mhurhangee/patent-ind-claim-en huggingface dataset:
Installation comprising - an inclined wire former which is configured to deposit a sheet of wet-laid fibre material on a first circulating belt , - a further belt which is configured to receive the sheet of wet-laid fibre material from the first circulating belt , - a roller card which is arranged downstream in the material transport direction and is configured to introduce a roller card web into the installation , - a hydroentanglement which is arranged downstream in the material transport direction and has at least one water beam and which is configured to entangle and/or bond and/or structure a single sheet of fibres or a plurality of sheets of fibres, - and a dryer arranged downstream in the material transport direction, wherein the installation is configured to produce a single-ply or alternatively a multi-ply nonwoven , characterised in that the installation is configured to transport the sheet of wet-laid fibre material by means of the at least one belt directly to the hydroentanglement, wherein the sheet of wet-laid fibre material can be single- or multi-layer, and in that the belt for transporting the sheet of wet-laid fibre material is arranged at least in part beneath the roller card . - an inclined wire former which is configured to deposit a sheet of wet-laid fibre material on a first circulating belt , - a further belt which is configured to receive the sheet of wet-laid fibre material from the first circulating belt , - a roller card which is arranged downstream in the material transport direction and is configured to introduce a roller card web into the installation , - a hydroentanglement which is arranged downstream in the material transport direction and has at least one water beam and which is configured to entangle and/or bond and/or structure a single sheet of fibres or a plurality of sheets of fibres, - and a dryer arranged downstream in the material transport direction,
An acrylic polysiloxane resin coating composition comprising: (A) a silicone resin, (B) a compound having one or more functional groups capable of undergoing Michael addition reaction with an unsaturated double bond in an acryloyloxy group, and having one or more alkoxy groups bonded to silicon, (C) a trifunctional or polyfunctional aliphatic urethane acrylate oligomer having a cyclic structure, and (D) a bifunctional acrylate monomer having no ether structures (except an ether structure in an acryloyloxy group) and no aromatic rings, the mass ratio of the total amount of the silicone resin (A) and the compound (B) to the total amount of any acrylate oligomer(s) and any acrylate monomer(s) (A + B:acrylate oligomer(s) + acrylate monomer(s)) being 40:60 to 70:30. (A) a silicone resin, (B) a compound having one or more functional groups capable of undergoing Michael addition reaction with an unsaturated double bond in an acryloyloxy group, and having one or more alkoxy groups bonded to silicon, (C) a trifunctional or polyfunctional aliphatic urethane acrylate oligomer having a cyclic structure, and (D) a bifunctional acrylate monomer having no ether structures (except an ether structure in an acryloyloxy group) and no aromatic rings,
Compound which is effective in inhibiting the function of a TRPM4 ion channel for use in a method of treating or preventing Multiple Sclerosis in a subject, wherein said compound is glibenclamide or a pharmaceutically acceptable salt, solvate, tautomer or ester thereof.
An ultrasonic surgical device comprising: a transducer ; an end effector coupled to the transducer and configured to grasp and seal a vessel; a power source configured to supply electrical energy to the transducer ; a sensor configured to sense current or voltage waveforms of the electrical energy; and a controller configured to: control the electrical energy to achieve a predetermined velocity of the end effector coupled to the transducer , when the end effector is grasping the vessel; calculate power of the electrical energy based on the sensed current or voltage waveforms ; characterised by the controller being further configured to estimate a size range of the vessel based on the power; and control the electrical energy to achieve a target velocity, which is determined based on the estimated size range of the vessel, to seal the vessel. comprising: a transducer ; an end effector coupled to the transducer and configured to grasp and seal a vessel; a power source configured to supply electrical energy to the transducer ; a sensor configured to sense current or voltage waveforms of the electrical energy; and a controller configured to: control the electrical energy to achieve a predetermined velocity of the end effector coupled to the transducer , when the end effector is grasping the vessel; calculate power of the electrical energy based on the sensed current or voltage waveforms ; characterised by the controller being further configured to estimate a size range of the vessel based on the power; and control the electrical energy to achieve a target velocity, which is determined based on the estimated size range of the vessel, to seal the vessel. control the electrical energy to achieve a predetermined velocity of the end effector coupled to the transducer , when the end effector is grasping the vessel; calculate power of the electrical energy based on the sensed current or voltage waveforms ; characterised by the controller being further configured to estimate a size range of the vessel based on the power; and control the electrical energy to achieve a target velocity, which is determined based on the estimated size range of the vessel, to seal the vessel.
A cardboard formwork for concreting a prefabricated stair , the cardboard formwork adapted for concrete being poured into said cardboard formwork during concreting, wherein: - the cardboard formwork is constructed by folding and assembling two or more cardboard elements , and - the two or more cardboard elements are cut with predetermined cuts and/or cutouts , and wherein the folded and assembled cardboard elements facing the concrete constitute a substantial part of the formwork, the formwork being capable of supporting the prefabricated stair during the process of concreting said stair. - the cardboard formwork is constructed by folding and assembling two or more cardboard elements , and - the two or more cardboard elements are cut with predetermined cuts and/or cutouts , and
Bearing (1, 1', 1", 1'"), comprising a first cover plate and a second cover plate , wherein an elastomer layer is arranged between the first cover plate and the second cover plate and wherein reinforcement threads with a reinforcement thread diameter are assigned to the elastomer layer , the elastomer layer comprises in its interior a recess which is filled with a gas and a liquid , characterised in that the reinforcement threads are designed as continuous threads or continuous fibres and encompass or surround the elastomer layer , and that a reinforcement thread interval has a value which is in the range from less than the reinforcement thread diameter to four times the reinforcement thread diameter.
A method of preparing a flexible photovoltaic device by preserving the integrity of a growth substrate, the method comprising: providing a structure having a growth substrate with at least one growing surface; a flexible photovoltaic device ; a sacrificial layer ; a first protective layer ; and a second protective layer , wherein the sacrificial layer and the first and second protective layers are positioned between the growth substrate and the flexible photovoltaic device, the first protective layer is positioned above the growth substrate, the second protective layer is positioned above the first protective layer, the sacrificial layer is positioned above the second protective layer, and the growth substrate and the second protective layer comprise the same material; releasing the flexible photovoltaic device by etching the sacrificial layer with an etchant; and characterized by removing the second protective layer by etching the second protective layer with an etchant; and removing the first protective layer by etching the first protective layer with an etchant. providing a structure having a growth substrate with at least one growing surface; a flexible photovoltaic device ; a sacrificial layer ; a first protective layer ; and a second protective layer , wherein the sacrificial layer and the first and second protective layers are positioned between the growth substrate and the flexible photovoltaic device, the first protective layer is positioned above the growth substrate, the second protective layer is positioned above the first protective layer, the sacrificial layer is positioned above the second protective layer, and the growth substrate and the second protective layer comprise the same material; releasing the flexible photovoltaic device by etching the sacrificial layer with an etchant; and characterized by removing the second protective layer by etching the second protective layer with an etchant; and removing the first protective layer by etching the first protective layer with an etchant.
A patient support apparatus comprising a patient supporting surface including a number of bladders organized into a plurality of zones , a plurality of pressure sensors , each pressure sensor operable to measure a pressure in a respective zone , a user interface including a display and a number of user inputs, and a controller in communication with the pressure sensors for receiving data signals indicative of the pressure in each of the zones , the controller adapted to process the data signals from the pressure sensors , wherein the controller is adapted to process the data signals to determine a measure of mobility of a patient supported on the patient supporting surface, characterised in that the processing of the data to determine the measure of mobility includes determining a mobility index for each of the plurality of zones for a predetermined time period and summing each of the mobility indices to arrive at a mobility score, the mobility indices being determined by one of: integrating the differences between an actual pressure measured and a nominal pressure over a predetermined period, the nominal pressure being the pressure with no movement as determined from an initial condition or a long running average; and determining the work transferred from the person supported on the patient supporting surface to the patient supporting surface. a plurality of pressure sensors , each pressure sensor operable to measure a pressure in a respective zone , a user interface including a display and a number of user inputs, and a controller in communication with the pressure sensors for receiving data signals indicative of the pressure in each of the zones , the controller adapted to process the data signals from the pressure sensors , wherein the controller is adapted to process the data signals to determine a measure of mobility of a patient supported on the patient supporting surface, characterised in that the processing of the data to determine the measure of mobility includes determining a mobility index for each of the plurality of zones for a predetermined time period and summing each of the mobility indices to arrive at a mobility score, the mobility indices being determined by one of: integrating the differences between an actual pressure measured and a nominal pressure over a predetermined period, the nominal pressure being the pressure with no movement as determined from an initial condition or a long running average; and determining the work transferred from the person supported on the patient supporting surface to the patient supporting surface. integrating the differences between an actual pressure measured and a nominal pressure over a predetermined period, the nominal pressure being the pressure with no movement as determined from an initial condition or a long running average; and determining the work transferred from the person supported on the patient supporting surface to the patient supporting surface.
An RFID tag comprising: an RFID chip ; a first antenna segment secured to the RFID chip ; a second antenna segment secured to the RFID chip ; and a wire segment secured on a first end of the wire segment to the first antenna segment and secured on a second end of the wire segment to the second antenna segment , characterized in that the first end of the wire segment is wrapped around the first antenna segment and the second end of the wire segment is wrapped around the second antenna segment . an RFID chip ; a first antenna segment secured to the RFID chip ; a second antenna segment secured to the RFID chip ; and a wire segment secured on a first end of the wire segment to the first antenna segment and secured on a second end of the wire segment to the second antenna segment , characterized in that the first end of the wire segment is wrapped around the first antenna segment and the second end of the wire segment is wrapped around the second antenna segment .
Actuator having a drive which drives an input shaft , having a first actuating element , which is operatively connected to the input shaft , for actuating a shift device, and having a rotatably mounted rotary element which can be driven by means of the input shaft and which has a first control cam for controlling the actuating position of the actuator that is operatively connected to the first actuating element for actuating the shift device, wherein the actuating position of the actuator can be determined inductively by means of a receiving or holding element , which is operatively connected to the rotary element , for a position indicator , wherein the inductive measuring principle is based on the fact that a variable magnetic field generates an eddy current in a metallic material, characterized in that , for inductive determination of the actuating position of the actuator, the position indicator is arranged at the end of the receiving or holding element that faces away from the rotary element .
A method of creating a fragmentation pattern on the interior surface of a warhead having a fuze well opening , the method characterized by coating an additive material on the interior surface of a warhead via the fuze well opening and removing said additive material according to a desired fragmentation pattern.
A method of recirculating fluid in a printhead , the method comprising: generating ejection data specifying a nozzle of the printhead from which a drop is to be ejected and storing the ejection data in a first memory; generating recirculation data for the nozzle for which a recirculation operation is to be performed; storing the recirculation data in a second memory different from the first memory; and recirculating fluid in the nozzle on the basis of the recirculation data in advance of ejecting a drop from the nozzle on the basis of the ejection data, wherein the recirculation data is generated based on the respective ejection data for the nozzle ; wherein the recirculation data stored in the second memory are compressed. generating ejection data specifying a nozzle of the printhead from which a drop is to be ejected and storing the ejection data in a first memory; generating recirculation data for the nozzle for which a recirculation operation is to be performed; storing the recirculation data in a second memory different from the first memory; and recirculating fluid in the nozzle on the basis of the recirculation data in advance of ejecting a drop from the nozzle on the basis of the ejection data, wherein the recirculation data is generated based on the respective ejection data for the nozzle ; wherein the recirculation data stored in the second memory are compressed.
A battery pack comprising: a housing unit configured to receive a battery cell therein, the housing unit comprising: a first housing including a first contact surface ; and a second housing including a second contact surface opposite the first contact surface , wherein the first housing and the second housing are coupled by welding in a state in which the first contact surface and the second contact surface are in contact with each other and pressed against each other, a first support is provided on an outer surface of the first housing , the first support being configured for contacting a first pressing module that presses the first housing toward the second housing , and a second support is provided on an outer surface of the second housing, the second support being configured for contacting a second pressing module that presses the second housing toward the first housing , wherein the second support protrudes outward from the outer surface of the second housing and is formed in a flange shape including the second contact surface , the first support is formed in a rib shape protruding outward from the outer surface of the first housing , the first support is disposed so that it is spaced apart from the second support , the first contact surface is formed at an end portion extending downward from the first support ,and wherein the first support extends continuously in a circumferential direction of the first housing or a plurality of the first supports is formed at predetermined intervals in the circumferential direction of the first housing . a first housing including a first contact surface ; and a second housing including a second contact surface opposite the first contact surface , wherein the first housing and the second housing are coupled by welding in a state in which the first contact surface and the second contact surface are in contact with each other and pressed against each other, a first support is provided on an outer surface of the first housing , the first support being configured for contacting a first pressing module that presses the first housing toward the second housing , and a second support is provided on an outer surface of the second housing, the second support being configured for contacting a second pressing module that presses the second housing toward the first housing , wherein the second support protrudes outward from the outer surface of the second housing and is formed in a flange shape including the second contact surface , the first support is formed in a rib shape protruding outward from the outer surface of the first housing , the first support is disposed so that it is spaced apart from the second support , the first contact surface is formed at an end portion extending downward from the first support ,and wherein the first support extends continuously in a circumferential direction of the first housing or a plurality of the first supports is formed at predetermined intervals in the circumferential direction of the first housing .
A compact joining and leveling system suitable for parts of furniture and furnishing items (M) with a bottom and at least one shoulder of the type comprising, in combination, at least one front-foot unit and at least one rear-foot unit , wherein each front- and rear-foot unit comprises a leveling group (GL) with a regulation mechanism in height that can be maneuvered by means of tools , wherein said leveling group (GL) of said front- and rear-foot units can be actuated from the front with respect to the furniture through the space between the base and the floor, characterized in that said system also comprises a connection group (GC) for stably interconnecting said bottom and at least one of said shoulders through blocking means (26; 82; 150-152; 160), wherein each front- and rear-foot unit comprises said connection group (GC) and wherein said connection groups (GC) can be actuated from the front with respect to the piece of furniture through the space between the bottom and the floor, and wherein said front- and rear-foot units providing a plurality of holes or pass-through seats (27, 27'; 29, 30; 46, 47; 129, 130; 127, 127') for said actuation tools of the connection group (GC) and leveling group (GL), wherein a) the front-foot unit comprises two pass-through seats (27', 29; 127', 129) extending parallel to each other, each for passing through of one of said actuation tools , or wherein b) two transmission rods (60; 73) are provided between the front-foot unit and the rear-foot unit .
An actuator comprising: a stator comprising electromagnetic sectors for generating phased electromagnetic fields around the stator ; and first and second cylindrical elements, the stator and the first and second cylindrical elements being arranged concentrically around a central axis; wherein the first cylindrical element comprises permanent magnetic elements magnetized radially and arranged in at least one helix; whereby phased magnetization of the stator causes the second cylindrical element to rotate around the axis along a helical path relative to the first cylindrical element , thereby causing the first and second cylindrical elements to exert opposing longitudinal forces along the axis; and characterised in that , the second cylindrical element comprises inwardly and outwardly facing permanent magnetic elements magnetized radially and arranged as at least one discontinuous helix comprising sections of relatively high and low magnetization. a stator comprising electromagnetic sectors for generating phased electromagnetic fields around the stator ; and first and second cylindrical elements, the stator and the first and second cylindrical elements being arranged concentrically around a central axis; wherein the first cylindrical element comprises permanent magnetic elements magnetized radially and arranged in at least one helix; whereby phased magnetization of the stator causes the second cylindrical element to rotate around the axis along a helical path relative to the first cylindrical element , thereby causing the first and second cylindrical elements to exert opposing longitudinal forces along the axis; and characterised in that , the second cylindrical element comprises inwardly and outwardly facing permanent magnetic elements magnetized radially and arranged as at least one discontinuous helix comprising sections of relatively high and low magnetization.
A cradle clamp bracket assembly arranged to secure at least one cable to a ladder rack, the cradle clamp bracket assembly comprising: a ladder rung ; a bracket comprising a first portion having a recessed area with a slot therein, and a raised portion with a flange extending downwardly therefrom configured to receive a cable strap or tie wrapped under the raised portion of the bracket and around the at least one cable to secure the at least one cable to the ladder rung, the raised portion being parallel to the first portion; a ladder rung nut received in the recessed area; a fastener extending through the slot of the recessed area into the ladder rung nut; and a compression spring engaging the fastener; wherein the bracket is positioned under the ladder rung and the ladder rung nut is tightened to engage the ladder rung thereby securing the bracket to the ladder rack. a ladder rung ; a bracket comprising a first portion having a recessed area with a slot therein, and a raised portion with a flange extending downwardly therefrom configured to receive a cable strap or tie wrapped under the raised portion of the bracket and around the at least one cable to secure the at least one cable to the ladder rung, the raised portion being parallel to the first portion; a ladder rung nut received in the recessed area; a fastener extending through the slot of the recessed area into the ladder rung nut; and a compression spring engaging the fastener; wherein the bracket is positioned under the ladder rung and the ladder rung nut is tightened to engage the ladder rung thereby securing the bracket to the ladder rack.