mhurhangee/patent-ind-claim-en huggingface dataset:
Device for indicating the history of a product comprising the following layers: (a) a covering layer , impermeable to moisture, (b) an indicator layer comprising at least one indicator, (c) an activator layer comprising at least one activator, as well as (d) an optional delaying layer , wherein the covering layer is arranged over the indicator layer, the activator layer and the delaying layer, wherein the indicator layer is arranged between the covering layer and optional delaying layer, and wherein the activator layer may be absent where an indicator is used which is activated by H 2 O, characterised in that at least one of the layers comprises a cellulose derivative selected from hydroxypropyl methylcellulose (HPMC), methylcellulose (MC), hydroxypropyl cellulose (HPC), carboxymethylcellulose (CMC) and mixtures thereof, preferably HPMC. (a) a covering layer , impermeable to moisture, (b) an indicator layer comprising at least one indicator, (c) an activator layer comprising at least one activator, as well as (d) an optional delaying layer , wherein the covering layer is arranged over the indicator layer, the activator layer and the delaying layer, wherein the indicator layer is arranged between the covering layer and optional delaying layer, and wherein the activator layer may be absent where an indicator is used which is activated by H 2 O, characterised in that at least one of the layers comprises a cellulose derivative selected from hydroxypropyl methylcellulose (HPMC), methylcellulose (MC), hydroxypropyl cellulose (HPC), carboxymethylcellulose (CMC) and mixtures thereof, preferably HPMC.
Method for carrying out core drilling in a material by means of drilling apparatuses that use a drill bit , which drill bit is configured with a hollow cylindrical main body, designated below as core barrel , and has, at the front end of the core barrel serving for the abrasion of material, abrasion elements which are secured on the surface of the core barrel and distributed on said surface in a ring shape, said method comprising the following method steps: - executing a forward movement of the drill bit in combination with a rotational movement of the drill bit about its axis by means of a drive , for annular abrasion at the material and formation of a drilling core of the material in the core barrel , - making available a high-pressure blasting medium at the drill bit , characterized by : - generating at least two jets of the blasting medium directed into the interior of the drill bit by means of high-pressure jet nozzles , and - abrading material at the drilling core by means of the blasting medium , wherein abrading of the drilling core takes place at its free end by means of the blasting medium . - executing a forward movement of the drill bit in combination with a rotational movement of the drill bit about its axis by means of a drive , for annular abrasion at the material and formation of a drilling core of the material in the core barrel , - making available a high-pressure blasting medium at the drill bit , characterized by : - generating at least two jets of the blasting medium directed into the interior of the drill bit by means of high-pressure jet nozzles , and - abrading material at the drilling core by means of the blasting medium , wherein abrading of the drilling core takes place at its free end by means of the blasting medium .
A method of forming a protected stack for use in the formation of a microelectronic structure, said method comprising: providing a wafer having a surface; optionally forming a primer layer on said wafer surface; forming a protective layer on said primer layer, if present, or on said wafer surface if no primer layer is present, to yield a protected stack, said protective layer being formed from a composition comprising a cycloolefin copolymer dissolved or dispersed in a solvent system, wherein said protective layer has less than 0.1 pinholes per cm 2 of wafer when observed under a microscope at 10X magnification if etched by an 48% by weight aqueous HF solution, having a temperature of 20-25°C for 1-2 hours; and subjecting said protected stack to an acidic etching process, wherein said cycloolefin copolymer is comprised of recurring monomers of cyclic olefins and acyclic olefins, wherein the cyclic olefin used to form the cycloolefin copolymer by polymerization is norbornene where each R 1 , R 2 , and R 3 is -H; and wherein the acyclic monomer used to form the cycloolefin copolymer by polymerization is ethene having the structure: where each R 4 is -H. providing a wafer having a surface; optionally forming a primer layer on said wafer surface; forming a protective layer on said primer layer, if present, or on said wafer surface if no primer layer is present, to yield a protected stack, said protective layer being formed from a composition comprising a cycloolefin copolymer dissolved or dispersed in a solvent system, wherein said protective layer has less than 0.1 pinholes per cm 2 of wafer when observed under a microscope at 10X magnification if etched by an 48% by weight aqueous HF solution, having a temperature of 20-25°C for 1-2 hours; and subjecting said protected stack to an acidic etching process, wherein said cycloolefin copolymer is comprised of recurring monomers of cyclic olefins and acyclic olefins, wherein the cyclic olefin used to form the cycloolefin copolymer by polymerization is norbornene where each R 1 , R 2 , and R 3 is -H; and wherein the acyclic monomer used to form the cycloolefin copolymer by polymerization is ethene having the structure: where each R 4 is -H.
Production line, comprising one or more assembling stations and at least one module for carrying containers (A) for supplying to the assembling stations parts or components which are necessary during the execution of a working cycle in said assembling stations, wherein said at least one module for carrying containers (A) is provided of a paternoster transport system and a plurality of containers for carrying parts, wherein said containers are in form of drawers (C) associated to said paternoster transport system, which is operable for selectively placing each drawer (C) in a picking position in a pick-up area wherein the parts contained therein can be picked-up by an operator (O), wherein said paternoster transport system includes a chain drive system for transporting said drawers (C), comprising two closed loop lateral chains to which are connected sides of said drawers (C), said closed loop lateral chains being engaged on respective wheels of chains which are rotatable mounted on a load-bearing structure of said module (A) and which are connected to a drive motor which is electronically controlled, wherein said closed loop chains comprises a front vertical branch , a rear vertical branch , an upper horizontal branch and a lower horizontal branch (51 D, 52D), said drawers (C) being disposed with a fixed pitch along the closed loop path defined by said closed loop chains , wherein each of said drawers (C) has two opposite lateral walls facing to said lateral chains , and on each of said lateral walls is rigidly mounted a first engagement element engaged on a second engagement element carried by a respective lateral chain , in such a way that each of said drawers (C) is carried and moved by said chain drive system, when said motor is activated, along said closed loop path providing a rise phase along the rear vertical branch and a descent phase along the front vertical branch of said drawers (C), wherein said module for carrying containers (A) is provided of lateral guide rails for the drawers (C), each guide rail being configured according a closed loop mounted close to a respective lateral chain , in such a way that said drawers (C) maintain a horizontal orientation along said closed loop path with the exception of a portion of said descent phase in which said drawers (C) are brought to incline forward toward the bottom and toward the operator (O) in said pick-up area, wherein on each of said lateral walls of the drawers (C) is also rotatable mounted a roller engaged in a respective lateral guide rail , wherein said production line comprising an electronic control unit for controlling said drive motor according to a predetermined program, on the basis of control signals including at least a safety stop signal and a signal which indicates the position of each drawer (C) along said closed loop path.
A compounder system , comprising: a cartridge having: a plurality of controllable fluid pathways fluidly coupled to at least one diluent port, a waste port, and a receiving container port; and a backpack attached to the cartridge , wherein the backpack comprises: an expandable waste bag coupled to the waste port; an enclosure for the waste bag ; and characterized by : pigtail tubing configured to couple the receiving container port of the cartridge to a receiving container, wherein the pigtail tubing is configured to be stored by a portion of the enclosure. a plurality of controllable fluid pathways fluidly coupled to at least one diluent port, a waste port, and a receiving container port; and a backpack attached to the cartridge , wherein the backpack comprises: an expandable waste bag coupled to the waste port; an enclosure for the waste bag ; and characterized by : pigtail tubing configured to couple the receiving container port of the cartridge to a receiving container, wherein the pigtail tubing is configured to be stored by a portion of the enclosure.
A food packaging machine comprising • a packaging material supply module • a food supply module • a filling module the filling module being operable to • form a package from packaging material supplied by the package material supply module • fill food supplied by the food supply module into the formed package • seal the filled package • output the sealed, formed, and filled package characterised in that the food packaging machine further comprises a hardware data processor • operably connectable to the packaging material supply module to receive a packaging material data record indicative of the packaging material batch currently supplied to the filling module • operably connectable to the food supply module to receive a food data record indicative of the food batch currently supplied to the filling module • operable to create a food data transaction derived from data comprising o a time stamp identifying the time at which the filling module filled the supplied food into the formed package, o a machine data record identifying the filing module or the food packaging machine, o all or part of the food data record o all or part of the packaging material data record • operably connectable to a network data processing system , • operable to send the food data transaction to the network data processing system for the food data transaction to be appended to the packaged food production data hash tree. • a packaging material supply module • a food supply module • a filling module • form a package from packaging material supplied by the package material supply module • fill food supplied by the food supply module into the formed package • seal the filled package • output the sealed, formed, and filled package • operably connectable to the packaging material supply module to receive a packaging material data record indicative of the packaging material batch currently supplied to the filling module • operably connectable to the food supply module to receive a food data record indicative of the food batch currently supplied to the filling module • operable to create a food data transaction derived from data comprising o a time stamp identifying the time at which the filling module filled the supplied food into the formed package, o a machine data record identifying the filing module or the food packaging machine, o all or part of the food data record o all or part of the packaging material data record o a time stamp identifying the time at which the filling module filled the supplied food into the formed package, o a machine data record identifying the filing module or the food packaging machine, o all or part of the food data record o all or part of the packaging material data record • operably connectable to a network data processing system , • operable to send the food data transaction to the network data processing system for the food data transaction to be appended to the packaged food production data hash tree.
A method of adjusting track and balance of a rotary blade, comprising: receiving data indicating track and balance of a rotary blade of interest, wherein the data are indicative of current track and balance performance of the rotary blade of interest; determining an expected track and balance performance level based on the received data and also on an unconstrained adjustment solution provided by a rotor trim adjustment algorithm; receiving a constraint, wherein the constraint includes one or more user-selected trimming adjustments for exclusion from a constrained adjustment solution provided by the rotor trim adjustment algorithm; determining, via the rotor trim adjustment algorithm, a second performance level of the rotary blade of interest based on the received constraint and the received data, wherein the second performance level is an expected track and balance performance obtained by trimming the rotary blade of interest according to a constrained-adjustment solution provided by the rotor trim adjustment algorithm; and displaying on a display unit the data indicative of the current track and balance performance of the aircraft, the expected track and balance performance level, and the second performance level for visualizing differences between the expected track and balance performance level and the second performance level; and trimming the rotary blade using the constrained adjustment solution. receiving data indicating track and balance of a rotary blade of interest, wherein the data are indicative of current track and balance performance of the rotary blade of interest; determining an expected track and balance performance level based on the received data and also on an unconstrained adjustment solution provided by a rotor trim adjustment algorithm; receiving a constraint, wherein the constraint includes one or more user-selected trimming adjustments for exclusion from a constrained adjustment solution provided by the rotor trim adjustment algorithm; determining, via the rotor trim adjustment algorithm, a second performance level of the rotary blade of interest based on the received constraint and the received data, wherein the second performance level is an expected track and balance performance obtained by trimming the rotary blade of interest according to a constrained-adjustment solution provided by the rotor trim adjustment algorithm; and displaying on a display unit the data indicative of the current track and balance performance of the aircraft, the expected track and balance performance level, and the second performance level for visualizing differences between the expected track and balance performance level and the second performance level; and trimming the rotary blade using the constrained adjustment solution.
Furniture with a basic furniture part and a pivotable furniture part which is pivotably mounted thereon by means of a pivot mechanism, wherein the pivot mechanism comprises a kinematics , by means of which the pivotable furniture part can execute a spherical movement relative to the basic furniture part about a moment pole lying above the basic furniture part, whereby the kinematics comprises at least one basic arm , which is pivotably arranged on the basic furniture part by way of a basic axis , and an intermediate arm , which is pivotably arranged thereon, and which is also pivotably mounted on the pivotable furniture part, with the proviso that the three pivot axes have their smallest distance above the base furniture part.
A refrigerating and/or freezing device comprising a basic device structure and a door assembly having a glass element , wherein the glass element comprises a laminated glass which is accommodated by a frame profile over its peripheral portion , wherein the door assembly , in the closed position, is arranged on the basic device structure via at least one seal , wherein the seal comprises an outer wall , a middle wall and an inner wall , wherein the outer wall and the middle wall of the seal have a receiving space in which a magnet is arranged, wherein an interspace is formed between the basic device structure and the frame profile , characterised in that the interspace is closed by at least one profile element in a sealing manner, that the interspace is closed with respect to the interior of the refrigerating and/or freezing device with by the profile element in a sealing manner, that the distance between the profile element and the seal corresponds approximately to the spacing between the frame profile and the basic device structure , and that the profile element is produced from a soft-elastic material with a Shore-A hardness of approximately 10 to 90, preferably of approximately 30 to 80.
An in vitro method of reducing cytokine-mediated activation of endothelial cells and/or reducing expression of one or more cell adhesion molecules on an endothelial cell, said method comprising exposing endothelial cells to multipotent adult progenitor cells (I) characterised in that they are non- embryonic, non-germ cells that express one or more of oct4, telomerase, rex-1, or rox-1 and can differentiate into cell types of at least two of endodermal, ectodermal, and mesodermal germ layers.
A priming module comprising: a first media transport mechanism; a first print head; a second print head, a first ink supply device operatively connected to the first print head; a first ink inlet port operatively connected to the second print head via a first ink supply line, characterized in that , in operation, the first ink inlet port is connected to a second ink supply device arranged in an ink supply module the ink supply module being independent from the printing module. a first media transport mechanism; a first print head; a second print head, a first ink supply device operatively connected to the first print head; a first ink inlet port operatively connected to the second print head via a first ink supply line, characterized in that , in operation, the first ink inlet port is connected to a second ink supply device arranged in an ink supply module the ink supply module being independent from the printing module. a first ink inlet port operatively connected to the second print head via a first ink supply line, characterized in that , in operation, the first ink inlet port is connected to a second ink supply device arranged in an ink supply module the ink supply module being independent from the printing module.
A battery module, comprising: a battery cell stack having a plurality of battery cells stacked; and a plurality of bus bars disposed adjacent to electrode leads provided at the plurality of battery cells , wherein the electrode leads provided at the plurality of battery cells are electrically connected to the plurality of bus bars , respectively, wherein the bus bar has an inclined portion and the electrode lead has a first bent portion bent at a slope corresponding to the inclination of the inclined portion so that the electrode lead comes into contact with the inclined portion of the bus bar , and wherein the bus bar further has a horizontal portion horizontally extending from the inclined portion , wherein the horizontal portion extends perpendicular to the longitudinal direction of the battery cell , wherein the electrode lead further has a second bent portion bent corresponding to the horizontal portion so that the electrode lead comes into contact with the horizontal portion of the bus bar , and characterized in that the battery module further comprises an elastic member configured to press the electrode leads so that the electrode leads are respectively coupled to the plurality of bus bars , wherein the elastic member includes: a support portion contacting with and supported by the bus bar at an upper side of the bus bar ; and a plurality of pressing portions extending from the support portion to press the electrode leads . a battery cell stack having a plurality of battery cells stacked; and a plurality of bus bars disposed adjacent to electrode leads provided at the plurality of battery cells , wherein the electrode leads provided at the plurality of battery cells are electrically connected to the plurality of bus bars , respectively, wherein the bus bar has an inclined portion and the electrode lead has a first bent portion bent at a slope corresponding to the inclination of the inclined portion so that the electrode lead comes into contact with the inclined portion of the bus bar , and wherein the bus bar further has a horizontal portion horizontally extending from the inclined portion , wherein the horizontal portion extends perpendicular to the longitudinal direction of the battery cell , wherein the electrode lead further has a second bent portion bent corresponding to the horizontal portion so that the electrode lead comes into contact with the horizontal portion of the bus bar , and characterized in that the battery module further comprises an elastic member configured to press the electrode leads so that the electrode leads are respectively coupled to the plurality of bus bars , wherein the elastic member includes: a support portion contacting with and supported by the bus bar at an upper side of the bus bar ; and a plurality of pressing portions extending from the support portion to press the electrode leads . a support portion contacting with and supported by the bus bar at an upper side of the bus bar ; and a plurality of pressing portions extending from the support portion to press the electrode leads .
A method operable by a wireless device configured for operation in a licensed communication band and an unlicensed communication band, the method comprising: initiating , at the wireless device, a signal measurement of an unlicensed communication band used by an unlicensed communication band device for non-cellular communications; sending , to an access point configured for operation in the unlicensed communication band, a measurement report including the signal measurement of the unlicensed communication band, wherein the measurement report indicates interference from the unlicensed communication band device on a same channel used by the wireless device caused by a non-cellular communication of the non-cellular communications of the unlicensed communication band device and reporting which channels are usable; and receiving a new channel assignment from the access point in the unlicensed communication band, the new channel being different from the same channel used by the unlicensed communication band device for non-cellular communications. initiating , at the wireless device, a signal measurement of an unlicensed communication band used by an unlicensed communication band device for non-cellular communications; sending , to an access point configured for operation in the unlicensed communication band, a measurement report including the signal measurement of the unlicensed communication band, wherein the measurement report indicates interference from the unlicensed communication band device on a same channel used by the wireless device caused by a non-cellular communication of the non-cellular communications of the unlicensed communication band device and reporting which channels are usable; and receiving a new channel assignment from the access point in the unlicensed communication band, the new channel being different from the same channel used by the unlicensed communication band device for non-cellular communications.