mhurhangee/patent-ind-claim-en huggingface dataset:
A method for accessing a Peripheral Component Interconnect Express PCIe domain, wherein the method is used for a system comprising a primary domain and an extended domain , wherein the primary domain comprises a root complex ; and the extended domain comprises a root complex endpoint device , wherein the root complex endpoint device is a PCIe device in the primary domain that has a first bus set and a root complex in the extended domain that has a second bus set, the first bus set is different from the second bus set; and the method comprises: receiving, (S601), by the root complex endpoint device, an access packet from the primary domain. and the access packet carries an access target address; performing, (S602), by the root complex endpoint device, address translation on the access target address according to an address mapping which is pre-saved in the root-complex endpoint device, to obtain a translated access target address; and sending, (S603), by the root complex endpoint device, an analog access packet to a target PCIe device in the extended domain, wherein the analog access packet carries the translated access target address which is used to identify the target PCIe device. the primary domain comprises a root complex ; and the extended domain comprises a root complex endpoint device , wherein the root complex endpoint device is a PCIe device in the primary domain that has a first bus set and a root complex in the extended domain that has a second bus set, the first bus set is different from the second bus set; and the method comprises: receiving, (S601), by the root complex endpoint device, an access packet from the primary domain. and the access packet carries an access target address; performing, (S602), by the root complex endpoint device, address translation on the access target address according to an address mapping which is pre-saved in the root-complex endpoint device, to obtain a translated access target address; and sending, (S603), by the root complex endpoint device, an analog access packet to a target PCIe device in the extended domain, wherein the analog access packet carries the translated access target address which is used to identify the target PCIe device. receiving, (S601), by the root complex endpoint device, an access packet from the primary domain. and the access packet carries an access target address; performing, (S602), by the root complex endpoint device, address translation on the access target address according to an address mapping which is pre-saved in the root-complex endpoint device, to obtain a translated access target address; and sending, (S603), by the root complex endpoint device, an analog access packet to a target PCIe device in the extended domain, wherein the analog access packet carries the translated access target address which is used to identify the target PCIe device.
Checkout counter with a conveyor belt , and with an integrated item-dispensing apparatus , which uses a storage space below and behind the conveyor belt , and an integrated vending machine, - wherein the vending machine is intended for dispensing of tobacco products and is arranged next to the item-dispensing apparatus , - wherein the item-dispensing apparatus consists of a multiplicity of individual item shafts which are arranged one next to the other and one behind the other, wherein, in the item shafts , in each case individual items are stored so as to be arrangeable one above the other, - wherein each item shaft comprises an item-dispensing region from which the individual items are removable one after the other, wherein - each item shaft is of cuboidal configuration and comprises an inner baseplate which is displaceable in the direction of the item-dispensing region , - wherein the items are arrangeable on the base plate stacked one above the other, - and wherein the baseplate is operatively connected to a spring , whereby the baseplate is subjected to a force in the direction of the item-dispensing region , - and wherein each item shaft has at least one retaining element for the item situated at the top. - wherein the vending machine is intended for dispensing of tobacco products and is arranged next to the item-dispensing apparatus , - wherein the item-dispensing apparatus consists of a multiplicity of individual item shafts which are arranged one next to the other and one behind the other, wherein, in the item shafts , in each case individual items are stored so as to be arrangeable one above the other, - wherein each item shaft comprises an item-dispensing region from which the individual items are removable one after the other, wherein - each item shaft is of cuboidal configuration and comprises an inner baseplate which is displaceable in the direction of the item-dispensing region , - wherein the items are arrangeable on the base plate stacked one above the other, - and wherein the baseplate is operatively connected to a spring , whereby the baseplate is subjected to a force in the direction of the item-dispensing region , - and wherein each item shaft has at least one retaining element for the item situated at the top.
A particle comprising an energetic fuel additive and an ignition agent, wherein said ignition agent is deposited on at least one surface of said particle, wherein said ignition agent comprises a metal hydride, wherein said energetic fuel additive comprises one or more materials selected from the group consisting of: a metal oxide, a metal, a metalloid, and any combination thereof, wherein the ignition agent is in amount such that the mass ratio of the ignition agent to the energetic fuel additive ranges from 0.01 to 2, wherein said particle is in the form of a core shell structure, wherein said core comprises said energetic fuel additive and said shell comprises said ignition agent.
A bonding method of a micro-electronic, in particular, a bare die component having one or more electrical connection pads, on a substrate having on its substrate surface a connection pad structure arranged for interconnecting the micro-electronic component via a respective one or more connection pads, the method comprising the steps of: - providing a donor film comprising a bonding material of a curable conductive adhesive or flux based solder paste and a dynamic release layer comprising a photoactivatable composition adjacent to the bonding material layer; - aligning a laser beam of a laser system and guiding the donor film distanced from the substrate surface; - impinging the laser beam on the dynamic release layer; in such a way that the photoactivatable composition in the dynamic release layer is activated to locally transform in gaseous substance, when locally irradiated, so that dynamic release of bonding material is provided by propulsion of the gaseous substance, to cover a selected part of the connection pads or the connection pad structure with bonding matter transferred from the bonding material layer, wherein the laser beam is restricted in timing and energy, in such a way that transferred bonding matter remains curable or consists of more than 10 % volume percent of solder flux; and - administering the micro-electronic component with its pads to the pad structure, so that the bonding matter on one or both the pads and the pad structure forms an electrical connection between the pad structure and a respective pad; and - curing the conductive adhesive or reflowing the solder paste of the bonding matter to bond the micro-electronic component with a shear strength of more than 1 MPa. - providing a donor film comprising a bonding material of a curable conductive adhesive or flux based solder paste and a dynamic release layer comprising a photoactivatable composition adjacent to the bonding material layer; - aligning a laser beam of a laser system and guiding the donor film distanced from the substrate surface; - impinging the laser beam on the dynamic release layer; in such a way that the photoactivatable composition in the dynamic release layer is activated to locally transform in gaseous substance, when locally irradiated, so that dynamic release of bonding material is provided by propulsion of the gaseous substance, to cover a selected part of the connection pads or the connection pad structure with bonding matter transferred from the bonding material layer, wherein the laser beam is restricted in timing and energy, in such a way that transferred bonding matter remains curable or consists of more than 10 % volume percent of solder flux; and - administering the micro-electronic component with its pads to the pad structure, so that the bonding matter on one or both the pads and the pad structure forms an electrical connection between the pad structure and a respective pad; and - curing the conductive adhesive or reflowing the solder paste of the bonding matter to bond the micro-electronic component with a shear strength of more than 1 MPa.
A method of measuring the weight and distribution of fluff pulp and at least one of super absorbent polymer, SAP, and absorbent gelling material, AGM, of absorbent articles comprising: receiving, by a computer , image data of an absorbent article based on light energy that passes through the absorbent article; receiving, by the computer , corresponding radio frequency, RF, data of the absorbent article based on RF signals that pass through the absorbent article; determining, by the computer , weight and distribution of the fluff pulp on the absorbent article from the image data of the absorbent article; and determining, by the computer , weight of the fluff pulp and the SAP or the AGM on the absorbent article from the RF data of the absorbent article. receiving, by a computer , image data of an absorbent article based on light energy that passes through the absorbent article; receiving, by the computer , corresponding radio frequency, RF, data of the absorbent article based on RF signals that pass through the absorbent article; determining, by the computer , weight and distribution of the fluff pulp on the absorbent article from the image data of the absorbent article; and determining, by the computer , weight of the fluff pulp and the SAP or the AGM on the absorbent article from the RF data of the absorbent article.
A method for preparing a hybrid inorganic-organic nanostructured inhibitive pigment, comprising: premixing a first stock solution containing one or more cations and a second stock solution containing one or more oxoanions to form a premixture in the presence of a polymer as a surface modifier; reacting the premixture to form a slurry; which is performed as a hydrothermal process; quenching the slurry; which includes cooling with distilled water; and separating nanoparticles from the slurry after the quenching; wherein the first stock solution includes one or more of the following: Zn 2+ citric complex solution (1:1), Ce 3+ EDTA complex solution (1:1), or Pr 3+ tartaric complex solution (1:1); and wherein the second stock solution includes one or more of a molybdate (MoO 4 2- ), phosphate (PO 4 3- ), or silicate (SiO 4 4- ), with 1-2 wt% polymer added as surface modifier. premixing a first stock solution containing one or more cations and a second stock solution containing one or more oxoanions to form a premixture in the presence of a polymer as a surface modifier; reacting the premixture to form a slurry; which is performed as a hydrothermal process; quenching the slurry; which includes cooling with distilled water; and separating nanoparticles from the slurry after the quenching; wherein the first stock solution includes one or more of the following: Zn 2+ citric complex solution (1:1), Ce 3+ EDTA complex solution (1:1), or Pr 3+ tartaric complex solution (1:1); and wherein the second stock solution includes one or more of a molybdate (MoO 4 2- ), phosphate (PO 4 3- ), or silicate (SiO 4 4- ), with 1-2 wt% polymer added as surface modifier.
Kitchen appliance, with a belt drive that comprises a roller which has a guide plate with a locating region provided along the circumference for guiding a tensioning means, characterised by a delimiting web element , which is attached to a first end face of the guide plate , wherein the delimiting web element has a web region , which extends radially outwards beyond the radius of the locating region , wherein at least one latching element is provided on the delimiting web element and at least one mating latching element is provided on the guide plate , wherein the at least one latching element is designed to latch to at least one of the mating latching elements when attaching the delimiting web element to the first end face of the guide plate . a delimiting web element , which is attached to a first end face of the guide plate , wherein the delimiting web element has a web region , which extends radially outwards beyond the radius of the locating region , wherein at least one latching element is provided on the delimiting web element and at least one mating latching element is provided on the guide plate , wherein the at least one latching element is designed to latch to at least one of the mating latching elements when attaching the delimiting web element to the first end face of the guide plate .
A printing method for forming a conductive line on a plastic substrate for use in an automobile, comprising: fixing the plastic substrate in a fixture of an automatic printing machine; dispensing a conductive mixture to an inkjet print head of the automatic printing machine, the inkjet print head being coupled to the fixture and configured for printing on the plastic substrate ; and controlling the inkjet print head of the automatic printing machine with a computer controller under automatic controls and printing the conductive mixture onto the plastic substrate with the inkjet print head while the plastic substrate is fixed in the fixture to form the conductive line; wherein the conductive line is a busbar , a grid line , or an antenna line in the automobile; wherein the conductive mixture comprises a conductive paste; a solvent; and an adhesion agent. fixing the plastic substrate in a fixture of an automatic printing machine; dispensing a conductive mixture to an inkjet print head of the automatic printing machine, the inkjet print head being coupled to the fixture and configured for printing on the plastic substrate ; and controlling the inkjet print head of the automatic printing machine with a computer controller under automatic controls and printing the conductive mixture onto the plastic substrate with the inkjet print head while the plastic substrate is fixed in the fixture to form the conductive line; wherein the conductive line is a busbar , a grid line , or an antenna line in the automobile; wherein the conductive mixture comprises a conductive paste; a solvent; and an adhesion agent.
A routing method, comprising: obtaining, by a near field communication controller NFCC, route types supported by a received data frame (S101); sequentially matching, by the NFCC according to a sequence of the route types supported by the data frame, for each route type, a first routing table and, if a matching routing entry of the data frame does not exist in the first routing table, a second routing table of the route type, until a matching routing entry of the data frame is obtained (S102), wherein the first routing table comprises L routing entries whose priorities needed to be boosted to a highest level among all routing entries of a route type to which the routing entry belongs, and the L routing entries whose priorities needed to be boosted are corresponding to L route types, respectively, wherein L is an integer greater than or equal to 1; and selecting, by the NFCC, a route according to the matching routing entry of the data frame (S103). obtaining, by a near field communication controller NFCC, route types supported by a received data frame (S101); sequentially matching, by the NFCC according to a sequence of the route types supported by the data frame, for each route type, a first routing table and, if a matching routing entry of the data frame does not exist in the first routing table, a second routing table of the route type, until a matching routing entry of the data frame is obtained (S102), wherein the first routing table comprises L routing entries whose priorities needed to be boosted to a highest level among all routing entries of a route type to which the routing entry belongs, and the L routing entries whose priorities needed to be boosted are corresponding to L route types, respectively, wherein L is an integer greater than or equal to 1; and selecting, by the NFCC, a route according to the matching routing entry of the data frame (S103).
A method in a radio network node , the method comprising: generating (S208) a medium access control, MAC, message comprising a first field indicating whether a second field is present, or absent, in the MAC message, the second field identifying one or more resource sets among a plurality of resource sets which are to be activated or deactivated, and a third field comprising quasi co-location, QCL, information, wherein: - when the first field indicates that the second field is present, the third field comprises QCL information for each of the one or more resource sets to be activated and identified in the second field, and - wherein, when the first field indicates that the second field is absent, the third field comprises QCL information for each of one or more resource sets already activated; and transmitting (S210) the generated MAC message to a wireless device . generating (S208) a medium access control, MAC, message comprising a first field indicating whether a second field is present, or absent, in the MAC message, the second field identifying one or more resource sets among a plurality of resource sets which are to be activated or deactivated, and a third field comprising quasi co-location, QCL, information, wherein: - when the first field indicates that the second field is present, the third field comprises QCL information for each of the one or more resource sets to be activated and identified in the second field, and - wherein, when the first field indicates that the second field is absent, the third field comprises QCL information for each of one or more resource sets already activated; and - when the first field indicates that the second field is present, the third field comprises QCL information for each of the one or more resource sets to be activated and identified in the second field, and - wherein, when the first field indicates that the second field is absent, the third field comprises QCL information for each of one or more resource sets already activated; and transmitting (S210) the generated MAC message to a wireless device .
A pocketed spring assembly for a bedding or seating product, said pocketed spring assembly comprising: a plurality of parallel strings of springs, each of said strings being joined to at least one adjacent string, each of said strings comprising a plurality of interconnected pockets , each of the pockets containing at least one spring encased in fabric, the fabric being joined to itself along a longitudinal seam and having first and second opposed plies of fabric on opposite sides of the springs , the fabric of said first and second plies being joined by transverse seams , characterized in that at least some of the strings contain pockets of different sizes (H p , H pp ) without springs therein due to the location of the longitudinal seams of the pockets, first springs being inside small pockets and second springs being inside large pockets , thereby stretching the fabric of the small pockets to create a string having a generally uniform height (H) and pocketed springs of different firmness. a plurality of parallel strings of springs, each of said strings being joined to at least one adjacent string, each of said strings comprising a plurality of interconnected pockets , each of the pockets containing at least one spring encased in fabric, the fabric being joined to itself along a longitudinal seam and having first and second opposed plies of fabric on opposite sides of the springs , the fabric of said first and second plies being joined by transverse seams , characterized in that at least some of the strings contain pockets of different sizes (H p , H pp ) without springs therein due to the location of the longitudinal seams of the pockets, first springs being inside small pockets and second springs being inside large pockets , thereby stretching the fabric of the small pockets to create a string having a generally uniform height (H) and pocketed springs of different firmness.
A compound selected from the group consisting of: 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanone; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanone; 1,1-dimethyl-octahydro-inden-5-ol; 3,3 -dimethyl-octahydro-inden-5 -ol; 1,1-dimethyl-octahydro-inden-5-one; 3,3 -dimethyl-octahydro-inden-5 -one; 1-(1,1,6-trimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3,6-trimethyl-octahydro-inden-5-yl)-ethanol; and a mixture thereof. 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanone; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanone; 1,1-dimethyl-octahydro-inden-5-ol; 3,3 -dimethyl-octahydro-inden-5 -ol; 1,1-dimethyl-octahydro-inden-5-one; 3,3 -dimethyl-octahydro-inden-5 -one; 1-(1,1,6-trimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3,6-trimethyl-octahydro-inden-5-yl)-ethanol; and a mixture thereof.
A device comprising a first fixing element , a further fixing element and a folded planar composite ; wherein the first fixing element comprises a first fixing surface and the further fixing element comprises a further fixing surface ; wherein the folded planar composite is at least partially fixed between the first fixing surface and the further fixing surface ; wherein the folded planar composite comprises a first composite region ; wherein the first composite region comprises a first layer sequence comprising as layers overlapping one another in the direction from the further fixing surface to the first fixing surface a first composite layer , a second composite layer , a third composite layer and a fourth composite layer ; wherein in the first composite region the second composite layer is joined to the third composite layer and the third composite layer is joined to the fourth composite layer ; wherein the first composite layer comprises a first carrier layer ; wherein the second composite layer comprises a second carrier layer ; wherein the third composite layer comprises a third carrier layer ; wherein the fourth composite layer comprises a fourth carrier layer ; wherein in the first composite region the third carrier layer is characterised by a smaller layer thickness than in each case one selected from the group consisting of the first carrier layer , the second carrier layer and the fourth carrier layer or a combination of at least two of these; wherein the first fixing surface or the further fixing surface or both comprises a recess comprising a first recess region ; wherein the recess has a first maximum depth in the first recess region ; wherein the first composite region is located at least partially between the first recess region and the first fixing surface or the further fixing surface .