mhurhangee/ep-ind-claims huggingface dataset:
A dose setting mechanism for a medicament delivery device, which dose setting mechanism comprises, - a tubular member Shaving a longitudinal track of a predetermined length; - a dose drum, coaxial with the tubular member, and being axially and rotationally movable relative to the tubular member; - a stop member, axially movable but rotationally locked relative to the tubular member, and further being in an axially slaved connection with the dose drum; characterised in that said stop member comprises a track follower in engagement with the longitudinal track, such that rotational movement of the dose drum relative to the tubular member may cause a maximum axial displacement of said dose drum 40 and said stop member, relative to the tubular member, corresponding to said predetermined length. - a tubular member Shaving a longitudinal track of a predetermined length; - a dose drum, coaxial with the tubular member, and being axially and rotationally movable relative to the tubular member; - a stop member, axially movable but rotationally locked relative to the tubular member, and further being in an axially slaved connection with the dose drum;
Quick-action rolling door, in particular a quick-action rolling door for a cold storage room, with a flexible door leaf, which can be wound around a horizontal shaft, and which has a vertical running direction for closing a door opening defined by a door frame, with a winding drive for opening and closing the door, and with a pressure frame, by means of which the door leaf, in its closing position, can be subjected to force transverse to the planar face of the door leaf in the direction towards the door frame, wherein means are provided, which apply force to the pressure frame towards the door frame when closing the rolling door, characterised in that the means comprise a traction drive, which is connected in terms of drive function to the winding drive, and which controls the movement of the pressure frame.
A battery pack configured to be attachable to and detachable from a portable wireless terminal, comprising: a battery; a first loop antenna configured to be connected to a transmission/reception terminal of an NFC chip embedded in the portable device, the first loop antenna further configured to form part of an NFC antenna unit, where the NFC antenna unit comprises a first capacitor and the first loop antenna configured to form a parallel resonance for transmission/reception of signals to the NFC chip by the first loop antenna; a relay unit comprising a closed circuit with a second loop antenna and a second capacitor, the relay unit configured to provide a resonance to relay transmission signals between an external reader and the NFC antenna unit; a Protect circuit Module, PCM, for protecting the battery, wherein the PCM is mounted with the first loop antenna, wherein the battery, the PCM and relay unit are integrally molded to form the battery pack. a battery; a first loop antenna configured to be connected to a transmission/reception terminal of an NFC chip embedded in the portable device, the first loop antenna further configured to form part of an NFC antenna unit, where the NFC antenna unit comprises a first capacitor and the first loop antenna configured to form a parallel resonance for transmission/reception of signals to the NFC chip by the first loop antenna; a relay unit comprising a closed circuit with a second loop antenna and a second capacitor, the relay unit configured to provide a resonance to relay transmission signals between an external reader and the NFC antenna unit; a Protect circuit Module, PCM, for protecting the battery, wherein the PCM is mounted with the first loop antenna, wherein the battery, the PCM and relay unit are integrally molded to form the battery pack.
An assay device for determining the presence and/or amount of an analyte of interest in a sample, the assay device comprising: a) a housing that includes a liquid receiving unit that is adapted to accommodate more than one type of liquid in a way that each type of liquid is being stored in a separate liquid chamber (11, 12), wherein each liquid chamber has a first opening that is sealed with an openable liquid seal (21, 22); b) a mixing chamber located within said housing and which is adapted to receive a solution that is a product of the liquids as received from each liquid chamber, wherein said mixing chamber is further adapted to receive a sample to interact with said solution; c) an inner surface at the interior of said housing that has an inclined and spiral-like form that forces the liquids to flow in spiral or twisted manner towards the mixing chamber; d) a lid which is capable of being actuated to enable the puncturing or removal of the openable liquid seal by a corresponding puncturing element (15, 16) that is located within said housing; and e) an assay means that is in fluid communication with said mixing chamber for determining the presence and/or amount of an analyte of interest in the sample after the interaction of said sample with said solution in the mixing chamber. a) a housing that includes a liquid receiving unit that is adapted to accommodate more than one type of liquid in a way that each type of liquid is being stored in a separate liquid chamber (11, 12), wherein each liquid chamber has a first opening that is sealed with an openable liquid seal (21, 22); b) a mixing chamber located within said housing and which is adapted to receive a solution that is a product of the liquids as received from each liquid chamber, wherein said mixing chamber is further adapted to receive a sample to interact with said solution; c) an inner surface at the interior of said housing that has an inclined and spiral-like form that forces the liquids to flow in spiral or twisted manner towards the mixing chamber; d) a lid which is capable of being actuated to enable the puncturing or removal of the openable liquid seal by a corresponding puncturing element (15, 16) that is located within said housing; and e) an assay means that is in fluid communication with said mixing chamber for determining the presence and/or amount of an analyte of interest in the sample after the interaction of said sample with said solution in the mixing chamber.
An imaging system configured to generate an image frame comprising: a camera unit having an image sensor, a light detector unit, and a camera controller unit; a light source configured to switch between transmitting white light and colored light during a predetermined period of a blanking region during image frame formation, wherein the light detector unit is positioned so as to detect the presence of electromagnetic radiation transmitted from the light source and is configured to detect an actual time the light source is switched and to transmit the actual time to the camera controller unit, wherein the camera controller unit is configured to process the actual time the light source is switched with an ideal time for the light source to be switched to determine if a switch is made outside of the predetermined period of the blanking region during image frame formation, the ideal time corresponding to a timing of the image sensor; and a synchronization unit configured to synchronize the switch between transmitting white light and colored light with the operation of the camera sensor if the switch is made outside the predetermined period. a camera unit having an image sensor, a light detector unit, and a camera controller unit; a light source configured to switch between transmitting white light and colored light during a predetermined period of a blanking region during image frame formation, wherein the light detector unit is positioned so as to detect the presence of electromagnetic radiation transmitted from the light source and is configured to detect an actual time the light source is switched and to transmit the actual time to the camera controller unit, wherein the camera controller unit is configured to process the actual time the light source is switched with an ideal time for the light source to be switched to determine if a switch is made outside of the predetermined period of the blanking region during image frame formation, the ideal time corresponding to a timing of the image sensor; and a synchronization unit configured to synchronize the switch between transmitting white light and colored light with the operation of the camera sensor if the switch is made outside the predetermined period.
A device for felling trees and removing tree stumps with a hydraulic unit, which may be controlled by means of a control unit and which is connected with a cutting unit through hydraulic hoses (3, 4), wherein the cutting unit comprises a hydraulic cylinder and a sword connected to a piston, wherein the sword is designed for separating tree stumps or roots, characterized in that the cutting unit and the hydraulic unit are vehicle-independent mobile components, and that a fixing element is provided, which is detachably connectable with the hydraulic cylinder of the cutting unit at the circumference of a tree trunk at different radial positions, and which is designed such that for the introduction of a hydraulic force in the direction of the root area of the tree a fixed attachment of the cutting unit at least in the longitudinal direction of the tree trunk and in immediate proximity to the trunk is possible.
A manufacturing method for a trading card package comprising: a grouping step of grouping a predetermined number of trading cards in order to combine the trading cards, which are classified into different rareness degrees, according to predetermined rules and package the trading cards as one package, the trading cards having a plurality of rareness degrees and each being classified into any one of the rareness degrees, and information concerning the rareness degrees being printed on the trading cards; and a packaging step of packaging, in one package, a group of the trading cards grouped in the grouping step, wherein in the grouping step, the trading cards are selected to form a group to group, in the group of the predetermined number of trading cards forming the group, the trading cards classified into a plurality of different rareness degrees grouped according to the predetermined rules, and content of the grouping is registered in a database, a package ID for specifying the package is imparted to the package for each package, and a code display representing the package ID is enclosed in the package or provided on the package, and the package ID of the package including the trading cards and the content of the grouping of the trading cards included in the package are associated in the database. a grouping step of grouping a predetermined number of trading cards in order to combine the trading cards, which are classified into different rareness degrees, according to predetermined rules and package the trading cards as one package, the trading cards having a plurality of rareness degrees and each being classified into any one of the rareness degrees, and information concerning the rareness degrees being printed on the trading cards; and a packaging step of packaging, in one package, a group of the trading cards grouped in the grouping step, wherein in the grouping step, the trading cards are selected to form a group to group, in the group of the predetermined number of trading cards forming the group, the trading cards classified into a plurality of different rareness degrees grouped according to the predetermined rules, and content of the grouping is registered in a database, a package ID for specifying the package is imparted to the package for each package, and a code display representing the package ID is enclosed in the package or provided on the package, and the package ID of the package including the trading cards and the content of the grouping of the trading cards included in the package are associated in the database.
A driver's cabin of a rail vehicle defining a front direction and comprising - a driver's cabin structure comprising a crash-resistant structure surrounding an inner survival space of the driver's cabin and an energy-absorbing structure located in front of the crash-resistant structure and surrounding an inner crushable space of the driver's cabin, wherein the crash-resistant structure is divided into a roof portion, an underframe portion and side portions and includes a frame made of two or more crash-resistant frame members (40, 42, 44) within the side portions connected to one or more crash-resistant frame members within the roof and underframe portions to form a safety box that is non deformable in a frontal collision, wherein the energy-absorbing structure comprises a frame of frame members and the frame members include upper and/or lower energy-absorbing side sills (26, 28), a front energy-absorbing cross member and front energy-absorbing pillars, and - a driver's desk structure located inside the driver's cabin structure and attached to the driver's cabin structure, wherein the driver's desk structure comprises a deformable framework of profiles at least partially, and preferably totally located in the inner crushable space of the driver's cabin and at least one crash-resistant crossbeam (54, 56) fixed to the crash-resistant structure and located, with respect to the front direction, behind the deformable framework of profiles, preferably in the inner survival space. - a driver's cabin structure comprising a crash-resistant structure surrounding an inner survival space of the driver's cabin and an energy-absorbing structure located in front of the crash-resistant structure and surrounding an inner crushable space of the driver's cabin, wherein the crash-resistant structure is divided into a roof portion, an underframe portion and side portions and includes a frame made of two or more crash-resistant frame members (40, 42, 44) within the side portions connected to one or more crash-resistant frame members within the roof and underframe portions to form a safety box that is non deformable in a frontal collision, wherein the energy-absorbing structure comprises a frame of frame members and the frame members include upper and/or lower energy-absorbing side sills (26, 28), a front energy-absorbing cross member and front energy-absorbing pillars, and - a driver's desk structure located inside the driver's cabin structure and attached to the driver's cabin structure, wherein the driver's desk structure comprises a deformable framework of profiles at least partially, and preferably totally located in the inner crushable space of the driver's cabin and at least one crash-resistant crossbeam (54, 56) fixed to the crash-resistant structure and located, with respect to the front direction, behind the deformable framework of profiles, preferably in the inner survival space.
A process for manufacturing a nonwoven fabric material, the process comprising: a) Laying on a support at least one layer of a biodegradable material in the form of long fibres or continuous filaments; b) Hydroentangling the said at least one layer and drying the hydroentangled material; c) Calendering the dried material of step b) to create on the material a calendered pattern which is able to provide a balanced ratio of MD/CD average tensile strength to the nonwoven fabric material, the said balanced ratio of MD/CD average tensile strength being in the range of 1:1 to 4:1 or in the range of 1:1 to 3:1, wherein the calendering step is performed with a calender having ribs evenly alternating with grooves so that to define a calendering pattern thereon; wherein the said calendering pattern of the calender comprises a plurality of ribs that are arranged in rows along the machine direction, each row forming first modules and second modules in alternate alignment, in each of the first modules the ribs being inclined with the same orientation, each first module being adjacent to two second modules having ribs being inclined with an opposite orientation, so that diagonal lines (X, Y) are defined joining corresponding points of the ribs in first modules or second modules, which diagonal lines (X, Y) define the inclined orientation of the ribs in such first modules or second modules, respectively, and wherein a first angle α is formed between the diagonal line defining the inclined orientation of the ribs in the first modules and the cross-direction, this first angle α being less than 45°, or in the range of between 27° and 39°, or between 31° and 35°, and a second angle β is formed between the diagonal line defining the inclined orientation of the ribs in the second modules and the cross-direction, this second angle β being supplementary to the first angle. a) Laying on a support at least one layer of a biodegradable material in the form of long fibres or continuous filaments; b) Hydroentangling the said at least one layer and drying the hydroentangled material; c) Calendering the dried material of step b) to create on the material a calendered pattern which is able to provide a balanced ratio of MD/CD average tensile strength to the nonwoven fabric material, the said balanced ratio of MD/CD average tensile strength being in the range of 1:1 to 4:1 or in the range of 1:1 to 3:1, wherein the calendering step is performed with a calender having ribs evenly alternating with grooves so that to define a calendering pattern thereon;
A system for a rail-bound transport of articles, for example for the transporting in and away of material to or from railroad work vehicles, having a plurality of railroad cars (1, 1') which can be coupled together and which each have at least one transport track on which the articles can be traveled along the railroad cars (1, 1') and which is configured such that the transport tracks of railroad cars (1, 1') coupled together adjoin one another, wherein transport bodies are provided for the articles and are configured for a travelability along mutually adjoining transport tracks from railroad car to railroad car; and wherein at least one of the railroad cars has a transfer module comprising a removal apparatus for removing the articles from the transport bodies, characterized in that the transfer module has a buffer device for the temporary reception of the articles removed from the transport bodies, with the removal apparatus being able to remove transport bodies from the transport track and to empty them by a tipping out into a bunker which is arranged at a lower frame of the railroad car.
A calender for treating a web of material, comprising a plurality of rollers (2, 3, 4), wherein at least one hard roller is provided which forms two roller gaps (5, 6) with two soft rollers (2, 4), wherein the soft roller is preferably heated, wherein the operating planes (7, 8) of the soft rollers (2, 4) form with the hard roller an angle (γ) which is less than 180°, characterized in that the angle (γ) is 90°, wherein the roller gaps (5, 6) are controllable independently from one another, so that the linear force in one roller gap can be controlled or regulated independently from the linear force in the other roller gap.
A lubricating composition comprising: a. an oil of a lubricating viscosity; b. a thiadiazole; and c. an azole-acrylic adduct wherein: i. said adduct is formed by contacting an azole compound with an acrylic; and ii. said adduct has at least one nitrogen-alkyl group comprising at least one acyl; wherein, the aggregate amount of thiadiazole and azole-acrylic adduct is from greater than 0.1 to less than 1 or 0.75 wt%, based on a total weight of the lubricating composition; and wherein said azole-acrylic adduct has the formula: wherein R 6 is hydrogen or a C 1 -C 20 hydrocarbyl group; R 7 is attached to a nitrogen atom and is a linear C 2 -C 20 hydrocarbyl group; and R 8 is a C 1 -C 20 hydrocarbyl group and is linear, branched, homocyclic, or a combination thereof. a. an oil of a lubricating viscosity; b. a thiadiazole; and c. an azole-acrylic adduct wherein: i. said adduct is formed by contacting an azole compound with an acrylic; and ii. said adduct has at least one nitrogen-alkyl group comprising at least one acyl; i. said adduct is formed by contacting an azole compound with an acrylic; and ii. said adduct has at least one nitrogen-alkyl group comprising at least one acyl; wherein, the aggregate amount of thiadiazole and azole-acrylic adduct is from greater than 0.1 to less than 1 or 0.75 wt%, based on a total weight of the lubricating composition; and wherein said azole-acrylic adduct has the formula: wherein R 6 is hydrogen or a C 1 -C 20 hydrocarbyl group; R 7 is attached to a nitrogen atom and is a linear C 2 -C 20 hydrocarbyl group; and R 8 is a C 1 -C 20 hydrocarbyl group and is linear, branched, homocyclic, or a combination thereof.
A polypropylene composition comprising (i) 50 to 98 wt% of a polymer of propylene, which is selected from one or more heterophasic copolymer of propylene (iPP) which comprises a polypropylene matrix component and an elastomeric propylene copolymer component which is dispersed in said polypropylene matrix;, (ii) 2 to 18 wt% of a flame retardant product comprising an inorganic derivative of phosphorous, (iii) 2 to 20 wt% of a filler, (iv) 0.3 to 4.5 wt% of an additive(s) other than the flame retardant product (ii), (v) 0 to 20 wt% of a plastomer; and (vi) 0 to 20 wt% further polymer(s) other than (i) or (v); based on the total amount (100 wt%) of the polypropylene composition. (i) 50 to 98 wt% of a polymer of propylene, which is selected from one or more heterophasic copolymer of propylene (iPP) which comprises a polypropylene matrix component and an elastomeric propylene copolymer component which is dispersed in said polypropylene matrix;, (ii) 2 to 18 wt% of a flame retardant product comprising an inorganic derivative of phosphorous, (iii) 2 to 20 wt% of a filler, (iv) 0.3 to 4.5 wt% of an additive(s) other than the flame retardant product (ii), (v) 0 to 20 wt% of a plastomer; and (vi) 0 to 20 wt% further polymer(s) other than (i) or (v);