mhurhangee/patent-ind-claim-en huggingface dataset:
A coating system , applied to coating a substrate to form an electrode plate, comprising: a coating head , equipped with at least two dispensing cavities independent of each other, wherein each dispensing cavity comprises a coating opening; a feeding apparatus , connected to the dispensing cavity , and configured to feed a slurry to the dispensing cavity ; and a valve , disposed between at least one dispensing cavity and the feeding apparatus , and configured to implement communication or disconnection between a corresponding dispensing cavity and the feeding apparatus ; wherein a number of the dispensing cavities is two; the coating head comprises a lower die , a middle die , and an upper die ; and a first dispensing cavity is formed between a lower surface of the upper die and an upper surface of the middle die , and a second dispensing cavity is formed between a lower surface of the middle die and an upper surface of the lower die , characterized in that the first dispensing cavity includes a first groove and a second groove , wherein the second groove is closer to the coating opening than the first groove , wherein the first groove and the second groove are spaced out in a first direction, wherein a first slow flow region is formed between the first groove and the second groove , wherein the width of the first groove is greater than the width of the second groove , wherein the feeding apparatus feeds the slurry to the first dispensing cavity from a first in-feed port , and wherein the first in-feed port is in direct communication with the first groove . a coating head , equipped with at least two dispensing cavities independent of each other, wherein each dispensing cavity comprises a coating opening; a feeding apparatus , connected to the dispensing cavity , and configured to feed a slurry to the dispensing cavity ; and a valve , disposed between at least one dispensing cavity and the feeding apparatus , and configured to implement communication or disconnection between a corresponding dispensing cavity and the feeding apparatus ; wherein a number of the dispensing cavities is two; the coating head comprises a lower die , a middle die , and an upper die ; and a first dispensing cavity is formed between a lower surface of the upper die and an upper surface of the middle die , and a second dispensing cavity is formed between a lower surface of the middle die and an upper surface of the lower die , characterized in that the first dispensing cavity includes a first groove and a second groove , wherein the second groove is closer to the coating opening than the first groove , wherein the first groove and the second groove are spaced out in a first direction, wherein a first slow flow region is formed between the first groove and the second groove , wherein the width of the first groove is greater than the width of the second groove , wherein the feeding apparatus feeds the slurry to the first dispensing cavity from a first in-feed port , and wherein the first in-feed port is in direct communication with the first groove .
Multi-chamber foil bag with a hardenable multi-component mass, with at least two chambers separated from each other in a liquid-tight way, in which one of the chambers is filled with a reactive component and at least one other chamber is filled with a hardener component for the first component, and with at least one separating element , which in a stored state separates the chambers from each other in a liquid-tight way and in a state of use provides a flow connection between the chambers for mixing the reactive component and the hardener component , and with an opening section , which may be opened to apply the multi-component mass, in which the separating element comprises a clamping bar provided with a longitudinal groove and a clamping strip , in which either the clamping bar or the clamping strip is connected firmly to an edge of the foil bag opposite the opening section , characterised in that the clamping bar or the clamping strip has a contact section , which makes possible a turning movement of the clamping bar or the clamping strip for rolling up the foil bag on the clamping bar or the clamping strip .
Tank filling device , comprising a housing with a liquid inlet , a liquid outlet at the bottom of the housing , an overflow disposed at the housing and a one-way valve for opening and closing the liquid outlet , wherein the one-way valve comprises a valve body and a tension element configured to bias the valve body into a closed state, characterized in that the one-way valve is a pot valve with a valve body comprising a chamber open towards the liquid outlet and a one-way drain valve arranged at the chamber with its downstream side directed towards the exterior of the chamber .
A fluid delivery assembly for a spray gun, the assembly comprising a container for holding paint, the container being self-supporting and configured to collapse as fluid is dispensed via the spray gun, wherein the container comprises at least one vent , wherein the container comprises an open container top end , a container sidewall , and a container base , wherein the container sidewall and container base are integrally formed, wherein the container comprises a valve assembly that is configured to open and close the vent , wherein the valve assembly includes a first element , wherein the first element has a first side (30-1) that is bonded to the container base , wherein the first element forms a seal around the vent formed in the container base .
Valve device , in particular a wiper liquid valve, with a housing which comprises an inlet connection , an outlet connection and a media channel connecting the inlet connection to the outlet connection , and with a displaceable valve element , which is urged against a valve seat formed in the housing by a first spring element in order to close the media channel , and which is urged away from the valve seat in order to open the media channel by a second spring element , wherein the first spring element is made of a thermally activatable material and comprises, in a deactivated state, a first spring force which is smaller than that of the second spring element , and, in an activated state, a second spring force which is greater than that of the second spring element such that the valve element is displaced to close the media channel , wherein the first spring element is held at least partially in a hollow cylindrical housing projection protruding outwards from the housing , characterised in that the housing projection comprises, on its free front side facing away from the housing , a heat conducting mandrel which protrudes into the housing projection in the direction of the valve element and thereby forms an annular receiving pocket for a longitudinal section of the first spring element in the housing projection .
Timepiece striking mechanism , comprising a fixed structure supporting at least one gong or radiant element and a mobile hammer relative to said fixed structure under the action of an activation mobile component , comprised by said mechanism , and which is arranged to control the pallet of said hammer and the release thereof for the percussion of at least one said gong or radiant element , characterised in that said striking mechanism comprises, for the suspension of the hammer , at least one flexible guide , which is arranged between the fixed structure and the hammer to allow movements of the hammer , and which forms the sole permanent mechanical link between said fixed structure and said hammer .
A weapon with at least one weapon barrel (5, 5', 5"), a weapon housing , a striking mechanism incorporated in the weapon housing , a weapon cradle , and a weapon drive , with a slide for transporting a breech or a breech head (15.1), which is moved by a breech drive , wherein • at least the weapon housing and the weapon cradle are configured as modular main assemblies, • the striking mechanism is received by the weapon housing , for which purpose the weapon housing has a receptacle for the striking mechanism , • the breech and the slide have lateral rails and guides (15.2, 15.3, 21.1), by way of which they can be mechanically connected to complementary rails and guides (3.1, 3.2) in the weapon housing by insertion and displacement and • the weapon housing can be inserted into the weapon cradle , the weapon housing being held down without backlash in the weapon cradle by means of a holding-down device incorporated on the rear end of the weapon cradle and in the front region by means of a securing device in the weapon cradle . • at least the weapon housing and the weapon cradle are configured as modular main assemblies, • the striking mechanism is received by the weapon housing , for which purpose the weapon housing has a receptacle for the striking mechanism , • the breech and the slide have lateral rails and guides (15.2, 15.3, 21.1), by way of which they can be mechanically connected to complementary rails and guides (3.1, 3.2) in the weapon housing by insertion and displacement and • the weapon housing can be inserted into the weapon cradle , the weapon housing being held down without backlash in the weapon cradle by means of a holding-down device incorporated on the rear end of the weapon cradle and in the front region by means of a securing device in the weapon cradle .
A printed article comprising: a substrate ; at least two touch- or proximity-sensitive switches supported on the substrate; a processor configured to generate, in dependence upon actuation of the switch, a message ; and a wireless interface configured to transmit the message wirelessly; wherein the processor is configured so that the message includes information to allow a mobile device to download instructions for interpreting signals transmitted by the printed article and the message includes at least one switch identifier, each switch identifier identifying a respective actuated switch. a substrate ; at least two touch- or proximity-sensitive switches supported on the substrate; a processor configured to generate, in dependence upon actuation of the switch, a message ; and a wireless interface configured to transmit the message wirelessly; wherein the processor is configured so that the message includes information to allow a mobile device to download instructions for interpreting signals transmitted by the printed article and the message includes at least one switch identifier, each switch identifier identifying a respective actuated switch.
A tablet comprising 28 mg tenofovir alafenamide hemifumarate and 200 mg emtricitabine, wherein the tablet comprises 7-9% by weight tenofovir alafenamide hemifumarate.
A method for solution polymerization, comprising: forming a first mixture stream consisting essentially of at least one catalyst, a process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; forming a second mixture stream consisting essentially of at least one activator, the process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; feeding the first mixture stream and the second mixture stream separately to at least one reaction zone; polymerizing the olefin monomers within the at least one reaction zone in the presence of the catalyst, activator and process solvent, thereby obtaining a first effluent stream comprising a solution of polymer dissolved in the process solvent; and recovering the polymer. forming a first mixture stream consisting essentially of at least one catalyst, a process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; forming a second mixture stream consisting essentially of at least one activator, the process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; feeding the first mixture stream and the second mixture stream separately to at least one reaction zone; polymerizing the olefin monomers within the at least one reaction zone in the presence of the catalyst, activator and process solvent, thereby obtaining a first effluent stream comprising a solution of polymer dissolved in the process solvent; and recovering the polymer.
A test kit for testing a device under test, in the following also referred to as DUT , comprising: a socket structure , for containing the DUT, wherein the DUT comprises an antenna (AT) and radiates a RF signal; and a reflector comprising a lower surface , wherein the RF signal emitted from the antenna (AT) of the DUT is reflected by the reflector and a reflected RF signal is received by the antenna (AT) of the DUT ; wherein the socket structure comprises a socket housing , wherein the test kit further comprises a plunge structure detachable from the socket structure , and wherein the plunge structure comprises a pressing member , characterized in that the socket structure further comprises a guide plate mounted within the socket housing , and a socket base secured to the socket housing , and the plunge structure further comprises a nest , wherein the guide plate comprises a heat sink , a recessed area at a bottom portion of the guide plate for mounting a surface-mounted device, in the following also referred to as SMD, connector of the DUT , and further comprises a first through hole and a second through hole at the bottom portion of the guide plate , wherein the second through hole accommodates the heat sink , wherein the pressing member is coupled to an upper side of the nest , and wherein the reflector is coupled to a lower side of the nest . a socket structure , for containing the DUT, wherein the DUT comprises an antenna (AT) and radiates a RF signal; and a reflector comprising a lower surface , wherein the RF signal emitted from the antenna (AT) of the DUT is reflected by the reflector and a reflected RF signal is received by the antenna (AT) of the DUT ; wherein the socket structure comprises a socket housing , wherein the test kit further comprises a plunge structure detachable from the socket structure , and wherein the plunge structure comprises a pressing member , characterized in that the socket structure further comprises a guide plate mounted within the socket housing , and a socket base secured to the socket housing , and the plunge structure further comprises a nest , wherein the guide plate comprises a heat sink , a recessed area at a bottom portion of the guide plate for mounting a surface-mounted device, in the following also referred to as SMD, connector of the DUT , and further comprises a first through hole and a second through hole at the bottom portion of the guide plate , wherein the second through hole accommodates the heat sink , wherein the pressing member is coupled to an upper side of the nest , and wherein the reflector is coupled to a lower side of the nest .
A root crop harvester comprising a cleaning apparatus for separating soil from harvested root crop, the apparatus comprising an upper conveying means and a substantially parallel lower conveying means , each conveying means independently comprising a driven endless belt, characterized in that each belt independently is provided with apertures in rows substantially parallel to each other and wherein the upper belt rows are not parallel to the lower belt rows.
Implant, especially for the treatment of a bone defect, comprising: - osteoconductive supporting bodies and - an insertion aid, the insertion aid being designed for insertion of the osteoconductive supporting bodies into a bone defect and for holding together the osteoconductive supporting bodies, the insertion aid being designed as a combination of a textile fabric and a binder, characterized in that the binder comprises a diluent and the osteoconductive supporting bodies are bonded together by means of the binder to form a paste-like or kneadable preparation. - osteoconductive supporting bodies and - an insertion aid,
A latch structure for connecting a first object with a second object; comprising an elastic pull latch , wherein the elastic pull latch includes a latch cover , a base , characterized in that the elastic pull latch further includes an elastic boss mounted on the base and capable of moving vertically when mounted in the elastic pull latch , and a latch bar that extends above the latch cover and is configured with a latch groove ; and a catch that is affixed inside a catch groove ; wherein the elastic pull latch is installed on the first object and the catch groove is provided on the second object with the catch affixed to the lower edge of the catch groove ; wherein the latch cover is configured with an opening to accommodate the top of the elastic boss , and the top of the elastic boss is configured to move through the opening of the latch cover ; wherein when the catch is snapped into the latch groove of the elastic pull latch and the top of the elastic boss is pressed into the opening by the catch , the latch is fastened to securely connect the first object and the second object; and wherein when the latch is released, the elastic boss moves out of the opening and is blocked by the catch to prevent the elastic pull latch from retracting inwards. an elastic pull latch , wherein the elastic pull latch includes a latch cover , a base , characterized in that the elastic pull latch further includes an elastic boss mounted on the base and capable of moving vertically when mounted in the elastic pull latch , and a latch bar that extends above the latch cover and is configured with a latch groove ; and a catch that is affixed inside a catch groove ; wherein the elastic pull latch is installed on the first object and the catch groove is provided on the second object with the catch affixed to the lower edge of the catch groove ; wherein the latch cover is configured with an opening to accommodate the top of the elastic boss , and the top of the elastic boss is configured to move through the opening of the latch cover ; wherein when the catch is snapped into the latch groove of the elastic pull latch and the top of the elastic boss is pressed into the opening by the catch , the latch is fastened to securely connect the first object and the second object; and wherein when the latch is released, the elastic boss moves out of the opening and is blocked by the catch to prevent the elastic pull latch from retracting inwards.
A lighting device comprising - an illuminant (L1), - a transmitting device (S1), which is arranged in or at the illuminant (L1), for wirelessly transmitting a locating signal to a terminal (E) external with respect to the lighting device, - a data processing device, which is arranged in or at the illuminant (L1), for obtaining illuminant data about the illuminant (L1) and for providing this data to the transmitting device (S1), wherein - the transmitting device (S1) is formed to also transmit the illuminant data to the external terminal (E) besides the locating signal, and comprising - an energy supply device for common energy supply for the illuminant (L1) and the transmitting device (S1), wherein the energy supply device comprises an energy buffer (EZ) exclusively for supply of the transmitting device (S1), characterized in that - the lighting device further comprises an energy detecting device for detecting an energy supply of the transmitting device (S1), wherein the illuminant data contains information from the energy detecting device as to whether or not the transmitting device (S1) is supplied with energy from the energy buffer (EZ) at a preset point of time. - an illuminant (L1), - a transmitting device (S1), which is arranged in or at the illuminant (L1), for wirelessly transmitting a locating signal to a terminal (E) external with respect to the lighting device, - a data processing device, which is arranged in or at the illuminant (L1), for obtaining illuminant data about the illuminant (L1) and for providing this data to the transmitting device (S1), wherein - the transmitting device (S1) is formed to also transmit the illuminant data to the external terminal (E) besides the locating signal, and comprising - an energy supply device for common energy supply for the illuminant (L1) and the transmitting device (S1), wherein the energy supply device comprises an energy buffer (EZ) exclusively for supply of the transmitting device (S1), characterized in that - the lighting device further comprises an energy detecting device for detecting an energy supply of the transmitting device (S1), wherein the illuminant data contains information from the energy detecting device as to whether or not the transmitting device (S1) is supplied with energy from the energy buffer (EZ) at a preset point of time.
A load handling system for a lifting arrangement for a free-hanging load , the load handling system comprises - at least two ranging load radio units structured to be arranged at said load at separate positions, - at least three ranging fixed radio units structured to be arranged at said lifting arrangement at separate positions, wherein said separate positions are known, and wherein each of said at least three fixed radio units is configured to measure and determine a distance to each of said ranging load radio units , and to generate distance signals in dependence thereto, - at least one acceleration sensor configured to be arranged at said load , and configured to measure and determine acceleration values, and to generate an acceleration signal in dependence thereto, and - at least one angular velocity sensor configured to be arranged at said load , and configured to measure and determine angular velocity values, and to generate an angular velocity signal in dependence thereto, characterized in that said load handling system comprises a processing unit configured to receive said distance signals , said acceleration signal and wireless angular velocity signal , and to calculate positions of said at least two ranging load radio units in dependence of distance values of said distance signals , wherein said processing unit is configured to apply an estimation algorithm on said calculated positions, acceleration values and angular velocities, in order to determine three rotation angles being defined as angles at which the load is rotated about x-,y-, and z-axis with respect to said lifting arrangement. - at least two ranging load radio units structured to be arranged at said load at separate positions, - at least three ranging fixed radio units structured to be arranged at said lifting arrangement at separate positions, wherein said separate positions are known, and wherein each of said at least three fixed radio units is configured to measure and determine a distance to each of said ranging load radio units , and to generate distance signals in dependence thereto, - at least one acceleration sensor configured to be arranged at said load , and configured to measure and determine acceleration values, and to generate an acceleration signal in dependence thereto, and - at least one angular velocity sensor configured to be arranged at said load , and configured to measure and determine angular velocity values, and to generate an angular velocity signal in dependence thereto,