mhurhangee/patent-ind-claim-en huggingface dataset:
An extended-range spray applicator comprising: (a) an air supply means , for providing a flow of air through the spray applicator ; wherein the air supply means is configured to connect to (b) a head assembly , configured to attach to the air supply means ; wherein the assembly comprises: (i) an air supply means adaptor , for connecting the head assembly to the air supply means ; (ii) a primary air guide shroud , to guide the flow of air coming from the air supply means ; (iii) a liquid atomizer means , for transforming liquid into sub-millimeter-sized droplets; wherein the atomizer is situated centrally within the shroud ; (iv) a mounting means, for attaching the atomizer to the head assembly ; (v) a motor , mechanically connected to the atomizer ; and optionally (vi) a battery receptacle , for holding a battery, which is electrically connected to the motor ; wherein the head assembly , already equipped with the primary air guide shroud , is configured to reversibly attach to a secondary shroud . (a) an air supply means , for providing a flow of air through the spray applicator ; wherein the air supply means is configured to connect to (b) a head assembly , configured to attach to the air supply means ; wherein the assembly comprises: (i) an air supply means adaptor , for connecting the head assembly to the air supply means ; (ii) a primary air guide shroud , to guide the flow of air coming from the air supply means ; (iii) a liquid atomizer means , for transforming liquid into sub-millimeter-sized droplets; wherein the atomizer is situated centrally within the shroud ; (iv) a mounting means, for attaching the atomizer to the head assembly ; (v) a motor , mechanically connected to the atomizer ; and optionally (vi) a battery receptacle , for holding a battery, which is electrically connected to the motor ; wherein the head assembly , already equipped with the primary air guide shroud , is configured to reversibly attach to a secondary shroud . (i) an air supply means adaptor , for connecting the head assembly to the air supply means ; (ii) a primary air guide shroud , to guide the flow of air coming from the air supply means ; (iii) a liquid atomizer means , for transforming liquid into sub-millimeter-sized droplets; wherein the atomizer is situated centrally within the shroud ; (iv) a mounting means, for attaching the atomizer to the head assembly ; (v) a motor , mechanically connected to the atomizer ; and optionally (vi) a battery receptacle , for holding a battery, which is electrically connected to the motor ;
An access network device, wherein the access network device comprises a determining unit and a sending unit , wherein the determining unit is configured to determine a downlink frequency shift according to a received uplink signal sent by a terminal device, and determine a second transmit frequency according to the downlink frequency shift and a first transmit frequency; and the sending unit is configured to send a downlink signal to the terminal device according to the second transmit frequency determined by the determining unit , so that the terminal device receives the downlink signal according to a receive frequency corresponding to the first transmit frequency, characterized in that the downlink signal comprises at least one of a demodulation reference signal, DMRS, or downlink data, wherein the sending unit is further configured to send indication information to the terminal device before sending the downlink signal to the terminal device according to the second transmit frequency, wherein the indication information is used to indicate that the access network device has performed frequency compensation.
A method, comprising: providing a substrate ; co-depositing a copper (Cu) material doped with 1-5% by volume of an aluminum (Al) material to form a coating layer on an uppermost surface of the substrate; patterning the coating layer of the copper (Cu) material and the aluminum (Al) material to form a plurality of conductive traces on the substrate; masking portions of the plurality of conductive traces to provide a plurality of electrical connections in contact with a surface of the plurality of conductive traces and in electrical communication with the plurality of conductive traces; annealing the plurality of conductive traces to provide migration of the aluminum (Al) material to the surface of the plurality of conductive traces; and exposing the plurality of conductive traces to air to oxidize the migrated aluminum (Al) material and form an alumina protective layer on a surface of the remaining copper (Cu) material, wherein the substrate , the plurality of conductive traces and the plurality of electrical connections define an electronic ceramic circuit board configured to operate at a temperature greater than 200 degrees Celsius, preferably at a temperature greater than 260 degrees Celsius, and more preferably at a temperature greater than 350 degrees Celsius. providing a substrate ; co-depositing a copper (Cu) material doped with 1-5% by volume of an aluminum (Al) material to form a coating layer on an uppermost surface of the substrate; patterning the coating layer of the copper (Cu) material and the aluminum (Al) material to form a plurality of conductive traces on the substrate; masking portions of the plurality of conductive traces to provide a plurality of electrical connections in contact with a surface of the plurality of conductive traces and in electrical communication with the plurality of conductive traces; annealing the plurality of conductive traces to provide migration of the aluminum (Al) material to the surface of the plurality of conductive traces; and exposing the plurality of conductive traces to air to oxidize the migrated aluminum (Al) material and form an alumina protective layer on a surface of the remaining copper (Cu) material, wherein the substrate , the plurality of conductive traces and the plurality of electrical connections define an electronic ceramic circuit board configured to operate at a temperature greater than 200 degrees Celsius, preferably at a temperature greater than 260 degrees Celsius, and more preferably at a temperature greater than 350 degrees Celsius.
A computer implemented method for storing and retrieving data elements in a computer memory, the method comprising: configuring, by a processor, the computer memory according to a data structure , the data structure including: a data element array including a plurality of sorted data elements, each data element associated with a position in the data element array; and a cluster element array including one or more cluster elements, each cluster element defined by one of one data element from the data element array or a plurality of continuous data elements from the data element array, wherein each cluster element is associated with a cluster code for determining the position of one or more data elements in the data element array, the cluster code correlating each data element defining the cluster element with the position of the data element in the data element array, and characterized in that the cluster code of a cluster element is determined as the difference between the first data element associated with the cluster element and the position in the data element array where the first data element is stored, wherein the data structure is associated with an increment, and wherein two data elements adjacently positioned in the data element array are continuous if a difference between the data elements is equal to the increment.. configuring, by a processor, the computer memory according to a data structure , the data structure including: a data element array including a plurality of sorted data elements, each data element associated with a position in the data element array; and a cluster element array including one or more cluster elements, each cluster element defined by one of one data element from the data element array or a plurality of continuous data elements from the data element array, a data element array including a plurality of sorted data elements, each data element associated with a position in the data element array; and a cluster element array including one or more cluster elements, each cluster element defined by one of one data element from the data element array or a plurality of continuous data elements from the data element array, wherein each cluster element is associated with a cluster code for determining the position of one or more data elements in the data element array, the cluster code correlating each data element defining the cluster element with the position of the data element in the data element array, and characterized in that the cluster code of a cluster element is determined as the difference between the first data element associated with the cluster element and the position in the data element array where the first data element is stored, wherein the data structure is associated with an increment, and wherein two data elements adjacently positioned in the data element array are continuous if a difference between the data elements is equal to the increment..
Use of an injection solution containing mRNA and an aqueous injection buffer, wherein the injection buffer contains a sodium salt, a calcium salt and a potassium salt, for the preparation of a medicament for the treatment and/or prevention of cancer and tumor diseases, allergies, autoimmune diseases, viral and/or bacterial infections, for gene therapy and for vaccination, in particular anti-viral vaccination, for prevention of the afore-mentioned diseases, wherein the injection solution is for increasing the mRNA transfer and/or the mRNA translation into/in a host organism, wherein the use of isolated and/or mixed mRNA in a Ringer-Lactate solution (pH 5-7) with a theoretic osmolarity of 276 mosm/l and with a titration acidity of 0.5-2 mmol NaOH/l, consisting of - 6.0 g NaCl, - 0.4 g KCI, - 0.27 g CaCl 2 -dihydrate - 6.34 g Na-(S)-lactate-solution with 3.17 g Na-lactate - in 1000 ml infusion solution with the further components: - hydrochloric acid 25% and sodium hydroxide, both for pH value adjustment and - water for injection purposes (w.f.i.), for the preparation of a medicament for treating cancer- and tumor diseases, is disclaimed. - 6.0 g NaCl, - 0.4 g KCI, - 0.27 g CaCl 2 -dihydrate - 6.34 g Na-(S)-lactate-solution with 3.17 g Na-lactate - in 1000 ml infusion solution with the further components: - hydrochloric acid 25% and sodium hydroxide, both for pH value adjustment and - water for injection purposes (w.f.i.),
Method of assistance to at least one occupant of a vehicle involved in an accident, comprising a detection step (E1) for detecting a state of the vehicle (V) resulting from the accident, an activation step (E2) for activating the means for measuring the physiological state of the occupant, a collection step (E3) for collecting the physiological data relating to the occupant by at least one dedicated measurement device, a recording step (E4) for recording the data collected, a sending step (E5) for sending a message containing the data relating to the physiological state of the occupant to a remote data storage server (SDSD), via a telematic control unit (TCU) on board the vehicle, characterized in that the collection step (E3) for collecting the physiological data is carried out recurrently at a regular time interval from the time (T0) of detecting (E1) a state of the vehicle resulting from the accident, and in that the sending step (E5) for sending a message is carried out automatically after each recording (E4) of the data collected in the data collection step (E3).
Bearing structure for a container for a flexible bag intended for collecting waste, the flexible bag comprising a first opening at one end of the bag for the introduction of waste, and comprising a second opening located at an opposite end for emptying the waste from the bag, said structure including: - a means for securing the bag , - a gripping means capable of taking two configurations, - a closure member capable of holding the second opening of the bag, remote from the securing means, in the open or closed position, and - a transmission member connecting the gripping means to the closure member, capable of slaving the position of the closure member to the configuration of the gripping means, characterized in that the transmission member is designed to pass through a central portion of the bag . - a means for securing the bag , - a gripping means capable of taking two configurations, - a closure member capable of holding the second opening of the bag, remote from the securing means, in the open or closed position, and - a transmission member connecting the gripping means to the closure member, capable of slaving the position of the closure member to the configuration of the gripping means, characterized in that the transmission member is designed to pass through a central portion of the bag .
A calibration set for use with extracellular vesicle quantitation and/or sizing instruments, comprising: first nanoparticles comprising nylon-6 covalently bound to a first dye, the first nanoparticles having a first average diameter and a first polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19; and second nanoparticles comprising nylon-6 covalently bound to a second dye that is different from the first dye, the second nanoparticles having a second average diameter and a second polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19, wherein: the first average diameter is different from the second average diameter; the first average diameter and the second average diameter are each independently greater than or equal to 30 nm and less than or equal to 3000 nm; and the first average diameter is at least two times the second average diameter. first nanoparticles comprising nylon-6 covalently bound to a first dye, the first nanoparticles having a first average diameter and a first polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19; and second nanoparticles comprising nylon-6 covalently bound to a second dye that is different from the first dye, the second nanoparticles having a second average diameter and a second polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19, wherein: the first average diameter is different from the second average diameter; the first average diameter and the second average diameter are each independently greater than or equal to 30 nm and less than or equal to 3000 nm; and the first average diameter is at least two times the second average diameter. the first average diameter is different from the second average diameter; the first average diameter and the second average diameter are each independently greater than or equal to 30 nm and less than or equal to 3000 nm; and the first average diameter is at least two times the second average diameter.
A banding system for an agricultural baler , the banding system configured to move a banding element around a crop package to band the crop package, the banding system comprising: a support member including a support surface configured to support the crop package, the support member including a channel defined by an opening in the support surface , the channel further defined by a first surface opposite a second surface and a third surface extending between the first and second surfaces , wherein a distance between the first and second surfaces varies from the third surface to the opening ; and a bander unit configured to move the banding element within the channel to band the crop package, wherein the first surface at least partially defines an angled surface relative to the second surface , and wherein the first surface is positioned closest to the second surface at an apex of the angled surface, and wherein the apex of the angled surface is located closer to the opening than to the third surface , wherein the first surface includes a protrusion extending toward the second surface such that a first width of the channel defined by the opening is equal to or greater than a second width of the channel defined between the protrusion and the second surface , characterized in that the protrusion defines a first protrusion surface extending toward the second surface to the apex , wherein the first protrusion surface is obliquely angled relative to the support surface and the second surface , wherein the protrusion defines a second protrusion surface extending away from the second surface and the apex toward the support surface , and the second protrusion surface is obliquely angled relative to the support surface , the first protrusion surface , and the second surface , and the first and second protrusion surfaces are linear. a support member including a support surface configured to support the crop package, the support member including a channel defined by an opening in the support surface , the channel further defined by a first surface opposite a second surface and a third surface extending between the first and second surfaces , wherein a distance between the first and second surfaces varies from the third surface to the opening ; and a bander unit configured to move the banding element within the channel to band the crop package, wherein the first surface at least partially defines an angled surface relative to the second surface , and wherein the first surface is positioned closest to the second surface at an apex of the angled surface, and wherein the apex of the angled surface is located closer to the opening than to the third surface , wherein the first surface includes a protrusion extending toward the second surface such that a first width of the channel defined by the opening is equal to or greater than a second width of the channel defined between the protrusion and the second surface ,
Floorboard which comprises a carrier plate (3; 19) with a veneer (4; 20, 21; 29, 30) on the upper side, wherein the carrier plate (3; 19) and the veneer (4; 20, 21; 29, 30) are bonded together via a resin (6; 26), characterized in that an edge strip (14, 15; 24, 25; 33, 34) is provided on at least two side edges (12, 13; 22, 23; 31, 32) of the veneer (4; 20, 21; 29, 30) and the edge strips (14, 15; 24, 25; 33, 34) consist of resin , wherein the surface of the edge strips (14, 15; 24, 25; 33, 34) extends in the plane of the surface of the veneer (4; 20, 21; 29, 30).
Arrangement for securing access to at least one opening in a wall of a safe module of a device for handling value documents, having a structural unit which, with the aid of two telescopic rails , is arranged, and connected to the safe module , in such a way that, in a moved-in state of the telescopic rails , value documents are able to be transported between the safe module and the structural unit through the opening , characterized in that the structural unit has at least one securing plate arranged between the telescopic rails , wherein the securing plate is at a settable distance from an outer side of the wall of the safe module . having a structural unit which, with the aid of two telescopic rails , is arranged, and connected to the safe module , in such a way that, in a moved-in state of the telescopic rails , value documents are able to be transported between the safe module and the structural unit through the opening , characterized in that the structural unit has at least one securing plate arranged between the telescopic rails , wherein the securing plate is at a settable distance from an outer side of the wall of the safe module .
A display panel comprising: a first flat surface (PS1); a first side surface (SS1) extending from a first side (S11) of the first flat surface (PS1); a second side surface (SS2) extending from a second side (S12) of the first flat surface (PS1); wherein the first and the second side surfaces (SS1, SS2) extend from opposite sides of the first flat surface (PS1); a first extension surface (ES1) extending from a first side (S21) of the first side surface (SS1); and a second extension surface (ES2) extending from a first side (S31) of the second side surface (SS2); wherein the first and the second extension surfaces (ES1, ES2) extend from a side adjacent the first side (S11) and adjacent the second side (S12) of the first flat surface (PS1), respectively, wherein the first and the second extension surfaces (ES1, ES2) extend in opposite directions, and wherein a first side (S41) of the first extension surface (ES1) is in contact with or close to a third side (S13) of the first flat surface (PS1), and a first side (S51) of the second extension surface (ES2) is in contact with or close to a fourth side (S14) of the first flat surface (PS1). a first flat surface (PS1); a first side surface (SS1) extending from a first side (S11) of the first flat surface (PS1); a second side surface (SS2) extending from a second side (S12) of the first flat surface (PS1); wherein the first and the second side surfaces (SS1, SS2) extend from opposite sides of the first flat surface (PS1); a first extension surface (ES1) extending from a first side (S21) of the first side surface (SS1); and a second extension surface (ES2) extending from a first side (S31) of the second side surface (SS2); wherein the first and the second extension surfaces (ES1, ES2) extend from a side adjacent the first side (S11) and adjacent the second side (S12) of the first flat surface (PS1), respectively, wherein the first and the second extension surfaces (ES1, ES2) extend in opposite directions, and wherein a first side (S41) of the first extension surface (ES1) is in contact with or close to a third side (S13) of the first flat surface (PS1), and a first side (S51) of the second extension surface (ES2) is in contact with or close to a fourth side (S14) of the first flat surface (PS1).
A torch apparatus (1; 1'), in particular a manually guided ambient air torch apparatus, the torch apparatus comprising a first, upstream section, the upstream section including a combustible gas intake member and a gas mixing tube , and a second, downstream section, the downstream section including a burner array (12; 12'), the burner array having a burner array socket (13; 13') with multiple burners, a flow spreader (7; 7') connecting the gas mixing tube to the multiple burners, the burner array together with the flow spreader being surrounded by an enclosure (21; 21'), characterised in that the flow spreader and/or the burner array socket together with the enclosure are configured for restricting ambient air flow between the interior of the enclosure located upstream to the burner array socket into the interior of the enclosure located downstream to the burner array socket into an gap (26; 26'), whereby the gap essentially surrounds the burner array to create an ambient air flow mantling around the hot process gas produced in the burner array during operation.