mhurhangee/ep-ind-claims huggingface dataset:
Applicator head for a dispenser, in particular for applying cosmetic or pharmaceutical liquids and foodstuffs, with a pump device (22, 52, 56, 58) comprising at least - a pump chamber, - an inlet valve, which is arranged between a suction opening and the pump chamber, - an outlet valve, which is arranged between the pump chamber and an applicator opening, and - an actuating handle, by means of which an inner volume of the pump chamber can be changed, wherein - at least two of the three components from the group comprising the outlet valve, the inlet valve and the actuating handle each have at least one elastic portion which is made of an elastically deformable material, - the at least two components (52, 56, 58) each have a holding portion made from the elastic material, wherein these holding portions are arranged in a fixed position with respect to one another in the assembled dispenser, characterized in that - the elastic portions of the at least two components (52, 56, 58) are an integral part of a continuous elastic structural portion which is made of a uniform elastic material and which has a connection area (62, 64) between the at least two components (52, 68, 58), and - the connection area (62, 64) between the holding portions, in the assembled state of the applicator head, is in an elastically deformed state. - a pump chamber, - an inlet valve, which is arranged between a suction opening and the pump chamber, - an outlet valve, which is arranged between the pump chamber and an applicator opening, and - an actuating handle, by means of which an inner volume of the pump chamber can be changed, - at least two of the three components from the group comprising the outlet valve, the inlet valve and the actuating handle each have at least one elastic portion which is made of an elastically deformable material, - the at least two components (52, 56, 58) each have a holding portion made from the elastic material, wherein these holding portions are arranged in a fixed position with respect to one another in the assembled dispenser, characterized in that - the elastic portions of the at least two components (52, 56, 58) are an integral part of a continuous elastic structural portion which is made of a uniform elastic material and which has a connection area (62, 64) between the at least two components (52, 68, 58), and - the connection area (62, 64) between the holding portions, in the assembled state of the applicator head, is in an elastically deformed state.
Dental abutment core for being used in an abutment for forming the gingival tissue around implants, the dental abutment core comprising a prosthetic connection; a pillar comprising anti-rotational means (431, 432) for preventing a custom body from rotating with respect to the dental abutment core; and a shoulder located between the prosthetic connection and the pillar, the shoulder being intended to be in contact with gingival tissue and comprising a first base adjacent to the prosthetic connection and a second base equal or greater than the first base adjacent to the pillar; a core axis perpendicular to the first base and the second base; wherein the pillar comprises a first portion adjacent to the shoulder, a second portion adjacent to the first portion, and a third portion farthest from the shoulder, wherein a cross section of at least part of the first portion being circular and having an outer diameter which is lower than a cross section dimension of the second portion, and wherein the anti-rotational means (431, 432) are comprised in the third portion, characterized in that the first portion comprises a first sub-portion adjacent to the shoulder and a second sub-portion with a circular and lower cross section than the cross section of the first sub-portion.
A microemulsifiable concentrate comprising: a) azoxystrobin; b) propiconazole; c) an effective amount of an emulsifier system capable of forming a microemulsion of azoxystrobin and propiconazole upon dilution in water wherein the emulsifier system comprises (i) at least one non-ionic surfactant or (ii) a mixture of at least one non-ionic surfactant and at least one anionic surfactant wherein said surfactants are present in an amount of from 5% to 40% by weight of the microemulsifiable concentrate; and d) an effective amount of at least one solvent capable of dissolving or solubilising azoxystrobin wherein the at least one solvent comprises a water-miscible or a water-immiscible solvent or a combination thereof in an amount of form 30% to 75% by weight of the microemulsifiable concentrate. a) azoxystrobin; b) propiconazole; c) an effective amount of an emulsifier system capable of forming a microemulsion of azoxystrobin and propiconazole upon dilution in water wherein the emulsifier system comprises (i) at least one non-ionic surfactant or (ii) a mixture of at least one non-ionic surfactant and at least one anionic surfactant wherein said surfactants are present in an amount of from 5% to 40% by weight of the microemulsifiable concentrate; and d) an effective amount of at least one solvent capable of dissolving or solubilising azoxystrobin wherein the at least one solvent comprises a water-miscible or a water-immiscible solvent or a combination thereof in an amount of form 30% to 75% by weight of the microemulsifiable concentrate.
A method, comprising, at a device: receiving a neighbor solicitation, NS, lookup message from a router for a particular address; the method characterised in that it further comprises: maintaining a binding table at the device for all internet protocol, IP, addresses in a particular subnet associated with the device; determining whether the particular address is within the binding table; and when the particular address is not within the binding table, causing the router to not keep the particular address in a neighbor discovery, ND, cache at the router. receiving a neighbor solicitation, NS, lookup message from a router for a particular address; the method characterised in that it further comprises: maintaining a binding table at the device for all internet protocol, IP, addresses in a particular subnet associated with the device; determining whether the particular address is within the binding table; and when the particular address is not within the binding table, causing the router to not keep the particular address in a neighbor discovery, ND, cache at the router. maintaining a binding table at the device for all internet protocol, IP, addresses in a particular subnet associated with the device; determining whether the particular address is within the binding table; and when the particular address is not within the binding table, causing the router to not keep the particular address in a neighbor discovery, ND, cache at the router.
A telecommunications system disposed in a programmable logic controller, the system comprising: a master module comprising a transmitter and a receiver and a control module; one or more slave modules configured to receive signals transmitted from the transmitter and transmit signals to the receiver in response to the transmitted signals; a signal conversion module configured to convert the signals transmitted between the master module and the slave modules into digital signals; wherein the control module is configured to process the signals transmitted by the transmitter and to process the signals received by the receiver and is further configured to control the signal conversion module and to determine whether there is an error in the signals transmitted between the master module and the slave modules based on the digital signals received from the signal conversion module, characterized in, that the control module is configured to determine the error by analysis of voltage values of the digital signals, that the error is one of a noise fault, a fault in a communications line, and a terminating resistor fault, that the control module determines that the error is resulted from the noise fault if a maximum value of the digital signal is above a high-value voltage value and a minimum value of the digital signal is below a low-level voltage value, and that the control module determines that the error is resulted from the fault in the communications line if the maximum value of the digital signal is below the high-value voltage value and the minimum value of the digital signal is above the low-level voltage value. a master module comprising a transmitter and a receiver and a control module; one or more slave modules configured to receive signals transmitted from the transmitter and transmit signals to the receiver in response to the transmitted signals; a signal conversion module configured to convert the signals transmitted between the master module and the slave modules into digital signals; wherein the control module is configured to process the signals transmitted by the transmitter and to process the signals received by the receiver and is further configured to control the signal conversion module and to determine whether there is an error in the signals transmitted between the master module and the slave modules based on the digital signals received from the signal conversion module, characterized in, that the control module is configured to determine the error by analysis of voltage values of the digital signals, that the error is one of a noise fault, a fault in a communications line, and a terminating resistor fault, that the control module determines that the error is resulted from the noise fault if a maximum value of the digital signal is above a high-value voltage value and a minimum value of the digital signal is below a low-level voltage value, and that the control module determines that the error is resulted from the fault in the communications line if the maximum value of the digital signal is below the high-value voltage value and the minimum value of the digital signal is above the low-level voltage value.
A method for allowing a user to perform a web-based search on structured data, comprising: allowing the user to enter a query term in a search engine; determining a query result in accordance with the query term, wherein the query result comprises a plurality of data items and at least one data item is associated with one or more attributes, where an attribute is an attribute name/attribute value pair, the attribute value having an attribute type; determining a set of most popular core attribute names associated with the data items in the query results based upon the attributes most often selected by users over a predetermined period of time; displaying the set of most popular core attribute names to allow the user to specify one or more attributes; and redetermining a second query result in accordance with the specified attributes. allowing the user to enter a query term in a search engine; determining a query result in accordance with the query term, wherein the query result comprises a plurality of data items and at least one data item is associated with one or more attributes, where an attribute is an attribute name/attribute value pair, the attribute value having an attribute type; determining a set of most popular core attribute names associated with the data items in the query results based upon the attributes most often selected by users over a predetermined period of time; displaying the set of most popular core attribute names to allow the user to specify one or more attributes; and redetermining a second query result in accordance with the specified attributes.
An apparatus for performing a procedure based on monitored properties of at least one ocular component of an eye, comprising: at least one first arrangement configured to perform a procedure on at least one section of a first ocular component of the eye; at least one second arrangement configured to provide at least one first electro-magnetic radiation to the at least one section of the first ocular component so as to interact with at least one acoustic wave in the first ocular component, wherein at least one second electro-magnetic radiation is produced based on the interaction; at least one third arrangement configured to receive multiple portions of the at least one second electro-magnetic radiation, each portion having been emitted from a different corresponding segment of the at least one section of the first ocular component; and at least one fourth arrangement configured to monitor a visco-elastic modulus of the at least one section of the first ocular component based on the multiple portions during the procedure performed on the at least one section of the first ocular component; characterised in that the first arrangement is further configured to apply feedback to the procedure based at least in part on the monitored visco-elastic modulus, including at least one of: guiding a trajectory of an incision based on different respective monitored values of visco-elastic modulus for the segments, or determining a number of incisions to be made based on different respective monitored values of visco-elastic modulus for the segments. at least one first arrangement configured to perform a procedure on at least one section of a first ocular component of the eye; at least one second arrangement configured to provide at least one first electro-magnetic radiation to the at least one section of the first ocular component so as to interact with at least one acoustic wave in the first ocular component, wherein at least one second electro-magnetic radiation is produced based on the interaction; at least one third arrangement configured to receive multiple portions of the at least one second electro-magnetic radiation, each portion having been emitted from a different corresponding segment of the at least one section of the first ocular component; and at least one fourth arrangement configured to monitor a visco-elastic modulus of the at least one section of the first ocular component based on the multiple portions during the procedure performed on the at least one section of the first ocular component; characterised in that the first arrangement is further configured to apply feedback to the procedure based at least in part on the monitored visco-elastic modulus, including at least one of: guiding a trajectory of an incision based on different respective monitored values of visco-elastic modulus for the segments, or determining a number of incisions to be made based on different respective monitored values of visco-elastic modulus for the segments.
Microwave backscatter transponder having the following properties: - it comprises a plurality of emitter elements (AE1-AE4), which form a one-dimensional or two-dimensional array, - means (MOD1, MOD2, SPDT1-SPDT4) are present for modulating the impedance of the emitter elements (AE1-AE4), - the emitter elements (AE1, AE4) are subdivided into a number of groups depending on their position within the array, wherein a uniform modulation of the impedance is applied to the emitter elements of each group (AE1, AE4; AE2, AE3), said modulation differing from the modulations of the other groups, - wherein the assignment of a certain modulation to one of the groups is chosen in such a way that tapering arises, according to which the signal levels of the emitter elements (AE1, AE4) at the edges of the array drop off in comparison with the emitter elements (AE2, AE3) in the centre of the array in order to facilitate a secondary lobe suppression, characterized in that the modulations applied to the individual groups are configured as on/off modulations, wherein the on/off modulations comprise switching between a reflection-free termination (LOAD) and a fully reflecting termination (REFL). - it comprises a plurality of emitter elements (AE1-AE4), which form a one-dimensional or two-dimensional array, - means (MOD1, MOD2, SPDT1-SPDT4) are present for modulating the impedance of the emitter elements (AE1-AE4), - the emitter elements (AE1, AE4) are subdivided into a number of groups depending on their position within the array, wherein a uniform modulation of the impedance is applied to the emitter elements of each group (AE1, AE4; AE2, AE3), said modulation differing from the modulations of the other groups, - wherein the assignment of a certain modulation to one of the groups is chosen in such a way that tapering arises, according to which the signal levels of the emitter elements (AE1, AE4) at the edges of the array drop off in comparison with the emitter elements (AE2, AE3) in the centre of the array in order to facilitate a secondary lobe suppression,
Irradiation device for irradiating packaging containers with electron beams, said irradiation device comprising at least one first electron beam emitter adapted for irradiation of at least the interior of the packaging container, at least one second electron beam emitter adapted for irradiation of at least the exterior of said packaging container, a first chamber in which the first electron beam emitter is adapted to irradiate the interior of the packaging container, the first chamber comprising at least first conveying means, and wherein the at least one second electron beam emitter is positioned such that an electron exit window thereof is facing an interface region (64; 64'), said interface region (64; 64') forming an opening from the first chamber to a second chamber, and wherein an electron cloud (I; II) emitted from the at least one second electron beam emitter during operation is adapted to form an irradiation lock at least covering the interface region (64; 64'), characterised in that the first conveying means comprises a carrier wheel to which more than one first electron beam emitter are arranged as spokes, having their respective longitudinal axis radially directed in relation to a centre of the carrier wheel and each having an electron exit window arranged transverse to the longitudinal axis in the outer end of each spoke. at least one first electron beam emitter adapted for irradiation of at least the interior of the packaging container, at least one second electron beam emitter adapted for irradiation of at least the exterior of said packaging container, a first chamber in which the first electron beam emitter is adapted to irradiate the interior of the packaging container, the first chamber comprising at least first conveying means, and the at least one second electron beam emitter is positioned such that an electron exit window thereof is facing an interface region (64; 64'), said interface region (64; 64') forming an opening from the first chamber to a second chamber, and wherein an electron cloud (I; II) emitted from the at least one second electron beam emitter during operation is adapted to form an irradiation lock at least covering the interface region (64; 64'), characterised in that the first conveying means comprises a carrier wheel to which more than one first electron beam emitter are arranged as spokes, having their respective longitudinal axis radially directed in relation to a centre of the carrier wheel and each having an electron exit window arranged transverse to the longitudinal axis in the outer end of each spoke.
A gasification reactor vessel, comprising a combustion chamber in the upper half of the vessel, when in use, provided with a product gas outlet at the bottom end of the combustion chamber, a burner positioned such that, in use, it fires into the combustion chamber, said burner provided with at least supply conduits for an oxidiser gas and a carbonaceous feed, wherein at the lower end of the reactor vessel a slag discharge opening is present to discharge slag from the reactor vessel, wherein between the wall of the combustion chamber and the wall of vessel an annular space is provided, wherein the wall of the combustion chamber comprises an arrangement of interconnected tubes, wherein two burner openings are present in the wall of the combustion chamber, which burner openings are located at the same horizontal level and are positioned diametrical relative to each other and wherein in the burner openings a burner is present, wherein the firing angle (α) of the burners relative to the horizontal line connecting the burner opening and the vessel axis is between 1° and 8°, and wherein the burner opening is a burner muffle comprising several vertically oriented, concentric and interconnected rings, wherein the rings have an increasing diameter relative to its neighbouring ring resulting in that the burner muffle has a muffle opening for the burner at one end and a larger opening at its other - flame discharge - end, the rings being a conduit having an inlet end for a cooling medium and an outlet for used cooling medium and wherein the muffle opening for the burner is located between the wall of the vessel and the wall of the combustion chamber.
An uninterruptible power supply (100; 200) comprising: an inverter (110; 220) configured to be coupled to a load; a non-current-commutated solid-state bypass switch (120; 230) configured to selectively couple a power source to the load to bypass the inverter (110; 220), and a control circuit (130; 240) configured to operate the inverter (110; 220) and the bypass switch (120; 230) to provide a first mode wherein the bypass switch is maintained in a continuously open state while the inverter (110; 220) provides power to the load and a second mode wherein the control circuit (130; 240) modulates the bypass switch (120; 230) to control a magnitude of a current provided to the load via the bypass switch (120; 230) characterized in that: in the second mode, the control circuit (130; 240) is configured to maintain the inverter (110; 220) in a continuously inactive state. an inverter (110; 220) configured to be coupled to a load; a non-current-commutated solid-state bypass switch (120; 230) configured to selectively couple a power source to the load to bypass the inverter (110; 220), and a control circuit (130; 240) configured to operate the inverter (110; 220) and the bypass switch (120; 230) to provide a first mode wherein the bypass switch is maintained in a continuously open state while the inverter (110; 220) provides power to the load and a second mode wherein the control circuit (130; 240) modulates the bypass switch (120; 230) to control a magnitude of a current provided to the load via the bypass switch (120; 230) characterized in that: in the second mode, the control circuit (130; 240) is configured to maintain the inverter (110; 220) in a continuously inactive state. in the second mode, the control circuit (130; 240) is configured to maintain the inverter (110; 220) in a continuously inactive state.