mhurhangee/ep-ind-claims huggingface dataset:
Liquid dispenser for dispensing a cosmetic or pharmaceutical liquid which is produced by mixing at least two starting liquids, with the following features: a. the liquid dispenser has at least two liquid reservoirs for holding the starting liquids, wherein the liquid reservoirs extend in a main direction of extent of the liquid dispenser and are separated from each other by a partition wall, and b. the liquid dispenser has at least one discharge opening and at least one pump device by means of which liquid can be delivered from the liquid reservoirs to the discharge opening, and c. a respective intake opening for removing the liquid by means of the at least one pump device is provided at a top end of the liquid reservoirs, and d. a respective intake tube extends from the intake opening to a bottom end of the respective liquid reservoir, and e. a respective filling opening is provided in a base region at the bottom end of the liquid reservoirs, characterized by one of the following features: f. the liquid reservoirs have a reservoir base in the base region, which is perforated by a filling opening in each case, wherein the reservoir bases are each provided with oblique guide surfaces at least in some places, by virtue of which intake tubes are pushed away from the respective filling opening during the installation of the liquid dispenser, or g. barrier sections, which are arranged inside the respective liquid reservoir so that they are flush with the respective filling openings and which block the respective intake tube from entering the filling openings during the installation of the liquid dispenser, are provided in the base region of the liquid reservoirs. a. the liquid dispenser has at least two liquid reservoirs for holding the starting liquids, wherein the liquid reservoirs extend in a main direction of extent of the liquid dispenser and are separated from each other by a partition wall, and b. the liquid dispenser has at least one discharge opening and at least one pump device by means of which liquid can be delivered from the liquid reservoirs to the discharge opening, and c. a respective intake opening for removing the liquid by means of the at least one pump device is provided at a top end of the liquid reservoirs, and d. a respective intake tube extends from the intake opening to a bottom end of the respective liquid reservoir, and e. a respective filling opening is provided in a base region at the bottom end of the liquid reservoirs, f. the liquid reservoirs have a reservoir base in the base region, which is perforated by a filling opening in each case, wherein the reservoir bases are each provided with oblique guide surfaces at least in some places, by virtue of which intake tubes are pushed away from the respective filling opening during the installation of the liquid dispenser, or g. barrier sections, which are arranged inside the respective liquid reservoir so that they are flush with the respective filling openings and which block the respective intake tube from entering the filling openings during the installation of the liquid dispenser, are provided in the base region of the liquid reservoirs.
A secondary battery, comprising: an electrode assembly, the electrode assembly including a separator between a positive electrode and a negative electrode; current collectors (40a, 40b), the current collectors being electrically connected to the positive electrode and the negative electrode, respectively; a case, the case accommodating the electrode assembly and the current collectors; a cap plate, the cap plate coupled to an opening in the case; and an insulating film (300, 400, 500, 600, 700), the insulating film insulating the electrode assembly and the electrode collectors from the case, wherein the insulating film (300, 400, 500, 600, 700) includes a protuberance pattern (300a, 400a, 500a, 600a, 700a) on surfaces of the insulating film (300, 400, 500, 600, 700) facing the current collectors (40a, 40b) and the case or on a surface of the insulating film (300, 400, 500, 600, 700) facing the case, the protuberance pattern (300a, 400a, 500a, 600a, 700a) having elastic properties such that movement of the electrode assembly and the current collectors (40a, 40b) is compensated and the protuberance pattern (300a, 400a, 500a, 600a, 700a) is in the form of high and low regions recessed from and between the high regions, and the low regions are spaced apart from the electrode assembly and the current collectors (40a, 40b) or the case. an electrode assembly, the electrode assembly including a separator between a positive electrode and a negative electrode; current collectors (40a, 40b), the current collectors being electrically connected to the positive electrode and the negative electrode, respectively; a case, the case accommodating the electrode assembly and the current collectors; a cap plate, the cap plate coupled to an opening in the case; and an insulating film (300, 400, 500, 600, 700), the insulating film insulating the electrode assembly and the electrode collectors from the case, wherein the insulating film (300, 400, 500, 600, 700) includes a protuberance pattern (300a, 400a, 500a, 600a, 700a) on surfaces of the insulating film (300, 400, 500, 600, 700) facing the current collectors (40a, 40b) and the case or on a surface of the insulating film (300, 400, 500, 600, 700) facing the case, the protuberance pattern (300a, 400a, 500a, 600a, 700a) having elastic properties such that movement of the electrode assembly and the current collectors (40a, 40b) is compensated and the protuberance pattern (300a, 400a, 500a, 600a, 700a) is in the form of high and low regions recessed from and between the high regions, and the low regions are spaced apart from the electrode assembly and the current collectors (40a, 40b) or the case.
A sliding member comprising: a lining layer formed from an alloy having a predetermined shape; and an overlay layer formed on an inner circumferential surface of the lining layer, the overlay layer being formed of resin, the overlay layer sliding with a shaft, the overlay layer including a raised portion a height of which in a predetermined area that includes each of an edge in an axial direction of the shaft is greater than a height of another area of the overlay layer; wherein a surface of the lining layer is flat along the axial direction; and in a cross section parallel to the axial direction, the height of the overlay layer gradually increases from a starting point of the raised portion to a top point of the raised portion, and gradually decreases from the top point of the raised portion to the axial edge. a lining layer formed from an alloy having a predetermined shape; and an overlay layer formed on an inner circumferential surface of the lining layer, the overlay layer being formed of resin, the overlay layer sliding with a shaft, the overlay layer including a raised portion a height of which in a predetermined area that includes each of an edge in an axial direction of the shaft is greater than a height of another area of the overlay layer; wherein a surface of the lining layer is flat along the axial direction; and in a cross section parallel to the axial direction, the height of the overlay layer gradually increases from a starting point of the raised portion to a top point of the raised portion, and gradually decreases from the top point of the raised portion to the axial edge.
Method of operating a closure of an open roof construction in a vehicle having a roof opening in its fixed roof, the closure being adjustable between a closed position, in which it closes the roof opening, and an open position in which it is at least partly moved out of the roof opening, wherein an operating mechanism of the open roof construction comprises at least one adjustable first support member adjustably supporting the closure near its front side, and adjustable second support members adjustably supporting the closure a distance behind the front support,, the method including an adjustment procedure step before its normal operation, the adjustment procedure includes: putting the closure in its intended closed position in the roof opening, and adjusting the height of the closure, characterized in that at least each second support member has its own drive member (8; 9) for obtaining an adjustment of the closure at the position of the respective support member; adjusting the height of the closure includes the steps of: actuating the respective drive members (8; 9), if necessary, to adjust the position of the closure in a direction from an actual closed position to a desired closed position, and storing the corresponding position of the respective drive members (8; 9) in a memory of a control unit of the operating mechanism as being the desired closed position. actuating the respective drive members (8; 9), if necessary, to adjust the position of the closure in a direction from an actual closed position to a desired closed position, and storing the corresponding position of the respective drive members (8; 9) in a memory of a control unit of the operating mechanism as being the desired closed position.
An adhesive scraper for removing the excess adhesive and smoothing the surface of adhesive applied on the lateral surface of a glue roller of a gluing unit, and a support structure comprising a scraper support, a scraping tool mounted on said scraper support and means for adjusting the position of scraping tool relative to said lateral surface; characterised in that said scraper support comprises: - a body extending along a main axis parallel to the rotation axis of said glue roller, comprising a fixing portion and a scraper bearing portion; said body being movable solely along an axis orthogonal to said main axis; and - distal adjustment means for fixing scraper support to said support structure of said gluing unit and adjusting the relative distance between said body and said support structure; said distal adjustment means being operatively coupled with said body and said support structure in sliding arrangement so as to be movable solely along an axis parallel to said main axis and so that the translation of said distal adjustment means along said axis parallel to said main axis results in a proportional translation along said axis orthogonal to said main axis of said body, with respect to said support structure. - a body extending along a main axis parallel to the rotation axis of said glue roller, comprising a fixing portion and a scraper bearing portion; said body being movable solely along an axis orthogonal to said main axis; and - distal adjustment means for fixing scraper support to said support structure of said gluing unit and adjusting the relative distance between said body and said support structure; said distal adjustment means being operatively coupled with said body and said support structure in sliding arrangement so as to be movable solely along an axis parallel to said main axis and so that the translation of said distal adjustment means along said axis parallel to said main axis results in a proportional translation along said axis orthogonal to said main axis of said body, with respect to said support structure.
A network device (130, 140), comprising: a memory to store a plurality of instructions and an Open Shortest Path First, "OSPF", link-state database; and a processor configured to execute the instructions in the memory to: identify an OSPF protocol link between the network device and a layer 2 network as one of a point-to-multipoint over broadcast or a point-to-multipoint over non-broadcast multiple access, "NBMA", interface; perform database synchronization and neighbor discovery and maintenance using one of a broadcast model or a NBMA model; classify the OSPF protocol link as a point-to-multipoint link for representation in the OSPF link-state database; generate a link-state advertisement for the network device, where the link-state advertisement includes a separate point-to-point link description including a link cost for every neighbor within the layer 2 network; and send the link-state advertisement only to each fully adjacent neighbor device in the layer 2 network, where the fully adjacent neighbor device comprises a designated router or a backup designated router for the layer 2 network. a memory to store a plurality of instructions and an Open Shortest Path First, "OSPF", link-state database; and a processor configured to execute the instructions in the memory to: identify an OSPF protocol link between the network device and a layer 2 network as one of a point-to-multipoint over broadcast or a point-to-multipoint over non-broadcast multiple access, "NBMA", interface; perform database synchronization and neighbor discovery and maintenance using one of a broadcast model or a NBMA model; classify the OSPF protocol link as a point-to-multipoint link for representation in the OSPF link-state database; generate a link-state advertisement for the network device, where the link-state advertisement includes a separate point-to-point link description including a link cost for every neighbor within the layer 2 network; and send the link-state advertisement only to each fully adjacent neighbor device in the layer 2 network, where the fully adjacent neighbor device comprises a designated router or a backup designated router for the layer 2 network. identify an OSPF protocol link between the network device and a layer 2 network as one of a point-to-multipoint over broadcast or a point-to-multipoint over non-broadcast multiple access, "NBMA", interface; perform database synchronization and neighbor discovery and maintenance using one of a broadcast model or a NBMA model; classify the OSPF protocol link as a point-to-multipoint link for representation in the OSPF link-state database; generate a link-state advertisement for the network device, where the link-state advertisement includes a separate point-to-point link description including a link cost for every neighbor within the layer 2 network; and send the link-state advertisement only to each fully adjacent neighbor device in the layer 2 network, where the fully adjacent neighbor device comprises a designated router or a backup designated router for the layer 2 network.
Electrical conductor connection element for contacting an electrical conductor on a printed circuit board, having a contact carrier, at least one first contact element and at least one second contact element, wherein the first contact element is received in the contact carrier and connected to the second contact element in an electrically conductive manner, wherein the first contact element is provided for contacting the electrical conductor, and wherein the second contact element is provided for contacting the printed circuit board, wherein the first contact element forms, within the contact carrier, a first contact region (3.2), and the second contact element forms a second connection region (4.1) and, within the contact carrier, a second contact region (4.2), wherein the electrical conductor connection element has at least one disconnection point which is formed by the first contact region (3.2) and the second contact region (4.2), wherein the electrically conductive connection between the first contact element and the second contact element can be disconnected by the disconnection point, wherein the first contact element comprises a first connection region (3.1) which is arranged in the vicinity of a conductor receiving opening of the contact carrier, so that the electrical conductor can be inserted into the first connection region (3.1) through the conductor receiving opening and can be connected to the first connection region, wherein the contact carrier also has a test opening, wherein the first contact region (3.2) and the second contact region (4.2) in the contact carrier are arranged at the test opening, and wherein the disconnection point in the contact carrier is arranged at the test opening, characterized in that the first contact region (3.2) of the first contact element is formed as a movable part of the disconnection point.
A process for the subcellular proteomic analysis of a test biological sample, comprising the following steps: a) metabolic isotopic labeling of the proteins from a test biological sample; b) fixation of said sample; c) labeling of the test subcellular compartment; d) laser microdissection of said subcellular compartment; e) extraction of the proteins from said subcellular compartment, reversion of the fixation, and proteolysis; f) analysis of the peptides resulting from step e) by mass spectrometry; g) identification of the peptides analyzed. a) metabolic isotopic labeling of the proteins from a test biological sample; b) fixation of said sample; c) labeling of the test subcellular compartment; d) laser microdissection of said subcellular compartment; e) extraction of the proteins from said subcellular compartment, reversion of the fixation, and proteolysis; f) analysis of the peptides resulting from step e) by mass spectrometry; g) identification of the peptides analyzed.
A method for controlling a wind turbine having torsionally compliant blades wherein an aerodynamic twist of the blades changes as the blades are loaded, the blades driving a rotor mechanically coupled to a generator, the torsionally compliant blades having an induced twist larger than one degree at or below rated power, the method comprising: measuring either a rotational speed of the wind turbine or power generated by the wind turbine; and adjusting a blade pitch based on either the measured rotational speed or the measured power generated by the wind turbine to increase energy capture of the wind turbine. measuring either a rotational speed of the wind turbine or power generated by the wind turbine; and adjusting a blade pitch based on either the measured rotational speed or the measured power generated by the wind turbine to increase energy capture of the wind turbine.
A method for wireless communication, comprising: receiving (525; 1005), at a wireless device in a wireless mesh network, a first message including configuration information for a priority communication that is to be transmitted from a first network node to a second network node; generating a second message to indicate at least one of resource information or configuration information; and transmitting (540; 1010), based at least in part on receipt of the first message, the second message to the second network node, the second message indicating the at least one of resource information or configuration information to be used by the second network node in receipt of the priority communication. receiving (525; 1005), at a wireless device in a wireless mesh network, a first message including configuration information for a priority communication that is to be transmitted from a first network node to a second network node; generating a second message to indicate at least one of resource information or configuration information; and transmitting (540; 1010), based at least in part on receipt of the first message, the second message to the second network node, the second message indicating the at least one of resource information or configuration information to be used by the second network node in receipt of the priority communication.
A trocar set, the trocar set comprising: a handle portion comprising a grip, a connection part, and a gas valve, wherein the connection part extends from the grip and comprises an assembling channel, and the gas valve is connected to the connection part and communicates with the assembling channel; a first sleeve comprising an assembling end, a sleeving end, a first outer sleeve wall, and a fastening component, wherein the assembling end is assembled to the assembling channel, and the fastening component is disposed at the sleeving end and contacts the first outer sleeve wall; a second sleeve comprising a receiving end and a second inner sleeve wall, wherein the sleeving end is inserted into the receiving end, and the second inner sleeve wall contacts the fastening component; a gas tight assembly comprising a gas tight sleeve and a blocking component, wherein the gas tight sleeve is fixed to the second sleeve and encloses the receiving end and the blocking component, the blocking component restricts an axial displacement of the gas tight sleeve such that the first sleeve cannot be disengaged from the second sleeve, and an outer wall of the gas tight sleeve is provided with a plurality of crossing channels and the crossing channels are not in a through-hole type; and a pulling band crossing the crossing channel. a handle portion comprising a grip, a connection part, and a gas valve, wherein the connection part extends from the grip and comprises an assembling channel, and the gas valve is connected to the connection part and communicates with the assembling channel; a first sleeve comprising an assembling end, a sleeving end, a first outer sleeve wall, and a fastening component, wherein the assembling end is assembled to the assembling channel, and the fastening component is disposed at the sleeving end and contacts the first outer sleeve wall; a second sleeve comprising a receiving end and a second inner sleeve wall, wherein the sleeving end is inserted into the receiving end, and the second inner sleeve wall contacts the fastening component; a gas tight assembly comprising a gas tight sleeve and a blocking component, wherein the gas tight sleeve is fixed to the second sleeve and encloses the receiving end and the blocking component, the blocking component restricts an axial displacement of the gas tight sleeve such that the first sleeve cannot be disengaged from the second sleeve, and an outer wall of the gas tight sleeve is provided with a plurality of crossing channels and the crossing channels are not in a through-hole type; and a pulling band crossing the crossing channel.
A respiratory valve device (100, 210, 211, 212, 213, 214, 310, 311, 312) comprising: a catheter balloon configured for being disposed in a respiratory gas pathway and valving said respiratory gas pathway; a stem comprising a nozzle (130, 131), wherein said catheter balloon is (i) disposed around said stem and said nozzle (130, 131), and (ii) fluidly sealed to the stem by a collar (140, 141); a mount; a gas connection; and a stem base in fluid communication with the stem, the mount configured for placement of said catheter balloon within said respiratory gas pathway, wherein the catheter balloon is capable of inflation by air flowing through the gas connection, the stem base, the stem, and out of the nozzle (130, 131); and wherein the stem base is aerodynamic such that when said catheter balloon is deflated and air flows through the respiratory gas pathway in the direction from the collar (140, 141) towards and through the mount, the stem base provides low resistance to the air flow. a catheter balloon configured for being disposed in a respiratory gas pathway and valving said respiratory gas pathway; a stem comprising a nozzle (130, 131), wherein said catheter balloon is (i) disposed around said stem and said nozzle (130, 131), and (ii) fluidly sealed to the stem by a collar (140, 141); a mount; a gas connection; and a stem base in fluid communication with the stem, the mount configured for placement of said catheter balloon within said respiratory gas pathway, wherein the catheter balloon is capable of inflation by air flowing through the gas connection, the stem base, the stem, and out of the nozzle (130, 131); and wherein the stem base is aerodynamic such that when said catheter balloon is deflated and air flows through the respiratory gas pathway in the direction from the collar (140, 141) towards and through the mount, the stem base provides low resistance to the air flow.