mhurhangee/patent-ind-claim-en huggingface dataset:
A recording apparatus which transports a medium, and performs recording with respect to the transported medium, the apparatus comprising: a recording unit ; a medium clamping unit which is provided on the side further upstream than the recording unit in a transport direction, and clamps the medium therebetween; and a medium support unit which is provided on the side further upstream than the medium clamping unit in the transport direction, and supports the medium, wherein the medium is slackened between the medium clamping unit and the medium support unit, and characterized in that : the recording apparatus further comprises a relay roller which relays a transport of the medium, and is located between the medium clamping unit and the medium support unit, and wherein a bending path is provided between the medium clamping unit and the medium support unit, wherein the bending path is regulated by the relay roller. a recording unit ; a medium clamping unit which is provided on the side further upstream than the recording unit in a transport direction, and clamps the medium therebetween; and a medium support unit which is provided on the side further upstream than the medium clamping unit in the transport direction, and supports the medium, wherein the medium is slackened between the medium clamping unit and the medium support unit, and characterized in that : the recording apparatus further comprises a relay roller which relays a transport of the medium, and is located between the medium clamping unit and the medium support unit, and wherein a bending path is provided between the medium clamping unit and the medium support unit, wherein the bending path is regulated by the relay roller. the recording apparatus further comprises a relay roller which relays a transport of the medium, and is located between the medium clamping unit and the medium support unit, and wherein a bending path is provided between the medium clamping unit and the medium support unit, wherein the bending path is regulated by the relay roller.
Butt connector made of extruded profile , which ensures a T-shaped connection of two hollow profiles , in which a rear and an opposite distribution channel are already present in the geometry of the extruded profile on both sides of the cross section, in which the two distribution channels are connected to one another, in which an insertion bore is provided for a punching screw (26, which can be closed at the top by a clamping pin (25, characterised in that the connection of the rear distribution channel to the opposite distribution channel takes place only through the insertion bore provided for the insertion of the punch screw , with the formation of an opening . in which the two distribution channels are connected to one another, in which an insertion bore is provided for a punching screw (26, which can be closed at the top by a clamping pin (25, characterised in that the connection of the rear distribution channel to the opposite distribution channel takes place only through the insertion bore provided for the insertion of the punch screw , with the formation of an opening .
A method for producing a joint in a surface covering: (i) applying individual elements of a surface covering to a surface so that a gap is formed between the individual elements of the surface covering; (ii) optionally wetting the individual elements of the surface covering with water; (iii) introducing a composition into the gap between the individual elements of the surface covering; (iv) optionally rinsing the area of the individual elements of the surface covering with water; and (v) curing the composition; wherein the composition comprises a plurality of water-insoluble particles; and a copolymer obtainable by polymerization of dicyclopentadiene or cyclopentadiene and an ester of an unsaturated fatty acid. (i) applying individual elements of a surface covering to a surface so that a gap is formed between the individual elements of the surface covering; (ii) optionally wetting the individual elements of the surface covering with water; (iii) introducing a composition into the gap between the individual elements of the surface covering; (iv) optionally rinsing the area of the individual elements of the surface covering with water; and (v) curing the composition; wherein the composition comprises a plurality of water-insoluble particles; and a copolymer obtainable by polymerization of dicyclopentadiene or cyclopentadiene and an ester of an unsaturated fatty acid. wherein the composition comprises a plurality of water-insoluble particles; and a copolymer obtainable by polymerization of dicyclopentadiene or cyclopentadiene and an ester of an unsaturated fatty acid.
An epoxy resin composition for a prepreg, comprising, as essential components, a phosphorus compound that has, on average, 1.8 or more and less than 3 phenolic hydroxyl groups that are reactive to an epoxy resin in the molecule, and that has, on average, 0.8 or more phosphorus element; a bifunctional epoxy resin that has, on average, 1.8 or more and less than 2.6 epoxy groups in the molecule; a multi-functional epoxy resin that contains, on average, 2.8 or more epoxy groups in one molecule; a hardening agent; an inorganic filler, wherein the inorganic filler is used in a blending amount of 110 parts or more by mass and less than 200 parts by mass with respect to 100 parts by mass of the epoxy resin component; and a molybdenum compound, wherein the epoxy resin composition for a prepreg is obtained by blending a pre-reacted epoxy resin, which is obtained by reacting at least the phosphorus compound with the bifunctional epoxy resin and the multi-functional epoxy resin, or the bifunctional epoxy resin only in advance, the bifunctional epoxy resin or the multi-functional epoxy resin, the hardening agent, the inorganic filler, and the molybdenum compound.
Method for stacking plate-shaped products of wood or wood substitutes in which at least two stacks of plate-shaped products are formed adjacent one another on a support , in particular pallet, wherein a separating element is introduced between adjacent stacks , characterised in that the following steps are carried out: i) a stack is formed from the plate-shaped products on the support , ii) the support is inclined about an angle (α) to the horizontal plane (H) before or after step i) iii) a separating element , in particular a plate-shaped partition wall element is brought to bear against the stack after step i) and ii); iv) further stack of plate-shaped products is formed on the support after step iii). i) a stack is formed from the plate-shaped products on the support , ii) the support is inclined about an angle (α) to the horizontal plane (H) before or after step i) iii) a separating element , in particular a plate-shaped partition wall element is brought to bear against the stack after step i) and ii); iv) further stack of plate-shaped products is formed on the support after step iii).
A compression system comprising compressors (C1-C7) and their controllers (A1-A7) for the compression of fluid medium, secondary treatment devices for the treatment of the fluid medium delivered from the compressors, piping systems (17-19, 23) for conducting the fluid medium to a place of consumption , and a control system comprising a control unit containing a data processing system for controlling the compression system, a user interface including a display associated with it and transmission means for the transmission of control data between the control unit, the controllers and pressure sensors, characterized in that the compression system has at least one compressor-specific adjustment value, which determines the requirement for fluid medium, the change in direction of it and the rate of change, wherein a control mode is selectable for a compressor from the user interface , the control mode determining the adjustment value to be used, wherein control of the delivery of the compressor is based either on a delivery reference value that is calculated from a network delivery request, or based directly on a network pressure setting or on a compressor-specific pressure setting, wherein the control system is adapted to convert the network delivery request or the network pressure setting or the compressor-specific pressure setting into compressor-specific control requests via direct control data, a pressure setting or a pressure data item of the compressor.
A lidar apparatus, comprising: a plurality of one dimensional planar beam forming and steering optical phased array photonic integrated circuit chips in a vertical dimension forming an array of pixels, said pixels comprising tunable optical delay lines and optical antennas, each photonic integrated chip emitting optical phase controlled pulses of coherent light waves that interfere with each other to form a steering direction perpendicular to the vertical dimension that forms a far-field radiation pattern.
A display panel comprising: a substrate including a main display area (MDA), a component area (CA) and an intermediate area (MA) disposed between the main display area (MDA) and the component area (CA); pixel electrodes including a first pixel electrode disposed in the main display area (MDA), a second pixel electrode disposed in the component area (CA), and a third pixel electrode disposed in the intermediate area (MA); a first insulating layer including a light-blocking material and disposed on the substrate , the first insulating layer exposing central portions of pixel electrodes; and an optical functional layer (OFL) disposed on the first insulating layer and including a black matrix , the black matrix exposing the pixel electrodes, characterized in that the light-blocking material and the black matrix are disposed in the main display area (MDA), either the light-blocking material or the black matrix is disposed in the intermediate area (MA), and the light-blocking material and the black matrix are not disposed in the component area (CA). a substrate including a main display area (MDA), a component area (CA) and an intermediate area (MA) disposed between the main display area (MDA) and the component area (CA); pixel electrodes including a first pixel electrode disposed in the main display area (MDA), a second pixel electrode disposed in the component area (CA), and a third pixel electrode disposed in the intermediate area (MA); a first insulating layer including a light-blocking material and disposed on the substrate , the first insulating layer exposing central portions of pixel electrodes; and an optical functional layer (OFL) disposed on the first insulating layer and including a black matrix , the black matrix exposing the pixel electrodes, characterized in that the light-blocking material and the black matrix are disposed in the main display area (MDA), either the light-blocking material or the black matrix is disposed in the intermediate area (MA), and the light-blocking material and the black matrix are not disposed in the component area (CA).
Device for wetting multiple threads with a fluid, having multiple wetting means (1.1 - 1.6) assigned to the threads and having a dosing pump which is connected to the wetting means (1.1 - 1.6) by multiple conveying lines (5.1 - 5.6), wherein the dosing pump has multiple conveying means (8.1) for generating multiple dosing flows of the fluid and has multiple pump outlets (7.1 - 7.6), to which the conveying lines (5.1 - 5.6) are connected, and wherein the conveying means are formed by at least one planetary gear set (8.1) arranged between housing plates (12.1, 12.2), characterized in that multiple planet gears (9.1 - 9.6) of the planetary gear set (8.1) are guided freely by a centering plate (11.1) between adjacent housing plates (12.1, 12.2), in that the planet gears (9.1 - 9.6) of the planetary gear set (8.1 - 8.3) have in each case one passage opening , and in that the passage openings of the planet gears (9.1, 9.2) are connected by a channel system to at least one pump inlet .
A safety handgrip for a Venetian blind pull cord , comprising: - a frame which has a first end in which an input and output recess are present for a pull cord, as well as - a redirection element for the pull cord, which redirection element is present in and on the frame and movable in a direction to and from the input and output recesses and, when applied to the safety handgrip in a Venetian blind, redirects the pull cord so as to form the pull cord into a loop having two cord sections extending between the input and output opening respectively and the redirection element and a loop-forming section present between the two cord sections, - a spring which is present between the frame and the redirection element and retains the redirection element in a rest position, and - a cutting blade which, when the safety handgrip is used in a Venetian blind, is located within the loop of the pull cord redirected in the redirection element, which cutting blade has a cutting edge which is directed towards the loop-forming section of the pull cord, where the cutting blade is movable to a cutting position against the spring force if pressure is exerted on the front side of the safety handgrip while the pull cord is being held, in which cutting position the cutting blade is moved towards the loop-forming section of the pull cord and has cut through the pull cord, characterized in that the redirection element is provided with a recess in which the spring is accommodated and in that the frame is provided with a support element which is also accommodated in the recess, where the spring is locked in between the support element and a recess bounding wall facing the support element, and in that the cutting blade is fixed to the frame. - a frame which has a first end in which an input and output recess are present for a pull cord, as well as - a redirection element for the pull cord, which redirection element is present in and on the frame and movable in a direction to and from the input and output recesses and, when applied to the safety handgrip in a Venetian blind, redirects the pull cord so as to form the pull cord into a loop having two cord sections extending between the input and output opening respectively and the redirection element and a loop-forming section present between the two cord sections, - a spring which is present between the frame and the redirection element and retains the redirection element in a rest position, and - a cutting blade which, when the safety handgrip is used in a Venetian blind, is located within the loop of the pull cord redirected in the redirection element, which cutting blade has a cutting edge which is directed towards the loop-forming section of the pull cord,
A flood protection device configured to prevent water ingress through a pipe member of a pipe system, which flood protection device comprises: - a blocking member for use in the pipe member of the pipe system, wherein the blocking member is an inflatable member - an actuation device configured to inflate the inflatable member whereby the inflatable member is configured to block the pipe member , - an actuation mechanism operable upon contact with water or manually, wherein the actuation mechanism is configured to activate the actuation device and hereby make the blocking member block the pipe member of the pipe system, wherein the flood protection device is further configured to be arranged in the pipe member and be removed from the pipe member with no structural change of the pipe member , characterised in that the actuation device is a gas cartridge comprising compressed gas such as Carbon Dioxide or Nitrogen for inflating the inflatable member, and in that the inflatable member is an inflatable balloon member , whereby the gas cartridge is arranged within the surrounding inflatable balloon member . - a blocking member for use in the pipe member of the pipe system, wherein the blocking member is an inflatable member - an actuation device configured to inflate the inflatable member whereby the inflatable member is configured to block the pipe member , - an actuation mechanism operable upon contact with water or manually, wherein the actuation mechanism is configured to activate the actuation device and hereby make the blocking member block the pipe member of the pipe system, wherein the flood protection device is further configured to be arranged in the pipe member and be removed from the pipe member with no structural change of the pipe member , characterised in that the actuation device is a gas cartridge comprising compressed gas such as Carbon Dioxide or Nitrogen for inflating the inflatable member, and in that the inflatable member is an inflatable balloon member , whereby the gas cartridge is arranged within the surrounding inflatable balloon member .
A method of characterising an immunoglobulin, comprising contacting a sample containing the immunoglobulin with a mixture of polyclonal anti-immunoglobulin specific antibodies or anti-immunoglobulin specific fragments thereof, each antibody or fragment comprising one or more non-disulphide cross-links between at least one heavy chain or a fragment thereof and at least one light chain or a fragment thereof of the antibody or fragment; allowing immunoglobulin to bind to the antibody or fragment; washing unbound material away from the immunoglobulin bound to the antibody or fragment; removing the bound immunoglobulin from the antibody or fragment to produce a purified immunoglobulin or fragment; and characterising the purified immunoglobulin or fragment by mass-spectroscopy. allowing immunoglobulin to bind to the antibody or fragment; washing unbound material away from the immunoglobulin bound to the antibody or fragment; removing the bound immunoglobulin from the antibody or fragment to produce a purified immunoglobulin or fragment; and characterising the purified immunoglobulin or fragment by mass-spectroscopy.
A device for transmitting information from a moving equipment guided along a predetermined fixed trajectory, comprising a photoluminescent optical fibre housed in a groove , an excitation light source arranged to be integral with the moving equipment to transversally illuminate the photoluminescent optical fibre , and at least one photosensitive cell located at an end of the photoluminescent optical fibre , characterised in that the predetermined fixed trajectory is rectilinear, and in that the transmitting device further comprises a rigid rule arranged to be positioned along the rectilinear trajectory, the rigid rule comprising the groove which is rectilinear, the photoluminescent optical fibre housed in the groove and fixed relative to the rule , and a transparent plastic material strip covering the groove and the photoluminescent optical fibre and having a planar outer face facing away from the groove .
A work vehicle comprising: a gear transmission configured to vary power from a power source and output the varied power; a differential mechanism including a ring gear rotatable around a rotation axis (Y) along a horizontal direction, the differential mechanism being configured to transmit the power inputted from the gear transmission to a traveling device ; a transmission case containing the gear transmission and the differential mechanism ; a first space zone (A1) as part of an internal space of the transmission case in which first space zone the differential mechanism is located; a second space zone (A2) as part of the internal space which second space zone is adjacent to the first space zone; a partition wall separating the first space zone (A1) and the second space zone (A2); an upper space disposed above the partition wall and configured to allow lubricating oil scooped up from the first space zone (A1) by rotation of the ring gear to flow in the second space zone (A2); a flow-out path disposed below the upper space and configured to allow the lubricating oil staying in the second space zone (A2) to flow out to the first space zone (A1); and an area adjustment part configured to adjust a circulation area of the flow-out path ; the work vehicle being characterized in that it further comprises a wall adjustment part configured to adjust, by lifting and lowering, ef an upper portion of the partition wall . a gear transmission configured to vary power from a power source and output the varied power; a differential mechanism including a ring gear rotatable around a rotation axis (Y) along a horizontal direction, the differential mechanism being configured to transmit the power inputted from the gear transmission to a traveling device ; a transmission case containing the gear transmission and the differential mechanism ; a first space zone (A1) as part of an internal space of the transmission case in which first space zone the differential mechanism is located; a second space zone (A2) as part of the internal space which second space zone is adjacent to the first space zone; a partition wall separating the first space zone (A1) and the second space zone (A2); an upper space disposed above the partition wall and configured to allow lubricating oil scooped up from the first space zone (A1) by rotation of the ring gear to flow in the second space zone (A2); a flow-out path disposed below the upper space and configured to allow the lubricating oil staying in the second space zone (A2) to flow out to the first space zone (A1); and an area adjustment part configured to adjust a circulation area of the flow-out path ;
User equipment, UE, of a wireless communication system, wherein the user equipment, UE, is configured to operate in a new radio sidelink mode 1, wherein the user equipment, UE, is configured to receive, in the sidelink scenario, sidelink transmissions using a discontinuous reception, DRX, mode of operation, wherein the user equipment, UE, is configured to adjust, modify or stop an inactivity timer of the discontinuous reception, DRX, mode of operation in dependence on an operating parameter of the user equipment, UE, wherein the user equipment, UE, is configured to communicate in the new radio sidelink mode 1 with a group of other user equipments, UEs, wherein the user equipment, UE is configured to receive from a base station, gNB, of the wireless communication system a discontinuous reception, DRX, configuration information and to adjust at least one parameter of the discontinuous reception, DRX, mode of operation in dependence on the discontinuous reception, DRX, configuration information, wherein the user equipment, UE, is configured to transmit to one or more other UEs of the group of other UEs, that are operating in a new radio sidelink mode 2, the discontinuous reception, DRX, configuration information. wherein the user equipment, UE, is configured to operate in a new radio sidelink mode 1, wherein the user equipment, UE, is configured to receive, in the sidelink scenario, sidelink transmissions using a discontinuous reception, DRX, mode of operation, wherein the user equipment, UE, is configured to adjust, modify or stop an inactivity timer of the discontinuous reception, DRX, mode of operation in dependence on an operating parameter of the user equipment, UE, wherein the user equipment, UE, is configured to communicate in the new radio sidelink mode 1 with a group of other user equipments, UEs, wherein the user equipment, UE is configured to receive from a base station, gNB, of the wireless communication system a discontinuous reception, DRX, configuration information and to adjust at least one parameter of the discontinuous reception, DRX, mode of operation in dependence on the discontinuous reception, DRX, configuration information, wherein the user equipment, UE, is configured to transmit to one or more other UEs of the group of other UEs, that are operating in a new radio sidelink mode 2, the discontinuous reception, DRX, configuration information.