mhurhangee/ep-ind-claims huggingface dataset:
An objective optical system comprising, in order from an object side, a negative-powered first group, an aperture stop, a positive-powered second group, and a third group, wherein: a surface of the first group which is closest to an image side is a concave surface turned toward the image side; a surface of the second group which is closest to the image side is an aspheric surface; a surface of the third group which is closest to an object side is a convex surface turned toward the object side; the objective optical system has a three-group, three-lens configuration in which each group consists of one single lens (L1-L3) and comprising no further lenses, all surfaces (1, 2, 5-8) of the three lenses (L1-L3) have power and are configured to bend a beam by refraction, and all the three lenses (L1-L3) of the first to third groups are made of a material with a refractive index of 1.65 or less; and a distance between the second group and the third group is smaller than a distance between the first group and the second group, the objective optical system satisfying a conditional expression below and having an angle of view of 130 degrees or more d_L 23 / d_L 12 < 0.25 1.7 < f_L 3 / f_L 2 where d_L23 is the distance between the second group and the third group, d_L12 is the distance between the first group and the second group, f_L2 is a focal length of the second group, and f_L3 is a focal length of the third group. a surface of the first group which is closest to an image side is a concave surface turned toward the image side; a surface of the second group which is closest to the image side is an aspheric surface; a surface of the third group which is closest to an object side is a convex surface turned toward the object side; the objective optical system has a three-group, three-lens configuration in which each group consists of one single lens (L1-L3) and comprising no further lenses, all surfaces (1, 2, 5-8) of the three lenses (L1-L3) have power and are configured to bend a beam by refraction, and all the three lenses (L1-L3) of the first to third groups are made of a material with a refractive index of 1.65 or less; and a distance between the second group and the third group is smaller than a distance between the first group and the second group, the objective optical system satisfying a conditional expression below and having an angle of view of 130 degrees or more d_L 23 / d_L 12 < 0.25 1.7 < f_L 3 / f_L 2 where d_L23 is the distance between the second group and the third group, d_L12 is the distance between the first group and the second group, f_L2 is a focal length of the second group, and f_L3 is a focal length of the third group. d_L23 is the distance between the second group and the third group, d_L12 is the distance between the first group and the second group, f_L2 is a focal length of the second group, and f_L3 is a focal length of the third group.
Formulation containing triazinones of the formulae or or in which R 1 represents R 3 -SO 2 - or R 3 -S-, R 2 represents alkyl, alkoxy, halogen or SO 2 N(CH 3) 2 and R 3 represents haloalkyl R 4 and R 5 independently of one another represent hydrogen or Cl and R 6 represents fluorine or chlorine, or their physiologically acceptable salts, and polynuclear iron polysaccharide complex compounds. R 1 represents R 3 -SO 2 - or R 3 -S-, R 2 represents alkyl, alkoxy, halogen or SO 2 N(CH 3) 2 and R 3 represents haloalkyl R 4 and R 5 independently of one another represent hydrogen or Cl and R 6 represents fluorine or chlorine,
Arrangement comprising a lightweight board having a soft inner core and hard cover boards, and a connection insert provided with a central adhesive supply channel and with outlet openings (16, 17) disposed transversely thereto, characterized in that the connection insert is constructed in several parts and has an inner part having the adhesive supply channel and an outer sleeve which can be at least partially inserted into a borehole of a component.
A control device comprising a user-actuatable rod and a detection module of the electric type for detecting a plurality of distinct axial positions of the rod, which defines a longitudinal axis and can be displaced axially, with the detection module comprising: • an elastic conductive blade comprising a first end, a second end, and a central portion between the first and second ends, with this blade being embodied such that its central portion is substantially perpendicular to the longitudinal axis of the rod and can be displaced axially by this rod so that it can occupy three distinct positions in order to enable detection of a pulled position, an end position, and an intermediate position of the rod, respectively, between the pulled position and the end position, • a first electrical contact that is designed to come into contact with the blade only when the rod is in the end position, and • a second electrical contact that is designed to come into contact with the blade only when the rod is in the pulled position; wherein the blade is designed to pivot at its first end when the rod passes from the intermediate position to the pulled position and vice versa; and wherein the blade is designed to undergo elastic deformation when the rod passes between the intermediate position and the end position so as to participate substantially in a restoring force of the rod toward the intermediate position when an axial actuating force applied to the rod by a user is released. • an elastic conductive blade comprising a first end, a second end, and a central portion between the first and second ends, with this blade being embodied such that its central portion is substantially perpendicular to the longitudinal axis of the rod and can be displaced axially by this rod so that it can occupy three distinct positions in order to enable detection of a pulled position, an end position, and an intermediate position of the rod, respectively, between the pulled position and the end position, • a first electrical contact that is designed to come into contact with the blade only when the rod is in the end position, and • a second electrical contact that is designed to come into contact with the blade only when the rod is in the pulled position;
A method for manufacturing a three-dimensional discontinuous entity for culturing cells comprising: a. obtaining a homogeneous hydrogel by mixing cellulose nanofibrils and/or derivatives thereof with a first aqueous medium; and/or obtaining a homogeneous hydrogel by mixing dehydrated gel bodies or dry granulated cellulose nanofibrils or derivatives thereof with a first aqueous medium; and b. mixing said hydrogel with a second aqueous medium in conditions favouring mechanical disruption of the homogeneous structure of the hydrogel to obtain a suspension of hydrogel bodies as a three-dimensional discontinuous entity, wherein the hydrogel bodies have discontinuous structure and different sizes and forms. a. obtaining a homogeneous hydrogel by mixing cellulose nanofibrils and/or derivatives thereof with a first aqueous medium; and/or obtaining a homogeneous hydrogel by mixing dehydrated gel bodies or dry granulated cellulose nanofibrils or derivatives thereof with a first aqueous medium; and b. mixing said hydrogel with a second aqueous medium in conditions favouring mechanical disruption of the homogeneous structure of the hydrogel to obtain a suspension of hydrogel bodies as a three-dimensional discontinuous entity, wherein the hydrogel bodies have discontinuous structure and different sizes and forms.
A mobile machine for conveying mineral aggregate material, comprising a machine frame and a conveyor module supported on the machine frame so as to be displaceable relative to the latter, which comprises a conveyor line running along a virtual conveyor path, the conveyor module being designed at least for conveying the aggregate material along the conveyor path on the conveyor line, the machine comprising a component carrier, which in a working state of the machine, ready to operate for at least one action out of conveying and processing aggregate material, runs in an elevation direction at a distance from the conveyor line crosswise with respect to the conveyor path above the conveyor line, the component carrier supporting at least one functional module, which interacts with the aggregate material conveyed on the conveyor line in at least one manner out of a mechanical and a fluidic and a radiational and an acoustic manner, the conveyor module being displaceable relative to the machine frame with a displacement component in the elevation direction, characterized in that the mobile machine has an adjustment actuator (48, 48b), which is coupled to the component carrier in a manner transmitting movement and power in such a way that the component carrier is drivable by the adjustment actuator (48a, 48b) to perform an adjustment movement relative to the machine frame, wherein the component carrier is situated on the mobile machine movable both relative to the conveyor module as well as relative to the machine frame, wherein the adjustment actuator (48a, 48b) is also coupled to the conveyor module in a manner transmitting movement and power in such a way that the conveyor module is also drivable by the adjustment actuator (48a, 48b) to perform a displacement movement relative to the machine frame.
A method of wireless communication performed by a receiving device (102; 104; 106; 108; 112; 114; 200; 1002, 1002'), comprising: receiving (402, 902) a first packet data unit, PDU, and a first cyclic redundancy check, CRC, that is based on the first PDU, the first PDU being encrypted based on a first cipher stream; decrypting (404, 406, 904) the first PDU to obtain a first payload based on the first cipher stream; soft combining (410, 412, 908) the decrypted first payload with a decrypted set of payloads, the set of payloads having been encrypted based on at least one cipher stream different than the first cipher stream; generating (418, 420, 912) a second CRC based on the soft combined decrypted payloads and based on the first cipher stream; and determining (422, 914) whether the generated second CRC for the soft combined decrypted payloads passes a CRC check against the first CRC. receiving (402, 902) a first packet data unit, PDU, and a first cyclic redundancy check, CRC, that is based on the first PDU, the first PDU being encrypted based on a first cipher stream; decrypting (404, 406, 904) the first PDU to obtain a first payload based on the first cipher stream; soft combining (410, 412, 908) the decrypted first payload with a decrypted set of payloads, the set of payloads having been encrypted based on at least one cipher stream different than the first cipher stream; generating (418, 420, 912) a second CRC based on the soft combined decrypted payloads and based on the first cipher stream; and determining (422, 914) whether the generated second CRC for the soft combined decrypted payloads passes a CRC check against the first CRC.
A method for executing an application in an electronic device in response to a command, the method comprising: detecting a selection of a text displayed on the electronic device; detecting the command for placing a call after selecting the text; once the command has been detected; searching through a directory of contacts stored in the electronic device for a contact matching the selected text, and finding a phone number of the contact, and calling the contact; wherein in the event that more one contact exists in the contacts stored in the electronic device, displaying a list of all contact having text matching the selected text detecting a selection of a contact from the list; and calling the selected contact from the list of all contacts; detecting a selection of a text displayed on the electronic device; detecting the command for placing a call after selecting the text; once the command has been detected; searching through a directory of contacts stored in the electronic device for a contact matching the selected text, and finding a phone number of the contact, and calling the contact; searching through a directory of contacts stored in the electronic device for a contact matching the selected text, and finding a phone number of the contact, and calling the contact; wherein in the event that more one contact exists in the contacts stored in the electronic device, displaying a list of all contact having text matching the selected text detecting a selection of a contact from the list; and calling the selected contact from the list of all contacts;
A method for processing a received signal, said method comprising the steps of: precomputing branch metrics using said received signal for possible states of a trellis defined by a code and a dispersive channel; storing said precomputed branch metrics in at least one pipeline register; selecting one of said precomputed branch metrics from one of said at least one pipeline register based on at least one survivor symbol from a corresponding state; computing path metrics using said selected precomputed branch metrics; and selecting a path having a best path metric for a given state. precomputing branch metrics using said received signal for possible states of a trellis defined by a code and a dispersive channel; storing said precomputed branch metrics in at least one pipeline register; selecting one of said precomputed branch metrics from one of said at least one pipeline register based on at least one survivor symbol from a corresponding state; computing path metrics using said selected precomputed branch metrics; and selecting a path having a best path metric for a given state.
A beam detector configured to detect the presence of particles in a monitored space, the beam detector including: a light source adapted to generate at least one light beam having components (4506, 4504) in at least a first wavelength band and a second wavelength band; a receiver being arranged relative to the light source such that the at least one beam from the light source is received at the receiver after the at least one beam traverses the monitored space; and a controller being configured to determine, on the basis of a relative reduction in the light intensity received at the receiver in the second wavelength band compared to the first wavelength band, that particles are impinging on the at least one beam; wherein the light source is configured such that the at least one beam emitted by the light source has a different spatial intensity profile for components (4506, 4504) in at least a first wavelength band and a second wavelength band such that, as the light source moves out of alignment with the receiver, the component in the first wavelength decreases in intensity received at the receiver before the component in the second wavelength band decreases in intensity received at the receiver, causing a relative change in received light intensity that is distinguishable from said relative reduction in the received light intensity in the second wavelength band compared to the first wavelength band caused by particles in the monitored space impinging on the at least one beam. a light source adapted to generate at least one light beam having components (4506, 4504) in at least a first wavelength band and a second wavelength band; a receiver being arranged relative to the light source such that the at least one beam from the light source is received at the receiver after the at least one beam traverses the monitored space; and a controller being configured to determine, on the basis of a relative reduction in the light intensity received at the receiver in the second wavelength band compared to the first wavelength band, that particles are impinging on the at least one beam; wherein the light source is configured such that the at least one beam emitted by the light source has a different spatial intensity profile for components (4506, 4504) in at least a first wavelength band and a second wavelength band such that, as the light source moves out of alignment with the receiver, the component in the first wavelength decreases in intensity received at the receiver before the component in the second wavelength band decreases in intensity received at the receiver, causing a relative change in received light intensity that is distinguishable from said relative reduction in the received light intensity in the second wavelength band compared to the first wavelength band caused by particles in the monitored space impinging on the at least one beam.
Clutch element for the axial transmission of torque, having at least a first and a second connector element for connecting rotatable machine parts, for example passive and active drive shafts or connector elements of further clutch elements, and an elastomeric multiple disc arrangement which is arranged axially therebetween and is connected via a plurality of fastening elements alternately to the first and second connector element, such that the connector elements (10; 20) are connected to one another in a torsionally rigid but axially and angularly movable manner, wherein the multiple disc arrangement is composed of a plurality of elastomeric discs, characterised in that at least one fastening element comprises a slot centring sleeve which is introduced under elastic form fit and/or preferably with elastic play into complementary holes (16, 26, 36) in one of the two connector elements (10; 20) and in the multiple disc arrangement with pre-centring of the connector element (10; 20) relative to the multiple disc arrangement and with pre-centring of the individual discs relative to one another, and further comprises a screw centring bolt which is screwed into the slot centring sleeve with determination and final centring of the connector element (10; 20) relative to the multiple disc arrangement.
Method for creating control data for operating a direct thermal printer for printing on direct thermal printing paper, wherein the direct thermal printing paper comprises at least one thermoreactive layer (20, 22), wherein at least two colours are formable in the at least one thermoreactive layer, wherein the thermoreactive layer forms a first colour upon a first temperature being supplied, and forms a second colour upon a second temperature being supplied, wherein the second temperature is higher than the first temperature, wherein the direct thermal printer comprises a printhead along a paper path from a paper receptacle to a paper outlet, said printhead comprising electrically controllable heat sources which are arranged next to one another transversely with respect to the paper path and which at points supply heat to the direct thermal printing paper that is movable along the printhead, and wherein the direct thermal printer comprises a control device, to which each heat source of the printhead is electrically connected, and which is configured to heat selected heat sources of the printhead to a printing temperature, wherein the printing temperature is equal to or higher than the second temperature, wherein the method comprises the following steps: - receiving, via an input/output device or receiving device, image data of an original image having at least a first colour and a second colour, - creating, by means of a control device, control data for a direct thermal printer for two-colour printing of a print image, the printing consisting of the first colour and the second colour, wherein the control data comprise a plurality of print lines and cause, for each print line for each heat source of the printhead, either the heating of the heat source to the printing temperature or no heating of the heat source. - receiving, via an input/output device or receiving device, image data of an original image having at least a first colour and a second colour, - creating, by means of a control device, control data for a direct thermal printer for two-colour printing of a print image, the printing consisting of the first colour and the second colour, wherein the control data comprise a plurality of print lines and cause, for each print line for each heat source of the printhead, either the heating of the heat source to the printing temperature or no heating of the heat source.
A method comprising: injecting a metal alloy into a mold having a plurality of molding portions that define a cavity that corresponds to an article to be molded, the mold defining: a portion of the cavity that defines a feature for the article having a thickness that is greater than a thickness of an area of the article defined by the cavity that is proximal to the feature; and a protrusion for the article aligned as substantially opposing the feature, the protrusion being sized such that upon solidifying of the metal alloy that forms the article, the protrusion reduces an effect of thermal expansion on a portion of the article that is aligned as substantially opposing the feature; and removing the metal alloy from the cavity of the mold after solidifying of the metal alloy within the mold. injecting a metal alloy into a mold having a plurality of molding portions that define a cavity that corresponds to an article to be molded, the mold defining: a portion of the cavity that defines a feature for the article having a thickness that is greater than a thickness of an area of the article defined by the cavity that is proximal to the feature; and a protrusion for the article aligned as substantially opposing the feature, the protrusion being sized such that upon solidifying of the metal alloy that forms the article, the protrusion reduces an effect of thermal expansion on a portion of the article that is aligned as substantially opposing the feature; and a portion of the cavity that defines a feature for the article having a thickness that is greater than a thickness of an area of the article defined by the cavity that is proximal to the feature; and a protrusion for the article aligned as substantially opposing the feature, the protrusion being sized such that upon solidifying of the metal alloy that forms the article, the protrusion reduces an effect of thermal expansion on a portion of the article that is aligned as substantially opposing the feature; and removing the metal alloy from the cavity of the mold after solidifying of the metal alloy within the mold.
A process for shaping aluminium containers comprising the sequential steps of: blanking out a disk from a sheet of a 3xxx series aluminium alloy; forming a bottle preform by drawing, redrawing, ironing, and doming the disk; placing the bottle preform into a mold cavity (110; 210); applying an axial load to the bottle preform using a backing ram (120; 220), wherein application of the axial load does not reduce the length of the preform, and wherein the backing ram (120; 220) is held essentially stationary while applying the axial load, undergoing a displacement of between about 0 mm (0 inches) and about 1.27 mm (0.05 inches); and injecting an inert gas into an interior of the bottle preform with pressure until the bottle preform expands to fill the mold cavity (110; 210). blanking out a disk from a sheet of a 3xxx series aluminium alloy; forming a bottle preform by drawing, redrawing, ironing, and doming the disk; placing the bottle preform into a mold cavity (110; 210); applying an axial load to the bottle preform using a backing ram (120; 220), wherein application of the axial load does not reduce the length of the preform, and wherein the backing ram (120; 220) is held essentially stationary while applying the axial load, undergoing a displacement of between about 0 mm (0 inches) and about 1.27 mm (0.05 inches); and injecting an inert gas into an interior of the bottle preform with pressure until the bottle preform expands to fill the mold cavity (110; 210).