mhurhangee/patent-ind-claim-en huggingface dataset:
A component assembly comprising: a structure defining a receiving cavity for a component , said structure including a locking cavity for a locking device ; the locking device having a pair of elongate arms extending along a main axis (A) and arranged in facing relationship, and an elastically deformable bridge connecting said arms ; wherein said bridge divides said locking device into: a locking portion , on one side of said bridge , in which the arms are configured to positively engage with respective locking elements in the locking cavity , thereby defining a locked position, and an engaging portion , on the opposite side of said bridge , in which the arms are provided with means adapted to engage with the component to maintain the latter in its receiving cavity , when said locking device is in said locked position characterized in that arm portions in the locking portion are each provided on their outer face with a plurality of hooks along the main axis (A) that cooperate with the respective locking element in the locking cavity to define a plurality of locked positions at increasing depths. a structure defining a receiving cavity for a component , said structure including a locking cavity for a locking device ; the locking device having a pair of elongate arms extending along a main axis (A) and arranged in facing relationship, and an elastically deformable bridge connecting said arms ; wherein said bridge divides said locking device into: a locking portion , on one side of said bridge , in which the arms are configured to positively engage with respective locking elements in the locking cavity , thereby defining a locked position, and an engaging portion , on the opposite side of said bridge , in which the arms are provided with means adapted to engage with the component to maintain the latter in its receiving cavity , when said locking device is in said locked position characterized in that arm portions in the locking portion are each provided on their outer face with a plurality of hooks along the main axis (A) that cooperate with the respective locking element in the locking cavity to define a plurality of locked positions at increasing depths. a locking portion , on one side of said bridge , in which the arms are configured to positively engage with respective locking elements in the locking cavity , thereby defining a locked position, and an engaging portion , on the opposite side of said bridge , in which the arms are provided with means adapted to engage with the component to maintain the latter in its receiving cavity , when said locking device is in said locked position characterized in that arm portions in the locking portion are each provided on their outer face with a plurality of hooks along the main axis (A) that cooperate with the respective locking element in the locking cavity to define a plurality of locked positions at increasing depths.
A paper, suitable for use as a separator or thermal or flame insulation for electrochemical cells, comprising: a) 90 to 99 weight percent, based on the total weight of the paper, of an aramid fibrous pulp, the aramid fibrous pulp comprising aramid polymer fibrils, wherein the aramid polymer fibrils have: i) a diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 100 milliliters; and b) 1 to 10 weight percent, based on the total weight of the paper, of polyvinylpyrrolidone present as a coating on the surface of the fibers; the paper having a thickness of 10 to 40 micrometers and a tensile strength of at least 15 megapascals or greater. a) 90 to 99 weight percent, based on the total weight of the paper, of an aramid fibrous pulp, the aramid fibrous pulp comprising aramid polymer fibrils, wherein the aramid polymer fibrils have: i) a diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 100 milliliters; and i) a diameter of 10 to 2000 nanometers, ii) a length of 0.2 to 3 millimeters, iii) a specific surface area of 3 to 40 square meters/gram, and iv) a Canadian Standard Freeness of 0 to 100 milliliters; and b) 1 to 10 weight percent, based on the total weight of the paper, of polyvinylpyrrolidone present as a coating on the surface of the fibers;
A prepreg composition comprising: a plurality of fibers, and a thermoset composition, comprising: an epoxy resin of formula (I): and a diamine curing agent. a plurality of fibers, and a thermoset composition, comprising: an epoxy resin of formula (I): and
A method for ironing items of laundry between at least one positionally fixed and stationary cylindrical ironer body and at least one circumferentially drivable ironer band , which is assigned to the ironer body , of a band ironer . the items of laundry being transported by the ironer band in the ironing direction through an ironer gap , which extends from an inlet region as far as an outlet region , between the at least one ironer body and the at least one ironer band , and the items of laundry to be ironed are supplied to the ironer gap in a manner directed downward in the inlet region , characterized in that the items of laundry are supplied to the inlet region of the band ironer , said inlet region being located lower than the outlet region , wherein they drop into the ironer gap from above due to gravity and supported by their own weight, only at the beginning of the ironer gap or shortly before it do the items of laundry to be ironed first come into contact with the at least one ironer band and only subsequently with the ironer body and are then carried long by the ironer band , and in that the items of laundry are transported away on the same side of the ironer body via the higher outlet region to which the inlet region is assigned.
An inspection chip comprising: a well main body having a bottom surface end and being configured to accommodate a sample liquid; and a side wall member arranged on a side surface of the well main body , wherein the bottom surface end of the well main body includes a bottom surface structure , having a tip end configured to be brought into contact with a rotating member in a position (x) leaning from a center line of the well main body toward the side wall member for stirring the sample liquid by circular movement of the bottom surface end; wherein the side wall member includes a prism , a metal film provided on a light reflective surface of the prism , and a capturing film comprising a capturing body immobilized on the metal film, the capturing body specifically binding to a substance to be detected in the sample liquid; and a side wall of the well main body includes a through hole , wherein the side wall member is arranged on the outer surface of the side wall such that the capturing film is exposed to the sample liquid through the through hole. a well main body having a bottom surface end and being configured to accommodate a sample liquid; and a side wall member arranged on a side surface of the well main body , wherein the bottom surface end of the well main body includes a bottom surface structure , having a tip end configured to be brought into contact with a rotating member in a position (x) leaning from a center line of the well main body toward the side wall member for stirring the sample liquid by circular movement of the bottom surface end; wherein the side wall member includes a prism , a metal film provided on a light reflective surface of the prism , and a capturing film comprising a capturing body immobilized on the metal film, the capturing body specifically binding to a substance to be detected in the sample liquid; and a side wall of the well main body includes a through hole , wherein the side wall member is arranged on the outer surface of the side wall such that the capturing film is exposed to the sample liquid through the through hole.
A binding agent system comprising a binder component of alkali silicate and a hardener component with proportions of metal silicate, metal phosphate, metal oxide and/or metal hydroxide, characterised in that the binding agent system is borate-free or has less than 2 wt% of borates, calculated as a proportion of B 2 O 3 in wt% with respect to the total weight of the binding agent system and for at least 90 wt% comprises a binding agent basis of the following composition: 60-75 wt% at least one alkali silicate in powder form of the molar formula: R 2 O· X SiO 2 , with R = Na or K and 2.0≤x≤3.35 with an ignition loss after tempering for 2 hours at 800°C of 8-22 wt%, 2.9-18.1 wt% at least one aluminum, calcium or magnesium silicate, 1.4-20 wt% zinc phosphate, and 1.0-11.4 wt% at least one compound from the group: magnesium oxide, zinc oxide, magnesium hydroxide and aluminum hydroxide.
A wall covering comprising - a planar substrate, selected from the group of nonwoven substrates, papers and boards, and having a front, and a back facing opposite the front; - a barrier layer on the back; and - an adhesive layer, having a thickness, on the barrier layer; wherein - the adhesive layer comprises a first polymer component, a second polymer component, the first polymer component being a non crosslinked polymer and said second polymer component being a crosslinked polymer exhibiting properties of superabsorbency, said crosslinked polymer being a reversibly swellable polymer, which has the ability to absorb about 20 to 500 times its weight of the polymer when exposed to liquid water, and wherein the barrier layer is impermeable to water but permeable to vapour. - a planar substrate, selected from the group of nonwoven substrates, papers and boards, and having a front, and a back facing opposite the front; - a barrier layer on the back; and - an adhesive layer, having a thickness, on the barrier layer; - the adhesive layer comprises a first polymer component, a second polymer component, the first polymer component being a non crosslinked polymer and said second polymer component being a crosslinked polymer exhibiting properties of superabsorbency, said crosslinked polymer being a reversibly swellable polymer, which has the ability to absorb about 20 to 500 times its weight of the polymer when exposed to liquid water, and
A receipt printer , comprising: a discharge port configured to discharge a receipt; a conveyance section configured to convey a paper becoming the receipt; a clamping section including a first section and a second section forming a paper insertion section (PI), and an elastic body configured to apply a pressure to one of the first and second sections to clamp a front end of the paper inserted into the paper insertion section at an upstream side of the discharge port in a paper discharge direction; and a discharge control module configured to control the conveyance section to convey the paper towards the paper insertion section, wherein a paper conveyance direction in which the paper is directed to the paper insertion section is different from the paper discharge direction in which the paper is discharged from the discharge port, characterized in that the discharge control module is further configured to: control the clamping section to clamp the front end of the paper inserted into the paper insertion section, and control the conveyance section to continue conveying the paper with the front end being clamped to discharge a part of the paper which is bent into a loop shape from the discharge port. a discharge port configured to discharge a receipt; a conveyance section configured to convey a paper becoming the receipt; a clamping section including a first section and a second section forming a paper insertion section (PI), and an elastic body configured to apply a pressure to one of the first and second sections to clamp a front end of the paper inserted into the paper insertion section at an upstream side of the discharge port in a paper discharge direction; and a discharge control module configured to control the conveyance section to convey the paper towards the paper insertion section, wherein a paper conveyance direction in which the paper is directed to the paper insertion section is different from the paper discharge direction in which the paper is discharged from the discharge port, characterized in that the discharge control module is further configured to: control the clamping section to clamp the front end of the paper inserted into the paper insertion section, and control the conveyance section to continue conveying the paper with the front end being clamped to discharge a part of the paper which is bent into a loop shape from the discharge port. control the clamping section to clamp the front end of the paper inserted into the paper insertion section, and control the conveyance section to continue conveying the paper with the front end being clamped to discharge a part of the paper which is bent into a loop shape from the discharge port.
A method comprising: by a computing device (100;300), determining an origin position of an image for display on the device (100;300); by the computing device (100;300), determining a subsequent position of the image as a result of tilting the computing device ; by the computing device (100;300), rendering the image in its subsequent position by scrolling the image to the subsequent position, the amount of scrolling based on the tilting of the computing device (100; 300) ; and by the computing device (100;300), detecting a predetermined movement of the device (100;300) while the image is rendered in its subsequent position, characterised by , the computing device (100;300), rendering the image in its origin position in response to the predetermined movement of the device (100;300). by a computing device (100;300), determining an origin position of an image for display on the device (100;300); by the computing device (100;300), determining a subsequent position of the image as a result of tilting the computing device ; by the computing device (100;300), rendering the image in its subsequent position by scrolling the image to the subsequent position, the amount of scrolling based on the tilting of the computing device (100; 300) ; and by the computing device (100;300), detecting a predetermined movement of the device (100;300) while the image is rendered in its subsequent position, characterised by , the computing device (100;300), rendering the image in its origin position in response to the predetermined movement of the device (100;300).
A container comprising: a substantially hollow body including a plurality of body walls extending vertically from a bottom portion ; an extension portion rotatably coupled to an outward-facing surface of a body wall among the plurality of body walls , the extension portion configured to rotate to an active position in which the extension portion extends outwardly from the body wall ; and a support stand having a proximal end coupled to the outward-facing surface of the body wall and a distal end, the support stand configured to move between at least a stowed position in which the support stand is positioned against or proximate to the outward-facing surface of the body wall and a support position in which the support stand extends outwardly from the body wall , wherein, when the support stand is in the support position , the distal end of the support stand engages with an underside of the extension portion such that the support stand prevents downward rotation of the extension portion , characterized in that the extension portion is a handle including a pair of outwardly extending arms connected via a transversely extending crossbar . a substantially hollow body including a plurality of body walls extending vertically from a bottom portion ; an extension portion rotatably coupled to an outward-facing surface of a body wall among the plurality of body walls , the extension portion configured to rotate to an active position in which the extension portion extends outwardly from the body wall ; and a support stand having a proximal end coupled to the outward-facing surface of the body wall and a distal end, the support stand configured to move between at least a stowed position in which the support stand is positioned against or proximate to the outward-facing surface of the body wall and a support position in which the support stand extends outwardly from the body wall , wherein, when the support stand is in the support position , the distal end of the support stand engages with an underside of the extension portion such that the support stand prevents downward rotation of the extension portion , characterized in that the extension portion is a handle including a pair of outwardly extending arms connected via a transversely extending crossbar .
A transmission comprising: a transmission input shaft ; a first planetary gear set comprising: a first sun gear , at least two first pinion gears meshed with the first sun gear , a first carrier coupled to the at least two first pinion gears and the transmission input shaft , and a first ring gear meshed with the at least two first pinion gears ; a first electric motor (EMA) coupled to the first sun gear ; a second electric motor (EMB) coupled to the first ring gear ; a second planetary gear set comprising: a second sun gear coupled to the second electric motor (EMB), at least two second pinion gears meshed with the second sun gear , and an output gear , characterized by a second carrier coupled to the at least two second pinion gears and selectively coupled to the output gear , and a second ring gear meshed with the at least two second pinion gears and coupled to a housing of the transmission ; and wherein the output gear is selectively coupled to the first electric motor (EMA) to provide a first transmission gear ratio and selectively coupled to the second electric motor (EMB) to provide a second transmission gear ratio, and wherein the second carrier is selectively coupled to the transmission housing . a transmission input shaft ; a first planetary gear set comprising: a first sun gear , at least two first pinion gears meshed with the first sun gear , a first carrier coupled to the at least two first pinion gears and the transmission input shaft , and a first ring gear meshed with the at least two first pinion gears ; a first sun gear , at least two first pinion gears meshed with the first sun gear , a first carrier coupled to the at least two first pinion gears and the transmission input shaft , and a first ring gear meshed with the at least two first pinion gears ; a first electric motor (EMA) coupled to the first sun gear ; a second electric motor (EMB) coupled to the first ring gear ; a second planetary gear set comprising: a second sun gear coupled to the second electric motor (EMB), at least two second pinion gears meshed with the second sun gear , and an output gear , characterized by a second carrier coupled to the at least two second pinion gears and selectively coupled to the output gear , and a second ring gear meshed with the at least two second pinion gears and coupled to a housing of the transmission ; and a second sun gear coupled to the second electric motor (EMB), at least two second pinion gears meshed with the second sun gear , and an output gear , characterized by a second carrier coupled to the at least two second pinion gears and selectively coupled to the output gear , and a second ring gear meshed with the at least two second pinion gears and coupled to a housing of the transmission ; and wherein the output gear is selectively coupled to the first electric motor (EMA) to provide a first transmission gear ratio and selectively coupled to the second electric motor (EMB) to provide a second transmission gear ratio, and wherein the second carrier is selectively coupled to the transmission housing .
A method comprising: parsing configuration data of multiple applications associated with an industrial process control and automation system , and integrating the information associated with the multiple applications to link various sub-domain problems in the industrial process control and automation system, the configuration data identifying input variables and output variables associated with each application; generating input-output models associated with the applications based on the parsed configuration data, wherein each input-output model maps the input variables and the output variables associated with a corresponding one of the applications; performing structural analysis of various application configurations to build the input-output models in order to exploit multiple-level dependencies between the applications 202; analyzing dependency of the input-output model of each application to build an information network model by linking two or more of the input or output variables that are common among multiple ones of the input-output models to thereby identify relationships between the applications, wherein the dependency analysis of input-output models provides the sequence and direction of dependencies to generate the information network model; generating the information network model based on the linked variables, the information network model identifying the relationships between at least one of data elements, events or information associated to the applications; and storing the input-output models and the information network model in at least one memory . parsing configuration data of multiple applications associated with an industrial process control and automation system , and integrating the information associated with the multiple applications to link various sub-domain problems in the industrial process control and automation system, the configuration data identifying input variables and output variables associated with each application; generating input-output models associated with the applications based on the parsed configuration data, wherein each input-output model maps the input variables and the output variables associated with a corresponding one of the applications; performing structural analysis of various application configurations to build the input-output models in order to exploit multiple-level dependencies between the applications 202; analyzing dependency of the input-output model of each application to build an information network model by linking two or more of the input or output variables that are common among multiple ones of the input-output models to thereby identify relationships between the applications, wherein the dependency analysis of input-output models provides the sequence and direction of dependencies to generate the information network model; generating the information network model based on the linked variables, the information network model identifying the relationships between at least one of data elements, events or information associated to the applications; and storing the input-output models and the information network model in at least one memory .
A method for producing a medium composition for suspension culture of an adherent cell, comprising the following steps: (i) a step of making vitronectin carried on a nanofiber composed of chitin, (ii) a step of adding vitronectin-carrying chitin nanofiber obtained in step (i) to a medium, wherein carried is a state in which the nanofiber and vitronectin are attached or adsorbed without a chemical covalent bond. (i) a step of making vitronectin carried on a nanofiber composed of chitin, (ii) a step of adding vitronectin-carrying chitin nanofiber obtained in step (i) to a medium,