mhurhangee/ep-ind-claims huggingface dataset:
A rotatable tray installed on a child seat for accommodating a container, and the rotatable tray comprising: a platform comprising a communicating chamber; a fixing base fixed in the communicating chamber of the platform; a positioning base comprising a first engaging portion, and the positioning base being slidably disposed in the communicating chamber of the platform; a resilient component disposed between the fixing base and the positioning base; and a supporting base connected to the platform, an engaging base protruding from an end of the supporting base, a second engaging portion being disposed on the supporting base, the engaging base being pivoted in the communicating chamber so that the platform rotates relative to the supporting base, and the resilient component driving the first engaging portion to selectively engage with the second engaging portion, wherein the positioning base is circumferentially fixed and slidably up and down disposed in the communicating chamber, the first engaging portion is disposed on an end of the positioning base facing the second engaging portion, and the first engaging portion protrudes from the end of the positioning base, characterized in that a stopping protrusion is formed on an outer sidewall of the engaging base, a sliding slot is formed on an inner sidewall of the positioning base, the sliding slot is a curve-shaped concave structure, the stopping protrusion is slidably installed in the sliding slot, and the stopping protrusion slides in the sliding slot as the positioning base rotates. a platform comprising a communicating chamber; a fixing base fixed in the communicating chamber of the platform; a positioning base comprising a first engaging portion, and the positioning base being slidably disposed in the communicating chamber of the platform; a resilient component disposed between the fixing base and the positioning base; and a supporting base connected to the platform, an engaging base protruding from an end of the supporting base, a second engaging portion being disposed on the supporting base, the engaging base being pivoted in the communicating chamber so that the platform rotates relative to the supporting base, and the resilient component driving the first engaging portion to selectively engage with the second engaging portion,
Appliance for preparing baby or toddler food, comprising a water container or a water connection, comprising a pump device, comprising a heating apparatus for heating water and/or for generating water vapour, comprising a cleaning apparatus for cleaning a bottle for receiving the baby or toddler food by means of heated water and/or water vapour, and comprising a filling apparatus for filling the bottle with the baby or toddler food, in particular with heated water and a food supplement, in particular milk powder, wherein the bottle can be coupled to a holding device of the appliance which holds the bottle during cleaning and filling, and wherein said holding device forms a receiving chamber in which the bottle is received during cleaning and also filling, wherein the holding device with the bottle coupled thereto can be arranged in a first orientation in a cleaning station on the appliance in order to clean the bottle and wherein the holding device can be arranged in the first orientation in the cleaning station by means of a releasable connection mechanism on the appliance, wherein the connection mechanism comprises a bayonet locking mechanism, a clamping mechanism or a snapping, latching or otherwise engaging and then releasable mechanism, and wherein the holding device with the bottle coupled thereto can be arranged in a second orientation in a filling station on the appliance in order to fill the bottle, and wherein the holding device with the bottle coupled thereto can be taken off the appliance by manually gripping the holding device with the bottle coupled thereto proceeding from the first orientation in the cleaning station and can be arranged on the appliance again in the second orientation in the filling station, or wherein the holding device with the bottle coupled thereto is manually supported in the state arranged on the appliance or can be brought from the first orientation in the cleaning station into the second orientation in the filling station by means of a mechanical, in particular motor-assisted adjusting mechanism. wherein the holding device with the bottle coupled thereto can be taken off the appliance by manually gripping the holding device with the bottle coupled thereto proceeding from the first orientation in the cleaning station and can be arranged on the appliance again in the second orientation in the filling station, or wherein the holding device with the bottle coupled thereto is manually supported in the state arranged on the appliance or can be brought from the first orientation in the cleaning station into the second orientation in the filling station by means of a mechanical, in particular motor-assisted adjusting mechanism.
A flexible fuel cell power system comprising a plurality of fuel cartridges (504, 606), each fuel cartridge (504, 606) comprising a reactor and a reactant fuel material configured to react with an aqueous solution to generate hydrogen, a water compartment, a fuel cell system, and a platform (502, 601), a first fluid line for delivering hydrogen from the fuel cartridges to the fuel cell system wherein each said fuel cartridge (504, 606) and said fuel cell system are attached to said platform (502, 601), and wherein said platform (502, 601) includes bendable joints or flexures which permit said platform (502, 601) to be flexible; wherein the platform (502, 601) comprises a plurality of connection points configured to engage the plurality of fuel cartridges (504, 606) and the water compartment via a plurality of interface pins (1014, 1015, 1016); wherein the plurality of connection points comprises a water supply interface connected with a fluid line of one or more second fluid lines to a water micropump (922, 1010), with the water compartment connected to the water supply interface; wherein two or more of the plurality of connection points each comprise an H 2 -out interface pin and a water-in interface pin, with the plurality of fuel cartridges (504, 606) connected to the two or more connection points; wherein each water-in interface pin is connected with a fluid line of one or more second fluid lines to a selector valve block (920, 1008) configured to control and direct the flow of water to the plurality of fuel cartridges (504, 606).
A medical device comprising: a flexible elongated body; a handle connected to the elongated body; at least one spine connected to the elongated body, the at least one spine comprising a shape-memory support arm; and a flexible sheet attached to the at least one spine, the flexible sheet having a plurality of electrodes thereon, the flexible sheet and the plurality of electrodes defining a mapping assembly for mapping electrical information in tissue, wherein the at least one spine is deformable between a collapsed configuration and a deployed configuration, such that the flexible sheet is movable from a collapsed configuration to a deployed configuration. a flexible elongated body; a handle connected to the elongated body; at least one spine connected to the elongated body, the at least one spine comprising a shape-memory support arm; and a flexible sheet attached to the at least one spine, the flexible sheet having a plurality of electrodes thereon, the flexible sheet and the plurality of electrodes defining a mapping assembly for mapping electrical information in tissue, wherein the at least one spine is deformable between a collapsed configuration and a deployed configuration, such that the flexible sheet is movable from a collapsed configuration to a deployed configuration.
A method of controlling synchronization of messages to a client device, the method comprising: receiving one or more messages comprising data for a client device associated with a user; determining a category of each message; determining an activity of the client device; synchronizing the client device with data from the messages in response to the category of each message and the activity of the client device; wherein the synchronizing is characterized by: placing each message into either an allow queue or a block queue depending on the category of each message and the activity of the client device in accordance with a rate control policy, wherein messages of a first category are placed into the allow queue, and messages of a second category are placed in either the allow queue or the block queue depending on the activity of the client device; immediately synchronizing messages that have been placed in the allow queue; and queuing messages that have been placed in the block queue without immediately initiating their synchronization. receiving one or more messages comprising data for a client device associated with a user; determining a category of each message; determining an activity of the client device; synchronizing the client device with data from the messages in response to the category of each message and the activity of the client device; wherein the synchronizing is characterized by: placing each message into either an allow queue or a block queue depending on the category of each message and the activity of the client device in accordance with a rate control policy, wherein messages of a first category are placed into the allow queue, and messages of a second category are placed in either the allow queue or the block queue depending on the activity of the client device; immediately synchronizing messages that have been placed in the allow queue; and queuing messages that have been placed in the block queue without immediately initiating their synchronization. placing each message into either an allow queue or a block queue depending on the category of each message and the activity of the client device in accordance with a rate control policy, wherein messages of a first category are placed into the allow queue, and messages of a second category are placed in either the allow queue or the block queue depending on the activity of the client device; immediately synchronizing messages that have been placed in the allow queue; and queuing messages that have been placed in the block queue without immediately initiating their synchronization.
Modular holding element for fastening an electrical busbar to a perforated rail of an electrical distributor, comprising a basic body, which has mutually opposite first and second lateral surfaces (8.1, 8.2), a clamping surface (8.3) arranged orthogonally thereto, and connecting portions (8.4, 8.5) arranged orthogonally to the lateral surfaces (8.1, 8.2) and to the clamping surface (8.3), wherein a cutout for receiving one end of a busbar is formed in at least one of the two lateral surfaces (8.1, 8.2), and the basic body has an opening through which there can be guided a screw element for producing a clamping force between the clamping surface (8.3) and the perforated rail, wherein the first and second connecting portion (8.4, 8.5) are formed opposite one another on the basic body, and a female connecting element is formed on the first connecting portion (8.4), and a male connecting element designed to be complementary thereto is formed on the second connecting portion (8.5) and, with the production of a form-fitting engagement, can be introduced into the female connecting element of a further identically formed holding element, characterized in that the opening comprises a first part-bore (12.1) formed in the female connecting element and a second part-bore (12.2) formed in the male connecting element, wherein, when the male connecting element is inserted into the female connecting element of the further holding element, the first part-bore (12.1) of the further holding element and the second part-bore (12.2) inter engage and extend alternately along the same screw-in axis of the screw element, with the result that, after the screw element has been inserted into the first and second part-bore (12.1, 12.2), the male connecting element and the female connecting element of the further holding element are locked against sliding out.
A preparation method of a sulfur-containing biphenyl compound, characterized in that: the method of the sulfur-containing biphenyl compound shown by the general formula has a reaction formula as follows: in the formula: R is selected from C 1 -C 8 alkyl, C 1 -C 8 haloalkyl, C 2 -C 8 alkenyl, C 2 -C 8 haloalkenyl, C 2 -C 8 alkynyl, C 2 -C 8 haloalkynyl; X is selected from chlorine or bromine; and m is selected from 0,1 or 2, further characterized in that: the compound shown by the general formula generates a coupling reaction in a catalytic system composed of a nickel compound and at least one ligand under the combined action of metallic zinc to obtain the compound shown by the general formula.
A method for making a NdFeB system sintered magnet which includes processes of: filling a powder filling/sintering container (which will hereinafter be referred to "mold") with a powder; orienting the powder with a magnetic field; charging the whole mold into a sintering furnace; and heating the powder in the mold without applying any mechanical pressure to the powder to obtain a sintered compact, charachterized in that at least a part of the mold is made of a carbon material, said part causing friction between the carbon material and the sintered component.
A medical device, comprising: an insertion portion longitudinally extending between a proximal end and a distal end, the insertion portion defining a channel extending therethrough; and a handle coupled to the proximal end of the insertion portion, wherein the handle includes: an irrigation port in fluid communication with the channel and coupled to a source of irrigation fluid, a first branch, a second branch, and a bifurcation coupling the first branch and the second branch to the channel, wherein the first branch is coupled to the irrigation port; an actuator (136; 236); and a pressurizer (132; 232; 332) fluidly coupled to the second branch; wherein the actuator (136; 236) is configured to control actuation of the pressurizer (132; 232; 332) to urge irrigation fluid in the second branch toward the bifurcation and distally through the channel. an insertion portion longitudinally extending between a proximal end and a distal end, the insertion portion defining a channel extending therethrough; and a handle coupled to the proximal end of the insertion portion, wherein the handle includes: an irrigation port in fluid communication with the channel and coupled to a source of irrigation fluid, a first branch, a second branch, and a bifurcation coupling the first branch and the second branch to the channel, wherein the first branch is coupled to the irrigation port; an actuator (136; 236); and a pressurizer (132; 232; 332) fluidly coupled to the second branch; an irrigation port in fluid communication with the channel and coupled to a source of irrigation fluid, a first branch, a second branch, and a bifurcation coupling the first branch and the second branch to the channel, wherein the first branch is coupled to the irrigation port; an actuator (136; 236); and a pressurizer (132; 232; 332) fluidly coupled to the second branch; wherein the actuator (136; 236) is configured to control actuation of the pressurizer (132; 232; 332) to urge irrigation fluid in the second branch toward the bifurcation and distally through the channel.
Electric machine comprising a rotor and a stator comprising a stack of laminations to form a stator body with a plurality of pairs of slots to accept magnetic flux generators through which an electric current may pass, the said pairs of slots being angularly offset from one another by an angle (α), characterized in that the laminations comprise cooling means for the stator, and in that the laminations have a bore in a solid portion between two pairs of slots and a hollow between the next two pairs of slots.
A work machine vehicle having an operator protective structure, a seat positioned in the operator protective structure, and a seatbar pivotably mounted to the operator protective structure of the work machine vehicle, said work machine vehicle further comprising: first and second adjustable armrest assemblies mounted to a structure of the seat such that the first and second armrest assemblies can be adjusted in fore and aft directions relative to a seatback of the seat; vehicle controls integrated with the first and second adjustable armrest assemblies such that adjustment of the first and second adjustable armrest assemblies adjusts positions of the vehicle controls relative to an operator sitting on the seat, and such that after adjustment the vehicle controls and the operator sitting on the seat are maintained at constant relative positions with respect to each other even as the work machine vehicle moves over rough terrain and the seat moves up and down; and wherein the seatbar is a nested seatbar moveable to a down position in which portions of the seatbar are located between the first and second adjustable armrest assemblies. first and second adjustable armrest assemblies mounted to a structure of the seat such that the first and second armrest assemblies can be adjusted in fore and aft directions relative to a seatback of the seat; vehicle controls integrated with the first and second adjustable armrest assemblies such that adjustment of the first and second adjustable armrest assemblies adjusts positions of the vehicle controls relative to an operator sitting on the seat, and such that after adjustment the vehicle controls and the operator sitting on the seat are maintained at constant relative positions with respect to each other even as the work machine vehicle moves over rough terrain and the seat moves up and down; and wherein the seatbar is a nested seatbar moveable to a down position in which portions of the seatbar are located between the first and second adjustable armrest assemblies.
Grease filter element for an extractor hood, wherein the grease filter element has two cover layers (10, 11) and a filling material in the form of a filler is arranged between the cover layers (10, 11), characterised in that the filling material consists of plastic particles.
A method for context-adaptive binary arithmetic coding a sequence of binary symbols representing a syntax element related to video data or a syntax element relative to a video data comprising for each binary symbol of the sequence of binary symbols: - obtaining a context value from a context model defined for the binary symbol, said context value comprising bits representing the probability, called a first probability p, for the binary symbol to be equal to a given binary value; - determining a second probability p' by modifying said first probability p according to at least one previously coded binary symbol of the sequence of binary symbols; - arithmetic coding the binary symbol based on said second probability p'; and - updating and storing the first probability p of said context value according to the coded binary symbol. - obtaining a context value from a context model defined for the binary symbol, said context value comprising bits representing the probability, called a first probability p, for the binary symbol to be equal to a given binary value; - determining a second probability p' by modifying said first probability p according to at least one previously coded binary symbol of the sequence of binary symbols; - arithmetic coding the binary symbol based on said second probability p'; and - updating and storing the first probability p of said context value according to the coded binary symbol.
A computer-executable method for performing passive network discovery to verify Internet connectivity of a mobile device, comprising: setting, by a mobile device, a timeout variable to a value equal to a current time; receiving, by the mobile device, a beacon frame from an access point of a WiFi service; determining, by the mobile device, that the beacon frame includes signed timing information of a server and the value of the timeout variable is less than a maximum time; determining a decrypted time value by using a public key of the server to decrypt an encrypted time value extracted from the signed timing information; determining that the decrypted time value is equal to a time value extracted from the signed timing information and that the time value is greater than the current time minus a time window; and determining, by the mobile device, that the Internet connectivity verification for the WiFi service is successful. setting, by a mobile device, a timeout variable to a value equal to a current time; receiving, by the mobile device, a beacon frame from an access point of a WiFi service; determining, by the mobile device, that the beacon frame includes signed timing information of a server and the value of the timeout variable is less than a maximum time; determining a decrypted time value by using a public key of the server to decrypt an encrypted time value extracted from the signed timing information; determining that the decrypted time value is equal to a time value extracted from the signed timing information and that the time value is greater than the current time minus a time window; and determining, by the mobile device, that the Internet connectivity verification for the WiFi service is successful.
A light collector having an optical unit and an energy conversion unit, whereby the energy conversion unit consists of a number of conversion cells (12, 14, 16) that are located along a first main axis, in which the optical unit triggers a light refraction and encloses the energy conversion unit at least partially, and the optical unit focuses parallel incident light on a focal area, wherein the focal area has its largest dimension along a second main axis, and the second main axis extends along the first main axis, and wherein the optical unit consists of a light-transmitting dish and a fill medium, and the optical unit has a variable index of refraction along the first main axis for the refraction of light.