mhurhangee/ep-ind-claims huggingface dataset:
Measuring arrangement, formed and configured for measuring rods and/or rod sections produced in rod units of the tobacco-processing industry and transported in conveying direction F, comprising a measuring head with at least one measuring module for the formation of a measuring section, as well as at least one rod guide apparatus for guidance of the at least one rod and/or the rod sections in the measuring arrangement, wherein at least one continuous rod throughflow channel extending in conveying direction F through the entire measuring head and the or all measuring modules is formed in the measuring head, wherein a protective pipe which extends at least through the or all measuring modules and in which the at least one rod or the rod sections are transported is arranged in the at least one rod throughflow channel, and wherein at least one nozzle unit for the introduction of compressed air directed in conveying direction F into the protective pipe is assigned to the measuring head, characterised in that the protective pipe is fastened as an exchangeable unit detachably to the measuring head.
A first device comprising: a receiver to receive a code from the first device or from a second device, wherein at least a portion of the code is a scripting language; logic to determine origin of the code; a storage in the first device to store client side data from the code; and a controller to execute the code and determine if the client side data is to be stored in one of the storage and the second device, based on the origin of the code. a receiver to receive a code from the first device or from a second device, wherein at least a portion of the code is a scripting language; logic to determine origin of the code; a storage in the first device to store client side data from the code; and a controller to execute the code and determine if the client side data is to be stored in one of the storage and the second device, based on the origin of the code.
A method of forming an endless belt of a papermaking machine, comprising: printing polymeric material on a print medium along a print direction in a series of printing steps, with the polymeric material being printed a predetermined distance along the print direction in each printing step; after each printing step, indexing the print medium in a cross direction that is transverse to the print direction, wherein the print medium provides an endless surface so that the printing of the polymeric material results in at least one layer of polymeric material that forms the endless belt wherein the print medium is a conveyor belt, and the method further comprises: providing a substrate on the conveyor belt prior to printing the polymeric material; and laminating the substrate with the printed polymeric material, wherein the step of laminating comprises a method selected from the group consisting of the use of adhesive, solvent bonding, laser bonding, ultrasonic lamination and combinations thereof. printing polymeric material on a print medium along a print direction in a series of printing steps, with the polymeric material being printed a predetermined distance along the print direction in each printing step; after each printing step, indexing the print medium in a cross direction that is transverse to the print direction, wherein the print medium provides an endless surface so that the printing of the polymeric material results in at least one layer of polymeric material that forms the endless belt wherein the print medium is a conveyor belt, and the method further comprises: providing a substrate on the conveyor belt prior to printing the polymeric material; and laminating the substrate with the printed polymeric material, wherein the step of laminating comprises a method selected from the group consisting of the use of adhesive, solvent bonding, laser bonding, ultrasonic lamination and combinations thereof. providing a substrate on the conveyor belt prior to printing the polymeric material; and laminating the substrate with the printed polymeric material, wherein the step of laminating comprises a method selected from the group consisting of the use of adhesive, solvent bonding, laser bonding, ultrasonic lamination and combinations thereof.
A pivoting shutter having adjustable slats for buildings comprising at least: two fixed uprights (11, 12), and a panel carrying a group of adjustable slats mounted on respective rotary shafts and linked by a connector which connects them in the rotation; said panel being movable between an open position and a closed position; comprising - an upper panel provided with a first group of adjustable slats, mounted by the upper end thereof on a horizontal pivoting shaft, - a lower panel provided with a second group of adjustable slats, hinged by the upper end thereof to the upper panel and connected by the lower end thereof to driving means (6, 6a) for vertical movement for pivoting the upper and lower panels (2, 3) between an open position, in which said panels form with each other an angle less than 180°, and a closed position in which said panels are vertically aligned, covering the space between said uprights (11, 12); - at least a first connector and a second connector which, when rotating the slats, link the adjustable slats of the first group, and the adjustable slats of the second group respectively; and, characterised in that it further comprises - a transmission mechanism which links the two groups of slats (21, 31) in the closed position of the upper and lower panels (2, 3), enabling in said closed position the simultaneous rotation of all the slats (21, 31) of upper panel and lower panel; and maintaining the groups of slats (21, 31) of the upper and lower panels (2, 3) unlinked when said panels (2, 3) are in an open position. - an upper panel provided with a first group of adjustable slats, mounted by the upper end thereof on a horizontal pivoting shaft, - a lower panel provided with a second group of adjustable slats, hinged by the upper end thereof to the upper panel and connected by the lower end thereof to driving means (6, 6a) for vertical movement for pivoting the upper and lower panels (2, 3) between an open position, in which said panels form with each other an angle less than 180°, and a closed position in which said panels are vertically aligned, covering the space between said uprights (11, 12); - at least a first connector and a second connector which, when rotating the slats, link the adjustable slats of the first group, and the adjustable slats of the second group respectively; and, characterised in that it further comprises - a transmission mechanism which links the two groups of slats (21, 31) in the closed position of the upper and lower panels (2, 3), enabling in said closed position the simultaneous rotation of all the slats (21, 31) of upper panel and lower panel; and maintaining the groups of slats (21, 31) of the upper and lower panels (2, 3) unlinked when said panels (2, 3) are in an open position.
A dynamic gapping conveyor for receiving spaced objects from a fixed gapping conveyor and creating a selected gap between the objects, comprising: a conveyor belt trained around sprockets or other drivers and having embedded rollers forming a conveying surface extending in a conveying direction from a first end to a second end and laterally from a first side edge to a second side edge, the rollers having axes perpendicular to the direction of travel of the dynamic gapping conveyor; an actuation surface below the conveyor belt for selectively contacting the embedded rollers in a section of the dynamic gapping conveyor to cause the embedded rollers in the section to rotate, which gives the top side of the rollers at the conveyance surface a velocity equal to twice the speed of the conveyor belt; a plurality of flights (160a-c) extending laterally across the conveying surface, wherein each flight is controlled independently of the conveyor belt; a plurality of drivers (171; 172; 173), wherein each of the plurality of flights (160a-c) is connected to and associated with one of the plurality of drivers (171; 172; 173) for controlling the speed and/or location of the flight; and a control system which is configured to receive data from a sensor or sensors which detect and measure the length of each object being conveyed on the fixed gapping conveyor whereby the control system controls the speed and/or location of the plurality of flights depending on the length of an object, such that the dynamic gapping conveyor separates the objects further to create a final gap between each object. a conveyor belt trained around sprockets or other drivers and having embedded rollers forming a conveying surface extending in a conveying direction from a first end to a second end and laterally from a first side edge to a second side edge, the rollers having axes perpendicular to the direction of travel of the dynamic gapping conveyor; an actuation surface below the conveyor belt for selectively contacting the embedded rollers in a section of the dynamic gapping conveyor to cause the embedded rollers in the section to rotate, which gives the top side of the rollers at the conveyance surface a velocity equal to twice the speed of the conveyor belt; a plurality of flights (160a-c) extending laterally across the conveying surface, wherein each flight is controlled independently of the conveyor belt; a plurality of drivers (171; 172; 173), wherein each of the plurality of flights (160a-c) is connected to and associated with one of the plurality of drivers (171; 172; 173) for controlling the speed and/or location of the flight; and a control system which is configured to receive data from a sensor or sensors which detect and measure the length of each object being conveyed on the fixed gapping conveyor whereby the control system controls the speed and/or location of the plurality of flights depending on the length of an object, such that the dynamic gapping conveyor separates the objects further to create a final gap between each object.
A device for detecting exit of a person from a room, the device comprising: means for detecting door opening and closing; movement detection means for detecting movement in the room; a communication circuitry for transmitting messages to an external device; and a processing circuitry configured to initiate processing of measurement data from the movement detection means and to cause a transmission of an alarm message concerning the processing of said measurement data, wherein the means for detecting the door opening and closing and the movement detection means are comprised in the same device, and wherein the processing circuitry is configured to initiate the processing of said measurement data from the movement detection means as a response to the detecting the door closing and to cause the transmission of the alarm message to the external device, if said movement data indicates that the person has exited the room. means for detecting door opening and closing; movement detection means for detecting movement in the room; a communication circuitry for transmitting messages to an external device; and a processing circuitry configured to initiate processing of measurement data from the movement detection means and to cause a transmission of an alarm message concerning the processing of said measurement data, wherein the means for detecting the door opening and closing and the movement detection means are comprised in the same device, and wherein the processing circuitry is configured to initiate the processing of said measurement data from the movement detection means as a response to the detecting the door closing and to cause the transmission of the alarm message to the external device, if said movement data indicates that the person has exited the room.
Vehicle pane, which is a motor vehicle windshield or rear window, with an optical filter, comprising at least: - a pane and - an optical filter that is joined to the interior-side surface of the pane via at least one layer of an adhesive, wherein the area of the optical filter is less than 20% of the area of the pane and wherein the optical filter is arranged in the beam path of a transmitter or receiver of electromagnetic radiation, which is situated in a housing mounted on the interior-side surface of the pane, wherein the optical filter is a daylight filter and wherein the layer of the adhesive has absorption of less than 5% in the visible spectral range. - a pane and - an optical filter that is joined to the interior-side surface of the pane via at least one layer of an adhesive,
A brightness compensation method to compensate for brightness changes in a target image relatively to an original image, the target image being high frequency filtered from the original image, characterized in that it comprises by at least one computer processor: (a) down sampling the original image to produce a low frequency version of the original image; (b) down sampling the target image to produce a low frequency version of the target image; (c) computing differences between the low frequency original image version and the low frequency target image version; (d) upscaling the computed differences; and (e) modifying the target image by subtracting the upscaled computed differences. (a) down sampling the original image to produce a low frequency version of the original image; (b) down sampling the target image to produce a low frequency version of the target image; (c) computing differences between the low frequency original image version and the low frequency target image version; (d) upscaling the computed differences; and (e) modifying the target image by subtracting the upscaled computed differences.
An apparatus for determining a transmission parameter for a terminal equipment side, the apparatus comprising: a first receiving unit configured to receive at least two transmission configuration indication, TCI, state related parameters or signaling configured or indicated by a network device; and a first determining unit configured to determine a transmission parameter of at least one transmission occasion of a transport block according to a related parameter or signaling containing a TCI state mapping pattern, and DCI signaling not containing a TCI field, in the at least two TCI state related parameters or signaling, wherein the first receiving unit is configured to receive the related parameter or signaling containing the TCI state mapping pattern, the related parameter or signaling containing the TCI state mapping pattern configuring a TCI state mapping pattern containing at most two TCI states, and receives DCI signaling not containing a TCI field, wherein the first determining unit is configured to determine that the TCI state of the at least one transmission occasion is a predefined TCI state, or to determine that the TCI state of the at least one transmission occasion is one of two predefined TCI states, or determines that configuration of the network device is an error condition, wherein the predefined TCI state is a TCI state predefined in a case where the terminal equipment receives the DCI signaling not containing a TCI field. a first receiving unit configured to receive at least two transmission configuration indication, TCI, state related parameters or signaling configured or indicated by a network device; and a first determining unit configured to determine a transmission parameter of at least one transmission occasion of a transport block according to a related parameter or signaling containing a TCI state mapping pattern, and DCI signaling not containing a TCI field, in the at least two TCI state related parameters or signaling, wherein the first receiving unit is configured to receive the related parameter or signaling containing the TCI state mapping pattern, the related parameter or signaling containing the TCI state mapping pattern configuring a TCI state mapping pattern containing at most two TCI states, and receives DCI signaling not containing a TCI field, wherein the first determining unit is configured to determine that the TCI state of the at least one transmission occasion is a predefined TCI state, or to determine that the TCI state of the at least one transmission occasion is one of two predefined TCI states, or determines that configuration of the network device is an error condition, wherein the predefined TCI state is a TCI state predefined in a case where the terminal equipment receives the DCI signaling not containing a TCI field.
An apparatus for determining and/or monitoring a process variable, in particular the temperature or flow, of a medium in a container comprising: a temperature sensor for detecting the temperature, and a flexible, heat-insulating carrier element, which carrier element can be arranged on an outer wall of the container, and wherein the temperature sensor is fastened to the carrier element, wherein a unit at least partially comprising a material with anisotropic thermal conductivity is at least partially arranged on the carrier element, and wherein at least the temperature sensor is arranged between the carrier element and the unit, wherein the unit comprises a layer or a coating, which layer or coating at least partially consists of the material with anisotropic thermal conductivity and wherein the layer or coating along a plane parallel to the layer or coating has a greater thermal conductivity than perpendicularly to the plane, and/or wherein the unit comprises a thin-walled film, which film at least partially consists of the material with anisotropic thermal conductivity and along its longitudinal axis has a higher thermal conductivity than perpendicularly to the longitudinal axis. a temperature sensor for detecting the temperature, and a flexible, heat-insulating carrier element, which carrier element can be arranged on an outer wall of the container, and wherein the temperature sensor is fastened to the carrier element, wherein a unit at least partially comprising a material with anisotropic thermal conductivity is at least partially arranged on the carrier element, and wherein at least the temperature sensor is arranged between the carrier element and the unit, wherein the unit comprises a layer or a coating, which layer or coating at least partially consists of the material with anisotropic thermal conductivity and wherein the layer or coating along a plane parallel to the layer or coating has a greater thermal conductivity than perpendicularly to the plane, and/or wherein the unit comprises a thin-walled film, which film at least partially consists of the material with anisotropic thermal conductivity and along its longitudinal axis has a higher thermal conductivity than perpendicularly to the longitudinal axis.
A method of manufacturing hydrophobic micro fibrillated cellulose, wherein an organic hydrophobization reagent is reacted with the substituents on the surface of microfibrillated cellulose, characterised by carrying out the reaction in a reaction mixture, which is in the form of an aqueous dispersion, by using one or more alkenyl succinic anhydrides dissolved in or mixed with an organic solvent as the hydrophobization agent, and by carrying out an azeotropic distillation.
A method for manufacturing a security element for securing value objects with an ink layer having a marking area in the form of patterns, characters or a coding that is incorporated by the action of laser radiation and is both visually and machine-detectable, and having a background area, comprising - applying an ink layer containing magnetic pigments to a substrate, and - incorporating a marking in the form of patterns, characters or a coding in the ink layer by the action of laser radiation, characterized in that the ink layer is opaque, and that the nature of the multilayer pigments and the intensity of the laser radiation are chosen such that the marking becomes lighter than the background area in the visible spectral range, thereby becoming visually detectable, and is provided with a greater absorption than the background area in the infrared spectral range, thereby becoming machine-detectable, wherein the multilayer pigments have a carrier and a layer applied to the carrier, wherein the carrier is chosen from Al 2 O 3, Al 2 O 3 with up to 5 weight-% TiO 2, SiO 2, SiO 2 with up to 20 weight-% silicon hydroxide, glass or borosilicate, and the layer contains gamma iron oxide doped with at least one alkaline earth metal oxide, wherein the laser application is carried out with a pulsed infrared laser in the wavelength range of 0.8 μm to 3 μm. - applying an ink layer containing magnetic pigments to a substrate, and - incorporating a marking in the form of patterns, characters or a coding in the ink layer by the action of laser radiation,
Cooling apparatus for an electric linear motor, - wherein the cooling apparatus has a carrier element which can be placed on an active part of the electric linear motor, - wherein the cooling apparatus has at least one cooling element assembled on the carrier element by means of retaining elements, - wherein the retaining elements in each case have a planar area (12, 13) both on their side facing the active part of the electric linear motor and also on their side facing away from the active part of the electric linear motor, - wherein the retaining elements in each case have an opening which extends between the two planar areas (12, 13) to allow a fastening element to pass characterised in that - a cutout (15, 17) which circulates around the respective opening is introduced into the planar areas (12, 13) in each case, into which cutout a sealing element (16, 18) is introduced in each case. - wherein the cooling apparatus has a carrier element which can be placed on an active part of the electric linear motor, - wherein the cooling apparatus has at least one cooling element assembled on the carrier element by means of retaining elements, - wherein the retaining elements in each case have a planar area (12, 13) both on their side facing the active part of the electric linear motor and also on their side facing away from the active part of the electric linear motor, - wherein the retaining elements in each case have an opening which extends between the two planar areas (12, 13) to allow a fastening element to pass characterised in that - a cutout (15, 17) which circulates around the respective opening is introduced into the planar areas (12, 13) in each case, into which cutout a sealing element (16, 18) is introduced in each case.
One-piece housing wall of a housing of a laundry treatment appliance for connecting to a remainder of the housing, comprising a front portion, a base portion extending perpendicularly to the front portion, a top portion extending perpendicularly to the front portion and at a distance from the base portion, and two lateral portions (10, 12) extending perpendicularly to the front portion and the base portion and at a distance from one another, the two lateral portions (10, 12) in each case having a first standing seam extending parallel to the front portion at their free ends and the front portion being connected to the base portion and/or to the top portion by means of the two lateral portions (10, 12), and the two lateral portions (10, 12) in each case having at least one fastening bracket extending parallel to the base portion and/or the top portion and perpendicularly to the first standing seam of said lateral portion (10, 12) for fastening the lateral portions (10, 12) to the base portion and/or the top portion, and at least two fastening openings (18, 20) for fastening the housing wall to the remainder of the housing being arranged in each case in the housing wall in the region of the base portion and the top portion, characterised in that the fastening openings (18, 20) are arranged in a second standing seam formed at a free end of the relevant fastening bracket.