mhurhangee/patent-ind-claim-en huggingface dataset:
An X-ray transmissive window comprising: an outer frame having an opening; an X-ray transmissive film closing off the opening ; and a grid member that partitions the opening into a plurality of small opening portions ; wherein said grid member has a first portion of a first height (H1), a second portion of a second height (H2) and of a smaller width than the first portion , and a third portion of a third height (H3) and of a smaller width than the second portion ; wherein the distance between the first portion and a center of the opening (O) is greater than the distance between the second portion and the center of the opening (O); and wherein the distance between the second portion and the center of the opening (O) is greater than the distance between the third portion and the center of the opening (O), characterized in that said first portion surrounds said second portion , and wherein said second portion surrounds said third portion such that the small opening portions of said plurality of small opening portions lie between the first and the second portion , between the second and the third portion , and inside the third portion . an outer frame having an opening; an X-ray transmissive film closing off the opening ; and a grid member that partitions the opening into a plurality of small opening portions ; wherein said grid member has a first portion of a first height (H1), a second portion of a second height (H2) and of a smaller width than the first portion , and a third portion of a third height (H3) and of a smaller width than the second portion ; wherein the distance between the first portion and a center of the opening (O) is greater than the distance between the second portion and the center of the opening (O); and wherein the distance between the second portion and the center of the opening (O) is greater than the distance between the third portion and the center of the opening (O), characterized in that said first portion surrounds said second portion , and wherein said second portion surrounds said third portion such that the small opening portions of said plurality of small opening portions lie between the first and the second portion , between the second and the third portion , and inside the third portion .
Apparatus for driving a fastening element into a substrate, having an energy transmission element , which is movable along a setting axis (S) between a starting position and a setting position, for transmitting energy to the fastening element, a coupling device for temporarily holding the energy transmission element in the starting position, and an energy transmission device for transferring the energy transmission element from the setting position into the starting position, characterized in that the energy transmission element or the energy transmission device has an actuating element which is carried along by the energy transmission element and is suitable for closing the coupling device .
An electrode comprising: an electrically conductive support ; and an active material layer provided on the electrically conductive support, containing an electrode active material and an electrical conductivity assistant , wherein: the electrode active material includes at least one of a first polymer compound having a tetrachalcogenofulvalene structure in a repetition unit of a main chain, and a second polymer compound which is a copolymer between a first unit which has the tetrachalcogenofulvalene structure in a side chain and a second unit which does not have the tetrachalcogenofulvalene structure in the side chain; and characterized in that in the active material layer, the electrode active material does not form particles but covers at least a portion of a surface of the electrical conductivity assistant and is present as a thin film on the surface of the electrical conductivity assistant, wherein the thickness t of the electrode active material satisfies t<d, where d denotes the average particle diameter of the electrical conductivity assistant. an electrically conductive support ; and an active material layer provided on the electrically conductive support, containing an electrode active material and an electrical conductivity assistant , wherein: the electrode active material includes at least one of a first polymer compound having a tetrachalcogenofulvalene structure in a repetition unit of a main chain, and a second polymer compound which is a copolymer between a first unit which has the tetrachalcogenofulvalene structure in a side chain and a second unit which does not have the tetrachalcogenofulvalene structure in the side chain; and characterized in that in the active material layer, the electrode active material does not form particles but covers at least a portion of a surface of the electrical conductivity assistant and is present as a thin film on the surface of the electrical conductivity assistant, wherein the thickness t of the electrode active material satisfies t<d, where d denotes the average particle diameter of the electrical conductivity assistant. the electrode active material includes at least one of a first polymer compound having a tetrachalcogenofulvalene structure in a repetition unit of a main chain, and a second polymer compound which is a copolymer between a first unit which has the tetrachalcogenofulvalene structure in a side chain and a second unit which does not have the tetrachalcogenofulvalene structure in the side chain; and characterized in that in the active material layer, the electrode active material does not form particles but covers at least a portion of a surface of the electrical conductivity assistant and is present as a thin film on the surface of the electrical conductivity assistant, wherein the thickness t of the electrode active material satisfies t<d, where d denotes the average particle diameter of the electrical conductivity assistant.
A diagnostic step for a passenger conveyor , comprising: at least one camera for shooting at least one lateral side of the interior space of the passenger conveyor; and an analyzer unit which receives image data from the camera and transmits the data to an outside network; characterized in that the diagnostic step further comprises at least one directional microphone pointed to said at least one lateral side of the interior space of the passenger conveyor ; and the analyzer unit also receives sound data from the directional microphone and transmits the data to the outside network. at least one camera for shooting at least one lateral side of the interior space of the passenger conveyor; and an analyzer unit which receives image data from the camera and transmits the data to an outside network; characterized in that the diagnostic step further comprises at least one directional microphone pointed to said at least one lateral side of the interior space of the passenger conveyor ; and the analyzer unit also receives sound data from the directional microphone and transmits the data to the outside network.
A cold-micro asphalt concrete surfacing, obtained by mixing a solid mineral fraction with a cationic bitumen emulsion, the bitumen being a paraffinic bitumen or a synthetic binder naturally having an acid index of zero before any addition of additive, of the binder type in water, characterized in that it has a good rise in cohesion according to the following specifications: - a torsional cohesion value, as measured according to the Benedict cohesion test, greater than or equal to 20 kg/cm at 30 min, - a fracture time at least as good as the one obtained with naphthenic bitumen, - a mass loss of less than 5%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 55%, - a mass loss of less than 25%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 100%. - a torsional cohesion value, as measured according to the Benedict cohesion test, greater than or equal to 20 kg/cm at 30 min, - a fracture time at least as good as the one obtained with naphthenic bitumen, - a mass loss of less than 5%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 55%, - a mass loss of less than 25%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 100%.
Method for rotating the rotor of a wind power plant in the case of calm or low wind which is unsuitable for driving the rotor, with a rotor which can be rotated about a rotor axis , comprising at least three rotor blades , the centre of gravity of which lies in each case outside the rotational axes for setting the blade setting angle of the individual rotor blades , the blade setting angle of a first rotor blade being set so as to deviate systematically from the blade setting angle of a second rotor blade in order to generate an unbalance in the rotor in such a way that a gravitation-induced torque about the rotor axis is generated by way of the change of the position of the centre of gravity of the first rotor blade .
A high and low temperature resistant remote optical cable, comprising a cable core , an inner reinforcing layer , an inner sheath , an outer reinforcing layer and an outer sheath that sequentially cover the cable core , wherein at least three inner-layer nonmetal reinforcing members are inserted in the inner sheath , the inner-layer nonmetal reinforcing members are uniformly distributed in the inner sheath in the circumferential direction, the same number of outer-layer nonmetal reinforcing members as the inner-layer nonmetal reinforcing members are inserted in the outer sheath , wherein coating layers are disposed on both the outer surfaces of the inner-layer nonmetal reinforcing members and the outer-layer nonmetal reinforcing members , and wherein the cable core is a bundle unit formed by performing bundle coating on a plurality of fiber units , wherein the outer-layer nonmetal reinforcing members are disposed on extending lines of connection lines between the cable core and the inner-layer nonmetal reinforcing members , the inner sheath and the outer sheath are both made of a low smoke zero halogen, LSZH, flame-retardant sheathing material, and the fiber units have an excess length of -0.2% to 0. wherein coating layers are disposed on both the outer surfaces of the inner-layer nonmetal reinforcing members and the outer-layer nonmetal reinforcing members , and wherein the cable core is a bundle unit formed by performing bundle coating on a plurality of fiber units , wherein the outer-layer nonmetal reinforcing members are disposed on extending lines of connection lines between the cable core and the inner-layer nonmetal reinforcing members , the inner sheath and the outer sheath are both made of a low smoke zero halogen, LSZH, flame-retardant sheathing material, and the fiber units have an excess length of -0.2% to 0.
An inertial measurement apparatus , comprising a PCB board and an inertial measurement unit (IMU) , the PCB board comprising a PCB body portion and an isolation portion that is formed by slotting a side of the PCB board and fixedly connected to the PCB body portion , wherein the IMU being disposed on the isolation portion , characterized in that , the isolation portion is located at an edge of the PCB body portion and wherein the isolation portion is only connected to the PCB body portion via a single connection piece .
Water repellent composition comprising plaster, slag, organosiliconate salt characterized in that the slag is included in an amount between 1-4 wt% and the organosiliconate is included in an amount between 0.5-2 wt %; wt% based on the plaster weight.
A die casting system (200;300), comprising: a die (212;312) comprising a plurality of die components (214,216;314,316) that define a die cavity (220;320); a shot tube (224;324) in fluid communication with said die cavity (220;320), wherein said shot tube (224;324) includes an integrated melting unit (225;325) configured to heat a charge of material (237;337) from a position inside of said shot tube (224;324), wherein said integrated melting unit includes an induction coil ; and a shot tube plunger (228;328) moveable within said shot tube (224;324) to communicate said charge of material (237;337) into said die cavity (220;320); characterised in that said shot tube includes a first sleeve and a second sleeve and said first sleeve is a graphite sleeve and said second sleeve is a ceramic sleeve. a die (212;312) comprising a plurality of die components (214,216;314,316) that define a die cavity (220;320); a shot tube (224;324) in fluid communication with said die cavity (220;320), wherein said shot tube (224;324) includes an integrated melting unit (225;325) configured to heat a charge of material (237;337) from a position inside of said shot tube (224;324), wherein said integrated melting unit includes an induction coil ; and a shot tube plunger (228;328) moveable within said shot tube (224;324) to communicate said charge of material (237;337) into said die cavity (220;320); characterised in that said shot tube includes a first sleeve and a second sleeve and said first sleeve is a graphite sleeve and said second sleeve is a ceramic sleeve.
A self-contained biological indicator , comprising: a first ampule having a first top and a first bottom , the first ampule containing a first volume of a first growth medium ; a second ampule having a second top and a second bottom , the second ampule containing a second volume of a second growth medium ; a cap ; a vial coupled to the cap; a growth reservoir ; a spore disk disposed on a base of the growth reservoir, and an insert disposed above the spore disk, wherein at least a portion of the first ampule and a portion of the second ampule is disposed within the vial , wherein the cap is disposed above the first ampule and the second ampule , the first ampule is disposed adjacent to the second ampule , and the first top is disposed closer to the cap than the second top, and wherein the indicator is configured such that the first ampule is broken by depressing the cap from a first position to a second position, and the second ampule is broken by depressing the cap from the second position to a third position. a first ampule having a first top and a first bottom , the first ampule containing a first volume of a first growth medium ; a second ampule having a second top and a second bottom , the second ampule containing a second volume of a second growth medium ; a cap ; a vial coupled to the cap; a growth reservoir ; a spore disk disposed on a base of the growth reservoir, and an insert disposed above the spore disk, wherein at least a portion of the first ampule and a portion of the second ampule is disposed within the vial , wherein the cap is disposed above the first ampule and the second ampule , the first ampule is disposed adjacent to the second ampule , and the first top is disposed closer to the cap than the second top, and wherein the indicator is configured such that the first ampule is broken by depressing the cap from a first position to a second position, and the second ampule is broken by depressing the cap from the second position to a third position.
A solid oral dosage form comprising: an inclusion complex of meloxicam and a sulfobutyl ether β-cyclodextrin (SBEβCD), wherein the solid dosage form contains about 20 mg of the meloxicam or a molar equivalent amount of a salt thereof; a bicarbonate; and about 10 mg of rizatriptan or a molar equivalent amount of a salt thereof. an inclusion complex of meloxicam and a sulfobutyl ether β-cyclodextrin (SBEβCD), wherein the solid dosage form contains about 20 mg of the meloxicam or a molar equivalent amount of a salt thereof; a bicarbonate; and about 10 mg of rizatriptan or a molar equivalent amount of a salt thereof.
A method for installing an additional application in a non-volatile memory of a chip card by executing a data protocol, comprising: - providing the additional application for transmission to the chip card on a provider computer ; - assigning an authorization certificate to the additional application, wherein the authorization certificate includes limiting values, established for the additional application, for the use of the non-volatile memory with respect to time and data volume, in particular by the provider computer ; - checking, by the chip card , the validity of the authorization certificate transmitted to the chip card as a prerequisite for the continuation of the data protocol; - searching the non-volatile memory of the chip card for previously stored applications having exceeded the time limit (116.1, 117.1) thereof for use of the memory, and releasing the memory areas occupied by the applications having exceeded the time limit (116.1, 117.1) thereof; and - storing the additional application transmitted to the chip card in the non-volatile memory , thereof together with the limiting values for use of the memory indicated in the authorization certificate . - providing the additional application for transmission to the chip card on a provider computer ; - assigning an authorization certificate to the additional application, wherein the authorization certificate includes limiting values, established for the additional application, for the use of the non-volatile memory with respect to time and data volume, in particular by the provider computer ; - checking, by the chip card , the validity of the authorization certificate transmitted to the chip card as a prerequisite for the continuation of the data protocol; - searching the non-volatile memory of the chip card for previously stored applications having exceeded the time limit (116.1, 117.1) thereof for use of the memory, and releasing the memory areas occupied by the applications having exceeded the time limit (116.1, 117.1) thereof; and - storing the additional application transmitted to the chip card in the non-volatile memory , thereof together with the limiting values for use of the memory indicated in the authorization certificate .
An energy storage module for storing electric energy, comprising an energy storage device having an upper side , a lower side and a substantially rectangular outer periphery, the energy storage device including a plurality of energy storage units each of which has at least two adjacent energy storage cells with poles aligned with the top side and the bottom side of the energy storage device , the positive poles of each of the energy storage units being connected to one another via a first electrically conductive cell connector and the negative poles being connected to one another via a second electrically conductive cell connector and the first cell connector is electrically connected to a first connecting lug and the second cell connector is electrically connected to a second connecting lug , the connecting lugs being arranged on an outer side of the energy storage unit facing a first side surface of the rectangular outer circumference of the energy storage device , wherein in each case the first connection lug of the energy storage units is connected via an electrically conductive connecting element to the second connection lug of that energy storage unit which is adjacent to it in a longitudinal direction of the first side surface , characterized in that the energy storage module further comprises a housing with a side wall associated with the first side surface , to which the connecting elements are fastened in such a way that they can be fastened to the connection lugs associated with them.
A closure system for the front end of a horse rug , for holding together the sides of the horse rug over the chest of a horse , which system comprises a pair of opposed straps and an additional pair of straps , the and each strap being fixed to a respective side of the rug at the front end thereof, and a connector to which the and each strap is attachable, the connector being a plate having a plurality of orifices located near the periphery thereof, the orifices being spaced apart, such that, in use, an orifice is alignable with a respective strap of the pair of opposed straps and an orifice is alignable with a respective strap of the additional pair of straps , with the and each strap being passable through the respective orifice , and thereby attached to the plate , and the and each orifice being dimensioned such that the corresponding strap is a snug fit therein, and the plate being of a shape such that, in use, when the front ends of the sides of the rug are brought together and the straps are attached to the plate , the plate sits snugly against the horse's chest .
A method for performing, by a user equipment, UE, uplink transmission in a wireless communication system, the method comprising: receiving, from a base station, BS, a plurality of RRC configuration information; receiving, from the BS, DCI for uplink transmission, wherein parameters of specific RRC configuration information among the plurality of RRC configuration information are related to the DCI based on a usage of the DCI; and wherein the DCI comprises a field related to the usage of the DCI, wherein, when a field size of the DCI having a DCI format is smaller than a field size of DCI for PUSCH transmission having the same DCI format, the field of the DCI is zero bit padded and decoded, wherein in the zero bit padded, 0 is inserted into a bit within each field until the field size of the DCI is identical with the field size of the DCI for the PUSCH transmission, wherein a CRC bit of the DCI is scrambled by a CS-RNTI, and wherein a CRC bit of the DCI for the PUSCH transmission is scrambled by a C-RNTI, performing uplink transmission to the BS based on the DCI and the parameters of specific RRC configuration information. receiving, from a base station, BS, a plurality of RRC configuration information; receiving, from the BS, DCI for uplink transmission, wherein parameters of specific RRC configuration information among the plurality of RRC configuration information are related to the DCI based on a usage of the DCI; and wherein the DCI comprises a field related to the usage of the DCI, wherein, when a field size of the DCI having a DCI format is smaller than a field size of DCI for PUSCH transmission having the same DCI format, the field of the DCI is zero bit padded and decoded, wherein in the zero bit padded, 0 is inserted into a bit within each field until the field size of the DCI is identical with the field size of the DCI for the PUSCH transmission, wherein a CRC bit of the DCI is scrambled by a CS-RNTI, and wherein a CRC bit of the DCI for the PUSCH transmission is scrambled by a C-RNTI, performing uplink transmission to the BS based on the DCI and the parameters of specific RRC configuration information.
Coil device for an Electron Paramagnetic Resonance apparatus , said coil device comprising at least one coil winding (2, 2', 2") and a coil support means having a plate like body and comprising recesses (3', 3") designed to accommodate the at least one coil winding (2, 2', 2"), the coil device characterized in that it also comprises: - i) at least one cooling chamber which is connectable to cooling liquid supply channels , and - ii) an RF shielding means comprising an electrically conducting, non-magnetic, shielding plate which is mounted laterally onto the coil support means , so as to contact said cooling chamber and become situated between the coil winding(s) (2, 2', 2") and a corresponding pole piece of a main field magnet , when using said coil device in a rapid scan coil assembly of an EPR apparatus having a main field magnet with two opposed pole pieces . - i) at least one cooling chamber which is connectable to cooling liquid supply channels , and - ii) an RF shielding means comprising an electrically conducting, non-magnetic, shielding plate which is mounted laterally onto the coil support means , so as to contact said cooling chamber and become situated between the coil winding(s) (2, 2', 2") and a corresponding pole piece of a main field magnet , when using said coil device in a rapid scan coil assembly of an EPR apparatus having a main field magnet with two opposed pole pieces .