mhurhangee/ep-ind-claims huggingface dataset:
A separation plant for separating impurities from a crude gas flow, wherein the separation plant comprises a separation module which is arrangeable on a module receptacle of the separation plant and to which the crude gas flow is feedable for the separation of impurities, wherein the separation plant comprises a separation stage which comprises a rotary separation element which is formed as a brush roller and/or a rotatable impact separator, wherein the separation plant comprises a regeneration module which comprises a regeneration device for regeneration of the separation element, wherein either a) the regeneration module is mobile, is formed as a regeneration carriage and, for regeneration of the separation element, is arrangeable as necessary in or on the separation plant, in or on a module receptacle and/or in or on a separation module; or b) the regeneration module is stationary and comprises a module receptacle, on which a mobile separation module formed as a movable or displaceable transport carriage is arrangeable for regeneration of a separation element arranged on or in the separation module. a) the regeneration module is mobile, is formed as a regeneration carriage and, for regeneration of the separation element, is arrangeable as necessary in or on the separation plant, in or on a module receptacle and/or in or on a separation module; or b) the regeneration module is stationary and comprises a module receptacle, on which a mobile separation module formed as a movable or displaceable transport carriage is arrangeable for regeneration of a separation element arranged on or in the separation module.
A method for resolving references in electronic documents, wherein the method is performed by a page rendering device to generate a hardcopy document from the electronic document, comprising following steps: (a) obtaining an electronic document comprising a reference to an item within the electronic document; (b) generating, based on the electronic document, an intermediate document for input into a layout engine; (c) identifying, within a data structure external to the intermediate document, an entry comprising an initial value for the reference; (d) calculating, by the layout engine and during a first rendering of the electronic document, a first page comprising the item, based on the intermediate document and the initial value substituted for the reference; (e) populating the entry with a first page number corresponding to the first page; characterized in that the method further comprises: (f) calculating, by the layout engine and during a second rendering of the electronic document, a second page comprising the item, based on the intermediate document and the first page number substituted for the reference; (g) populating the entry with a second page number corresponding to the second page; (h) comparing if said first page number equals said second page number; and (i) if said first page number equals said second page number, generating, using the layout engine a rendered document of a hardcopy document, based on the intermediate document and the second page number substituted for the reference. (a) obtaining an electronic document comprising a reference to an item within the electronic document; (b) generating, based on the electronic document, an intermediate document for input into a layout engine; (c) identifying, within a data structure external to the intermediate document, an entry comprising an initial value for the reference; (d) calculating, by the layout engine and during a first rendering of the electronic document, a first page comprising the item, based on the intermediate document and the initial value substituted for the reference; (e) populating the entry with a first page number corresponding to the first page; (f) calculating, by the layout engine and during a second rendering of the electronic document, a second page comprising the item, based on the intermediate document and the first page number substituted for the reference; (g) populating the entry with a second page number corresponding to the second page; (h) comparing if said first page number equals said second page number; and (i) if said first page number equals said second page number, generating, using the layout engine a rendered document of a hardcopy document, based on the intermediate document and the second page number substituted for the reference.
A method for production of a nonwoven web, comprising: preparing a mixture of defibrated natural cellulose fibers, bonding fibers and optionally, man made fibers; airforming the mixture to obtain at least one homogeneous airlaid web; hydroentangling the airlaid web to consolidate the web on at least one side; and drying and thermobonding the hydroentangled web to obtain the nonwoven web; wherein the airforming and hydroentangling is conducted in a continuous operation, wherein the melting range of the bonding fiber is within the temperature range of the drying unit, wherein the drying and the thermobonding take place simultaneously in the drying unit, the bonding fibers are bi-component fibers composed of a core and sheath structure wherein the sheath contains or is made of a polymer having a melting point lower than the melting point of the polymer or polymer composition of the core, a content of the natural cellulose fibers in the mixture of fibers is from 50 to 90 % by weight, a content of the bonding fibers and optional manmade fibers is from 10 to 50 % by weight, no non-fiber binder or adhesive is utilized, no continuous fiber is utilized, a fiber length of the natural cellulose fibers is no more than 3.5 mm, a fiber length of the bonding fibers is from 6.0 to 12.0 mm, a fiber length of the optional manmade fibers is from 6.0 to 12.0 mm, a basis weight of the nonwoven web is from 20 g/m 2 to 100 g/m 2, a thickness of the nonwoven web is from 0.25 mm to 2 mm, and the % by weight is relative to a total dry weight of the nonwoven web. preparing a mixture of defibrated natural cellulose fibers, bonding fibers and optionally, man made fibers; airforming the mixture to obtain at least one homogeneous airlaid web; hydroentangling the airlaid web to consolidate the web on at least one side; and drying and thermobonding the hydroentangled web to obtain the nonwoven web; wherein the airforming and hydroentangling is conducted in a continuous operation, wherein the melting range of the bonding fiber is within the temperature range of the drying unit, wherein the drying and the thermobonding take place simultaneously in the drying unit, the bonding fibers are bi-component fibers composed of a core and sheath structure wherein the sheath contains or is made of a polymer having a melting point lower than the melting point of the polymer or polymer composition of the core, a content of the natural cellulose fibers in the mixture of fibers is from 50 to 90 % by weight, a content of the bonding fibers and optional manmade fibers is from 10 to 50 % by weight, no non-fiber binder or adhesive is utilized, no continuous fiber is utilized, a fiber length of the natural cellulose fibers is no more than 3.5 mm, a fiber length of the bonding fibers is from 6.0 to 12.0 mm, a fiber length of the optional manmade fibers is from 6.0 to 12.0 mm, a basis weight of the nonwoven web is from 20 g/m 2 to 100 g/m 2, a thickness of the nonwoven web is from 0.25 mm to 2 mm, and the % by weight is relative to a total dry weight of the nonwoven web.
A system configured to adjust a data rate of an image capturing device, said system comprising: - a computing device comprising a data processor, and - a computer program product comprising a computer vision system program product part for categorizing persons having a pose and which appear, or perform, in a live video stream, wherein said computer program product when running on said data processor: - receives a live video stream from said image capturing device at a first data rate, said live video stream comprising a time slice, or time period, with at least one frame comprising a person having, or being in, a pose; - applies said computer vision system program product part to said time slice, or time period, for categorizing said person, resulting in a category, wherein said categorizing said person is based upon said pose; - signals said image capturing device to set said live video stream at a second data rate, different from said first data rate and based upon said category. - a computing device comprising a data processor, and - a computer program product comprising a computer vision system program product part for categorizing persons having a pose and which appear, or perform, in a live video stream, - receives a live video stream from said image capturing device at a first data rate, said live video stream comprising a time slice, or time period, with at least one frame comprising a person having, or being in, a pose; - applies said computer vision system program product part to said time slice, or time period, for categorizing said person, resulting in a category, wherein said categorizing said person is based upon said pose; - signals said image capturing device to set said live video stream at a second data rate, different from said first data rate and based upon said category.
A method for purifying difluoroacetic acid chloride, including the step of bringing a difluoroacetic acid chloride composition that contains at least difluoroacetic acid fluoride into contact with calcium chloride thereby converting difluoroacetic acid fluoride into difluoroacetic acid chloride, wherein the reaction temperature is 50 to 250°C, and wherein the content of difluoroacetic acid fluoride contained in the crude difluoroacetic acid chloride composition is less than 10 mass% of the crude difluoroacetic acid chloride composition. bringing a difluoroacetic acid chloride composition that contains at least difluoroacetic acid fluoride into contact with calcium chloride thereby converting difluoroacetic acid fluoride into difluoroacetic acid chloride, wherein the reaction temperature is 50 to 250°C, and wherein the content of difluoroacetic acid fluoride contained in the crude difluoroacetic acid chloride composition is less than 10 mass% of the crude difluoroacetic acid chloride composition.
A bearing assembly comprising a bearing housing and a bearing, arranged in a receptacle, having a cylindrical shape on the inside, of the bearing housing, with an inner and an outer race (32, 34) and rolling elements arranged between the latter, wherein the outer race is received by an annular element with an outer geometry adjusted to the inner geometry of the receptacle and with an inner geometry adjusted to the outer geometry of the outer race, said outer race being inserted with the bearing into the receptacle, characterized in that the annular element in surface contact with the receptacle is an annular element made up of at least two parts (44, 46) and which is in the original state designed in one piece and is split into the at least two parts, wherein said parts (44, 46) of the annular element merge into one another via dividing lines extending in the axial or radial or diagonal direction relative to a longitudinal axis direction of the receptacle.
Connecting device for coupling a hose section to a conduit section for the provision of a flow of medium from the hose section into the conduit section, the connecting device comprising: - a housing part with the conduit section, - a connecting piece with a reception device on a first end section of the connecting piece for securing the hose section and with a mounting device on a second end section of the connecting piece opposite the first end section, connected to the conduit section, - a valve device with a valve body movable on a contact surface of a guide device of the housing part between an open and a closed position for opening or blocking the flow of a medium between the hose section and the housing part, characterised in that - the valve body has an outside in positive contact with the contact surface of the guide device of the housing part, wherein the outside of the valve body, as viewed from the hose section, is situated outside the connecting piece in order to guide the valve body in its movement between an open and a closed position, - the connecting piece comprises a sealing device with a sealing face facing the valve body and the valve body comprises a sealing face facing the connecting piece, the sealing face of the connecting piece extending at an axial end of the second end section of the connecting piece and facing away from the first end section of the connecting piece, so that the sealing faces bear against one another while forming a seal in the closed position of the valve body. - a housing part with the conduit section, - a connecting piece with a reception device on a first end section of the connecting piece for securing the hose section and with a mounting device on a second end section of the connecting piece opposite the first end section, connected to the conduit section, - a valve device with a valve body movable on a contact surface of a guide device of the housing part between an open and a closed position for opening or blocking the flow of a medium between the hose section and the housing part, - the valve body has an outside in positive contact with the contact surface of the guide device of the housing part, wherein the outside of the valve body, as viewed from the hose section, is situated outside the connecting piece in order to guide the valve body in its movement between an open and a closed position, - the connecting piece comprises a sealing device with a sealing face facing the valve body and the valve body comprises a sealing face facing the connecting piece, the sealing face of the connecting piece extending at an axial end of the second end section of the connecting piece and facing away from the first end section of the connecting piece, so that the sealing faces bear against one another while forming a seal in the closed position of the valve body.
Container of a substance of ingredients for preparing beverages, said container being of a type extractable from a seat to allow its filling, replacement, maintenance and cleaning activities, comprising batching means adapted to push a controlled amount of substance outside said container and deviating means adapted to address the substance towards external containers, said container comprising safety means adapted to open said container to block said container in its own seat, said safety means adapted to close said container to remove said container from its own seat, said safety means comprising at least one lever connected to at least one valve, said lever allowing opening and closing said valve to intercept the flow of substance, said lever allowing locking and unlocking said container with respect to its own seat, characterized in that said lever comprises at least one ring nut equipped with at least one projecting section, said at least one projecting section adapted to interact with a locking/unlocking apparatus to block said container in its own seat and to remove said container from its own seat.
A cooking system comprising at least one cabinet body, at least one downdraft vent module, and at least one placement device arranged on the cabinet body and having at least one surface and at least one recess, wherein the cabinet body comprises at least one housing device and at least one largely horizontally oriented support plate element, wherein the housing device defines an installation volume at least in portions, wherein the downdraft vent module comprises at least one vapour screen device having at least one suction opening and at least one fan device in operative connection with the suction opening, wherein the downdraft vent module is accommodated at least in portions above the support plate element in the installation volume and is integrated at least in portions into at least the one recess of the placement device, characterised in that the downdraft vent module comprises at least one height-adjustable support device by means of which the downdraft vent module is clamped between the support plate element and the placement device.
A method for differentially coating a substrate having at least one exterior surface and a plurality of channels for liquid disposed therein, each channel having at least one interior surface in communication with at least one exterior surface, the method comprising: applying a first coating agent (1900, 2000, 2120) to the substrate to create a coated substrate, wherein the at least one exterior surface and the at least one interior surface are coated; selectively activating the at least one interior surface or the at least one exterior surface of the coated substrate with an activating agent so as to create at least one activated surface wherein the activating agent is an oxidizing agent; and selectively modifying the at least one activated exterior surface or at least one activated interior surface by reacting said surface with a first modifying agent to create at least one modified surface having a first specified physicochemical property and a non-modified surface such that the modified surface differs from the non-modified surface with respect to the first specified physicochemical property, the method further comprising: applying a second modifying agent to the at least one modified surface such that the second modifying agent imparts a second specified physicochemical property to the at least one modified surface, characterized in that the first and second modifying agents each comprise a polyethylene glycol. applying a first coating agent (1900, 2000, 2120) to the substrate to create a coated substrate, wherein the at least one exterior surface and the at least one interior surface are coated; selectively activating the at least one interior surface or the at least one exterior surface of the coated substrate with an activating agent so as to create at least one activated surface wherein the activating agent is an oxidizing agent; and selectively modifying the at least one activated exterior surface or at least one activated interior surface by reacting said surface with a first modifying agent to create at least one modified surface having a first specified physicochemical property and a non-modified surface such that the modified surface differs from the non-modified surface with respect to the first specified physicochemical property, the method further comprising: applying a second modifying agent to the at least one modified surface such that the second modifying agent imparts a second specified physicochemical property to the at least one modified surface, characterized in that the first and second modifying agents each comprise a polyethylene glycol. applying a second modifying agent to the at least one modified surface such that the second modifying agent imparts a second specified physicochemical property to the at least one modified surface, characterized in that the first and second modifying agents each comprise a polyethylene glycol.
Precipitated silica characterized by the following physico-chemical parameters: CTAB surface area of: 50 - 300 m 2 /g BET/CTAB ratio of: ≥ 1.3 Relative breadth γ of pore size distribution: ≤ 3.5 g nm/ml
A method for producing a medical bag comprising a bag main body constituted by a flexible sheet material having an interior portion partitioned via a partition part into a first space and a second space being smaller than the first space, a first liquid housed in the first space, and a second liquid housed in the second space, said medical bag has been obtained by sterilizing at 118 to 125°C for 20 to 45 minutes, wherein when the volume of the first space is set as V1 and the volume of the second space is set as V2, V1/V2 is 2.0 to 6.0, characterized in that the partition part has a breaking strength of 5 to 25 kPa, wherein the partition part is obtained by sandwiching and melt-bonding the sheet material between an upper mold disposed on a higher side in the vertical direction than the sheet material and having a surface temperature of 130 to 145°C, and a lower mold disposed on a lower side in the vertical direction than the sheet material and having a surface temperature being 20 to 30°C lower than the surface temperature of the upper mold.
A non-toxic, non-aqueous, liquid shampoo that does not contain alcohol, and that comprises an emulsion of at least 50 wt% isononyl isononanoate, up to 50 wt% inclusive of a detergent comprising a mixture of an anionic surfactant and a non-ionic emulsifying agent, and between 0 wt% to 5 wt% inclusive of one or more cosmetically-acceptable additives, wherein said shampoo is for use in the treatment of pediculosis.
An apparatus affixable to a person's body comprising a sensor, a power source and a receiver, wherein the sensor is configured to wirelessly receive power from the power source, receive and respond to a signal or stimulus, and wirelessly transmit information about the signal or stimulus to the receiver, characterized in that: the power source and the receiver reside in a single device, the single device being a wrist-watch, and the sensor is part of a ring that is wearable by the person, wherein the sensor is configured to wirelessly receive power from the power source by electromagnetic induction. the power source and the receiver reside in a single device, the single device being a wrist-watch, and the sensor is part of a ring that is wearable by the person, wherein the sensor is configured to wirelessly receive power from the power source by electromagnetic induction.
A device for determining the rate of permeation of at least one permeate through an element forming a permeation barrier, comprising the element forming the permeation barrier, which element forms a partition between a permeate chamber (2.1) and a detection chamber (2.2), wherein a gas containing at least one permeate or such a liquid or gaseous permeate is supplied or is contained in the permeate chamber (2.1), and radiation from at least one laser light source, with a wavelength which corresponds to an absorption wavelength of the respective permeate, is directed as a collimated laser beam through the detection chamber (2.2) onto at least one optical detector, for determining the permeation rate at an absorption wavelength of the permeate; wherein the element is fastened in clamping manner between the permeate chamber (2.1) and detection chamber (2.2); and the internal volume of the detection chamber (2.2) is smaller than the volume of the permeate chamber (2.1).