevel gear comprises a gear shaft embedded in a gear sleeve through a gear such that the gear is freely rotatable on the gear shaft; that a coupling ring is arranged between the drive shaft and the upper dough hook hub ; the upper dough hook hub is connected with the lower end of the coupling ring , and the lower dough hook hub and the upper dough hook hub are sequentially nested on the coupling ring .
A component analysis device, comprising a retention unit for retaining a plurality of containers for retaining a liver cell tissue comprising a 3D culture, and an analysis unit for measuring a component fed to the plurality of containers and analyzing the component thus measured, wherein the plurality of containers are at least a first container and a second container, wherein the first container retains a first solution containing a substance that releases adhesion between multiple cells forming the liver cell tissue and that allows a bile duct formed in the liver cell tissue to collapse, wherein said substance comprises trypsin and EDTA, for cutting the 3D culture liver cell tissue into single cells, wherein a temperature in the first container is maintained at 37°C, such that a fraction discharged from cells into a blood vessel side includes a fraction via passive diffusion and a fraction via a transporter, and the second container retains a buffer solution, and wherein the analysis unit measures an amount of the component discharged from the liver cell tissue in the first container into the first solution and an amount of the component discharged from the liver cell tissue in the second container into the buffer solution in the second container, and analyzes an amount of the component to be discharged via a bile duct in the liver cell tissue.
Method for managing the transfer of information packets across a wireless network comprising a first sub-network (SNW1) including a plurality of permanently powered routing nodes (B1,B3,AOR) and a second sub-network (SNW2) including a plurality of intermittently operating routing nodes (B2,B4,SR), whereby said wireless network is a Wireless Personal Area Network; at least two permanently powered routing nodes (B1,B3) of said first sub-network (SNW1) are associated to at least two respective intermittently operating routing nodes (B2,B4) of said second sub-network (SNW2); a polling procedure is used for transferring information packets, comprising routing information packets and data information packets, from said at least two permanently powered routing nodes (B1,B3) to said respective intermittently operating routing nodes (B2,B4) of said second sub-network (SNW2); when one of said permanently powered routing nodes (B1,B3) of said first sub-network (SNW1) has to transmit an information packet to a respective intermittently operating routing node (B2,B4) of said second sub-network (SNW2), said permanently powered routing node (B1,B3): stores said information packets into a memory, waits until said intermittently operating routing node (B2,B4) is able to receive information packets and then transmits said information packet to said intermittently operating routing node (B2,B4) of said second sub-network (SNW2); and, when said intermittently operating routing node (B2,B4) has to transmit an information packet to said permanently powered routing node (B1,B3), said intermittently operating routing node (B2,B4) transmits immediately said information packet to said permanently powered routing node (B1,B3).
A baking attachment for a kitchen appliance with • an outer vessel enclosing a receiving space with inner walls and having an insertion opening at the top, • a preparation vessel which has a base and side walls , has an upper opening , has a preparation space and is arranged in the receiving space in such a way that an intermediate space is formed between the base and the side walls of the preparation vessel and the inner walls of the outer vessel enclosing the receiving space , • a heating device arranged in the intermediate space , • a rotary shaft passing through the bottom of the preparation vessel and through a bottom portion of the outer vessel , and a mixing and kneading mechanism connected to the rotary shaft and arranged in the preparation chamber , and • a cover to close the insertion opening , wherein the outer vessel has a connecting portion in the region of the base portion for detachable insertion into a receiving portion of a kitchen appliance base , wherein a free end of the rotary shaft is arranged in the connecting portion , which has a first coupling portion for rotationally fixed connection to a second coupling portion arranged on a drive shaft of a kitchen appliance base , and wherein electrical contact elements electrically connected to the heating device are also arranged in the connecting section for detachable connection to electrical contacts of a kitchen appliance base , characterised in that the preparation vessel is designed to be detachably insertable into the receiving space . • an outer vessel enclosing a receiving space with inner walls and having an insertion opening at the top, • a preparation vessel which has a base and side walls , has an upper opening , has a preparation space and is arranged in the receiving space in such a way that an intermediate space is formed between the base and the side walls of the preparation vessel and the inner walls of the outer vessel enclosing the receiving space , • a heating device arranged in the intermediate space , • a rotary shaft passing through the bottom of the preparation vessel and through a bottom portion of the outer vessel , and a mixing and kneading mechanism connected to the rotary shaft and arranged in the preparation chamber , and • a cover to close the insertion opening , wherein the outer vessel has a connecting portion in the region of the base portion for detachable insertion into a receiving portion of a kitchen appliance base , wherein a free end of the rotary shaft is arranged in the connecting portion , which has a first coupling portion for rotationally fixed connection to a second coupling portion arranged on a drive shaft of a kitchen appliance base , and wherein electrical contact elements electrically connected to the heating device are also arranged in the connecting section for detachable connection to electrical contacts of a kitchen appliance base , characterised in that the preparation vessel is designed to be detachably insertable into the receiving space .
Valve, in particular a servo valve, having a valve seat which can be closed by a closing element and having a pilot-control valve via which the closing element can be switched between an open and a closed position, wherein the pilot-control valve has a pivotably mounted lever for switching the closing element , which lever has an actuating end and a relief end , wherein the actuating end is activated by a coil , wherein the coil interacts with a permanent magnet in such a way that the actuating end can be moved back and forth in a bistable manner between two end positions by brief energization of the coil , characterized in that the actuating end is arranged in the dry region of the valve , and the relief end is arranged in the fluid-traversed region of the valve .
An electromagnetic coupling device , operable to be coupled with one or more like coupling devices, the coupling device comprising: a device body ; at least one tongue member protruding from the device body, the tongue member having one or more ferro-magnetic engagement means provided thereon; at least one tongue member receiving means provided on or defined by the device body; and at least one electromagnet provided substantially adjacent the receiving means; wherein the engagement means provided on the tongue member of a second electromagnetic coupling device may be accommodated within the receiving means of the device body, and wherein the at least one electromagnet is operable to apply a magnetic force and cause the engagement means of the tongue member of the said second electromagnetic coupling device to at least partially engage or disengage the receiving means and thereby substantially resist or prevent movement of the said tongue member within the receiving means. a device body ; at least one tongue member protruding from the device body, the tongue member having one or more ferro-magnetic engagement means provided thereon; at least one tongue member receiving means provided on or defined by the device body; and at least one electromagnet provided substantially adjacent the receiving means;
Method for reducing intermediate nodes in a polygonal chain with one or more intermediate nodes of a set of intermediate nodes (Z1, Z2, ..., Z8) between a starting node (K1) and an end node (K2), wherein the starting node, the end node and each intermediate node of the set of intermediate nodes, in addition to the attributes longitude and latitude, is assigned at least one further attribute having an attribute value and an attribute direction of a set of further attributes, wherein the at least one further attribute is a gradient or a height or a curve radius, the method comprising: in one or more processors, for each intermediate node, beginning from the starting node: comparing the attribute direction of the at least one further attribute of an intermediate node with the attribute direction of the at least one further attribute of the immediate predecessor node; marking the intermediate node as a significant node when the comparison reveals a change of direction of the attribute direction; and applying a line generalization method in relation to the attributes longitude and latitude, wherein the intermediate nodes marked as significant nodes are not allowed to be removed. comparing the attribute direction of the at least one further attribute of an intermediate node with the attribute direction of the at least one further attribute of the immediate predecessor node; marking the intermediate node as a significant node when the comparison reveals a change of direction of the attribute direction; and applying a line generalization method in relation to the attributes longitude and latitude, wherein the intermediate nodes marked as significant nodes are not allowed to be removed.
A method for allowing a first device for controlling a display apparatus to control a second device, the method comprising: receiving (S1110), from the first device by the display apparatus using a first communication method, a user voice for controlling the second device; transmitting (S1120), to an external server by the display apparatus, the user voice to obtain a signal for controlling the second device; and transmitting (S1140), to the first device by the display apparatus using the first communication method, the obtained signal to cause the first device to transmit a control command corresponding to the signal to the second device using a second communication method, wherein the second communication method is different from the first communication method. receiving (S1110), from the first device by the display apparatus using a first communication method, a user voice for controlling the second device; transmitting (S1120), to an external server by the display apparatus, the user voice to obtain a signal for controlling the second device; and transmitting (S1140), to the first device by the display apparatus using the first communication method, the obtained signal to cause the first device to transmit a control command corresponding to the signal to the second device using a second communication method, wherein the second communication method is different from the first communication method.
A laminated synthetic resin bottle obtained by biaxially drawing and blow molding a laminated synthetic resin preform in a shape of a test tube, in which substrate layers of a main resin have been laminated with at least an intermediate layer over a predetermined height range (h2), wherein a portion of the bottle which is included in the predetermined height range (h2) does not include a neck and a bottom , in which portion the bottle is provided with narrow vertical connecting zones having no intermediate layer and having substrate layers welded directly with each other are formed in parallel in a circumferential direction and in a plural number along an axial direction of the bottle and are disposed on both right and left sides of each intermediate layer segment to be formed in this height range (h2), thus allowing the intermediate layer to be segmentalized in the circumferential direction by these vertical connecting zones .
A vehicle allowing a power storage device mounted therein to be externally charged using electric power from an external power supply , said vehicle comprising: a power generation device (130, 160; 165); and a control device configured to control said external charging, said control device being characterized by being configured, when it is estimated that charging of said power storage device is not completed within a target charging time period set by a user using only the electric power from said external power supply , to charge said power storage device with the electric power from said external power supply additionally using electric power generated by said power generation device (130, 160; 165) during the external charging. a power generation device (130, 160; 165); and a control device configured to control said external charging, said control device being characterized by being configured, when it is estimated that charging of said power storage device is not completed within a target charging time period set by a user using only the electric power from said external power supply , to charge said power storage device with the electric power from said external power supply additionally using electric power generated by said power generation device (130, 160; 165) during the external charging.
A method comprising the following steps performed by an apparatus of a user device: establishing a multi-access point connection between the user device and multiple access points (AP0, AP1, AP2) of which one is a serving access point; and; in response to interruption of the connection between the user device and the serving access point (AP1), the user device handing over to a different one (AP2) of the multiple access points (AP0, AP1, AP2) using the established multi-access point connection such that the different one (AP2) of the multiple access points (AP0, AP1, AP2) becomes a new serving access point (AP2), wherein establishing the multi-access point connection further comprises: the user device sending via a temporary serving access point, on a random access channel or on radio resources granted in reply to a resource request sent by the user device on the random access channel, to a cluster set manager, a connection establishment request with a list of candidate access points for the multi-access point connection, the list including a report for each candidate access point. establishing a multi-access point connection between the user device and multiple access points (AP0, AP1, AP2) of which one is a serving access point; and; in response to interruption of the connection between the user device and the serving access point (AP1), the user device handing over to a different one (AP2) of the multiple access points (AP0, AP1, AP2) using the established multi-access point connection such that the different one (AP2) of the multiple access points (AP0, AP1, AP2) becomes a new serving access point (AP2), wherein establishing the multi-access point connection further comprises: the user device sending via a temporary serving access point, on a random access channel or on radio resources granted in reply to a resource request sent by the user device on the random access channel, to a cluster set manager, a connection establishment request with a list of candidate access points for the multi-access point connection, the list including a report for each candidate access point.
An athletic garment , comprising: an upper body section ; a lower body section adjacent the upper body section and comprising a front side , a rear side , a pelvic section , and two leg openings distal the upper body section ; characterised in that : the upper body section comprises only two body openings, the two body openings comprising a head opening sized to receive a head of a wearer and fit around a neck of the wearer, and a back opening sized to receive a torso of the wearer; the upper body section being coupled to the lower body section proximate a pelvic section and comprising a halter strap comprising two front portions and a rear side portion , wherein the rear side portion is coupled to the athletic garment only by the two front portions, forming at least a portion of a loop of the head opening on the upper body section ; the upper body section comprising a bodice section between the halter strap and the pelvic section and a chamois coupled to the lower body section at a base of the pelvic section . an upper body section ; a lower body section adjacent the upper body section and comprising a front side , a rear side , a pelvic section , and two leg openings distal the upper body section ; the upper body section comprises only two body openings, the two body openings comprising a head opening sized to receive a head of a wearer and fit around a neck of the wearer, and a back opening sized to receive a torso of the wearer; the upper body section being coupled to the lower body section proximate a pelvic section and comprising a halter strap comprising two front portions and a rear side portion , wherein the rear side portion is coupled to the athletic garment only by the two front portions, forming at least a portion of a loop of the head opening on the upper body section ; the upper body section comprising a bodice section between the halter strap and the pelvic section and a chamois coupled to the lower body section at a base of the pelvic section .
A fuel composition comprising as an additive a quaternary ammonium compound of formula (X): wherein R 1 , R 2 and R 3 is each individually an optionally substituted alkyl, alkenyl or aryl group; R includes an optionally substituted hydrocarbyl moiety having at least 6 carbon atoms; and R° is a group of formula: wherein R 4 is hydrogen or an optionally substituted alkyl, alkenyl or aryl group; R 5 is hydrogen or an optionally substituted alkyl, alkenyl or aryl group; R 6 is hydrogen or an optionally substituted alkyl, alkenyl or aryl group; and R 7 is CH 2 OR 8 or CH 2 OCOR 9 wherein each of R 8 and R 9 is an optionally substituted alkyl, alkenyl or aryl group; and at least one of R 4 , R 5 and R 6 is hydrogen; wherein the quaternary ammonium compound is the reaction product of: (a) a tertiary amine of formula R 1 R 2 R 3 N; (b) an epoxide of formula and (c) an acid including an optionally substituted hydrocarbyl moiety having at least 6 carbon atoms. (a) a tertiary amine of formula R 1 R 2 R 3 N; (b) an epoxide of formula and (c) an acid including an optionally substituted hydrocarbyl moiety having at least 6 carbon atoms.