mhurhangee/patent-ind-claim-en huggingface dataset:
Reinforced product comprising one or more reinforcing threads , the said thread or threads being covered individually or collectively with a sheath comprising a sheathing composition, the sheathed thread or threads being themselves embedded in a rubber composition , characterized in that the sheathing composition comprises one or more block copolymers comprising at least one polyamide block and at least one polyolefin block.
The porous polymer fibers satisfying the following conditions (a), (b) and (c) and having a shape in which three or more projected parts are continuously present in the lengthwise direction on the periphery part of a solid-state fiber which does not have a hollow portion: (a) when the diameter of an inscribed circle is denoted by Di and the diameter of a circumscribed circle is denoted by Do in a cross section, a modification degree Do/Di, measured as described in the specification, is 1.2 to 6.6; (b)an index of pore shape Dxy, measured as described in the specification, is 0.2 or more and 6.0 or less; and (c) a dense layer in the near-surface region of a fiber has a thickness, measured as described in the specification, of 0.01 μm or more and 1.6μm or less. (a) when the diameter of an inscribed circle is denoted by Di and the diameter of a circumscribed circle is denoted by Do in a cross section, a modification degree Do/Di, measured as described in the specification, is 1.2 to 6.6; (b)an index of pore shape Dxy, measured as described in the specification, is 0.2 or more and 6.0 or less; and (c) a dense layer in the near-surface region of a fiber has a thickness, measured as described in the specification, of 0.01 μm or more and 1.6μm or less.
A track maintenance machine for carrying out track position corrections, including a machine frame mobile by means of on-track undercarriages on rails of a track and a track position measuring system which comprises, at least one measuring chord and a measuring transducer and with regard to a longitudinal direction of the machine, two outer front and rear measuring devices and arranged between them a central measuring device with a common reference base , wherein the measuring devices are defined in their position relative to the rails , characterized in that only two measuring chords aligned with one another are stretched as reference base between the outer measuring devices , which comprises each a lateral guiding device in order to keep the measuring chords in the track center in the region of the central measuring device during travel in a curve, wherein the outer measuring devices each arranged on an on-track undercarriage or on the machine frame are designed as a measuring platform, comprising each two position measuring sensors 29 directed at each rail 4 and that the central measuring device comprises a measuring transducer for detecting position data of the two measuring chords , and that the position data are fed to an evaluation device connected with the measuring devices in order to determine a longitudinal level for each rail and a versine.
A method for making a fluid flow device, comprising: providing a substrate of porous material, where at least part of the substrate is impregnated with a radiation-sensitive substance in a first state; and applying radiation onto the substrate to change the radiation-sensitive substance from the first state to a second state, to form a backing layer of radiation-sensitive substance in the second state extending through part of the thickness of the substrate, wherein the substrate including the backing layer has greater mechanical strength than the porous material of the substrate; and the backing layer extends over the whole area of a back surface of the substrate. providing a substrate of porous material, where at least part of the substrate is impregnated with a radiation-sensitive substance in a first state; and applying radiation onto the substrate to change the radiation-sensitive substance from the first state to a second state, to form a backing layer of radiation-sensitive substance in the second state extending through part of the thickness of the substrate, wherein the substrate including the backing layer has greater mechanical strength than the porous material of the substrate; and the backing layer extends over the whole area of a back surface of the substrate.
A method comprising: receiving, by an adjustable frequency doubling circuit , a first clock signal having a first clock frequency; using the adjustable frequency doubling circuit , generating a second clock signal having a second clock frequency that is twice the first clock frequency; measuring a duty cycle parameter of the second clock signal, comprising: generating a digitized second clock signal transforming the digitized second clock signal from a time domain to a frequency domain to form a frequency domain second clock signal, measuring a difference between a first frequency bin of the frequency domain second clock signal corresponding to a frequency of the second clock signal and at least one second frequency bin of the frequency domain second clock signal to form the measured duty cycle parameter; using the adjustable frequency doubling circuit, adjusting the duty cycle of the first clock signal or the second clock signal based on the duty cycle parameter. receiving, by an adjustable frequency doubling circuit , a first clock signal having a first clock frequency; using the adjustable frequency doubling circuit , generating a second clock signal having a second clock frequency that is twice the first clock frequency; measuring a duty cycle parameter of the second clock signal, comprising: generating a digitized second clock signal transforming the digitized second clock signal from a time domain to a frequency domain to form a frequency domain second clock signal, measuring a difference between a first frequency bin of the frequency domain second clock signal corresponding to a frequency of the second clock signal and at least one second frequency bin of the frequency domain second clock signal to form the measured duty cycle parameter; generating a digitized second clock signal transforming the digitized second clock signal from a time domain to a frequency domain to form a frequency domain second clock signal, measuring a difference between a first frequency bin of the frequency domain second clock signal corresponding to a frequency of the second clock signal and at least one second frequency bin of the frequency domain second clock signal to form the measured duty cycle parameter; using the adjustable frequency doubling circuit, adjusting the duty cycle of the first clock signal or the second clock signal based on the duty cycle parameter.
Fuel heating device for a fuel injection system of an internal combustion engine, - having a pot-shaped housing , which has a housing interior , an inlet opening for liquid fuel and an outlet opening for liquid fuel, - having a pot-shaped heat exchanger , which is inserted into the housing interior , - having a heating element carrier , which is inserted into the exchanger interior , which on the outside carries at least two flat and even PTC heating elements and which has a contact spring arrangement , which preloads the PTC heating elements against the heat exchanger for the heat transfer and forms a pole for the power supply of the PTC heating elements , - having an exchanger lid for axially closing the exchanger interior , through which a terminal lug of the contact spring arrangement is axially fed through, - having an electrical connection , which is attached to the exchanger lid , via which the fuel heating device can be connected to a power supply and into which the terminal lug projects, - having a housing lid for axially closing the housing , through which the exchanger lid is axially fed through, characterized in - that heat exchanger on the outside has fins for directly transferring heat into the fuel and which on the inside has an exchanger interior , - that the housing lid is screwed to the housing , - that in the housing interior a pot-shaped thermally insulating insulator is additionally arranged, into which the heat exchanger is inserted, which on the outside lies against the housing and which on the inside lies against the heat exchanger . - having a pot-shaped housing , which has a housing interior , an inlet opening for liquid fuel and an outlet opening for liquid fuel, - having a pot-shaped heat exchanger , which is inserted into the housing interior , - having a heating element carrier , which is inserted into the exchanger interior , which on the outside carries at least two flat and even PTC heating elements and which has a contact spring arrangement , which preloads the PTC heating elements against the heat exchanger for the heat transfer and forms a pole for the power supply of the PTC heating elements , - having an exchanger lid for axially closing the exchanger interior , through which a terminal lug of the contact spring arrangement is axially fed through, - having an electrical connection , which is attached to the exchanger lid , via which the fuel heating device can be connected to a power supply and into which the terminal lug projects, - having a housing lid for axially closing the housing , through which the exchanger lid is axially fed through, - that heat exchanger on the outside has fins for directly transferring heat into the fuel and which on the inside has an exchanger interior , - that the housing lid is screwed to the housing , - that in the housing interior a pot-shaped thermally insulating insulator is additionally arranged, into which the heat exchanger is inserted, which on the outside lies against the housing and which on the inside lies against the heat exchanger .
An isostatic breaking strength tester comprising: a tubular pressure container in which a part of a pillar-shaped ceramic honeycomb structure including lattice-shaped partition walls to define a plurality of cells extending from one end face to another end face and a circumferential wall is housed, the tubular pressure container having at least a part of both ends being opened ; a tubular pressurization elastic body disposed inside the pressure container so as to surround an entire circumference of a pressurized portion ; a partial pressurization unit for elastically deforming the pressurization elastic body toward the circumferential wall and applying uniform pressure to the entire circumference of the circumferential wall of the pressurized portion of the ceramic honeycomb structure housed in the pressure container up to a pressure test strength; and a pressure measurement unit for measuring a value of the uniform pressure applied to the circumferential wall by the pressurization elastic body characterized by the tubular pressurization elastic body having a length equal to or less than 1/2 of a length in an axial direction of the circumferential wall of the ceramic honeycomb structure . a tubular pressure container in which a part of a pillar-shaped ceramic honeycomb structure including lattice-shaped partition walls to define a plurality of cells extending from one end face to another end face and a circumferential wall is housed, the tubular pressure container having at least a part of both ends being opened ; a tubular pressurization elastic body disposed inside the pressure container so as to surround an entire circumference of a pressurized portion ; a partial pressurization unit for elastically deforming the pressurization elastic body toward the circumferential wall and applying uniform pressure to the entire circumference of the circumferential wall of the pressurized portion of the ceramic honeycomb structure housed in the pressure container up to a pressure test strength; and a pressure measurement unit for measuring a value of the uniform pressure applied to the circumferential wall by the pressurization elastic body characterized by the tubular pressurization elastic body having a length equal to or less than 1/2 of a length in an axial direction of the circumferential wall of the ceramic honeycomb structure .
Method for operating a cooking appliance , which has a cooking compartment , in which a food support can be positioned in at least two different shelf levels (I, II, III), characterised in that a specific food support type, which is stored in the cooking appliance as previously defined information, is predetermined for a preparation program, and a detection and control device is used to detect whether the predetermined food support type is used as a function of the selected preparation program, and the preparation program is changed as a function of the food support type used, if the food support type used differs from the provided food support type by at least one parameter value of the preparation program being changed.
A multi-stage axial compressor comprising: a flow path having a plurality of compressor stages each including a rotor and a stator downstream of the rotor with respect to a flow direction, the flow path defined between annular inner and outer walls generally converging from an upstream inlet end to a downstream outlet end of the compressor , the inner and outer walls having a smaller radius at the outlet end than at the inlet end ; characterised in that the inner wall is stepped from the inlet end to the outlet end to define a step portion for each of the stages , each step portion including a point (P3) on the inner wall radially aligned with a maximum thickness of an airfoil portion of a blade of the rotor of the stage and a point on the inner wall radially aligned with a maximum thickness of an airfoil portion of a vane (32; 132) of the stator of the stage , and the inner wall has a transition portion shaped as a smooth curve connecting each adjacent ones of the step portions , each transition portion converging radially inwardly from an upstream one of the adjacent step portions to a downstream one of the adjacent step portions , each transition portion having a steeper slope with respect to an axial direction of the compressor than that of the adjacent step portions . a flow path having a plurality of compressor stages each including a rotor and a stator downstream of the rotor with respect to a flow direction, the flow path defined between annular inner and outer walls generally converging from an upstream inlet end to a downstream outlet end of the compressor , the inner and outer walls having a smaller radius at the outlet end than at the inlet end ; characterised in that the inner wall is stepped from the inlet end to the outlet end to define a step portion for each of the stages , each step portion including a point (P3) on the inner wall radially aligned with a maximum thickness of an airfoil portion of a blade of the rotor of the stage and a point on the inner wall radially aligned with a maximum thickness of an airfoil portion of a vane (32; 132) of the stator of the stage , and the inner wall has a transition portion shaped as a smooth curve connecting each adjacent ones of the step portions , each transition portion converging radially inwardly from an upstream one of the adjacent step portions to a downstream one of the adjacent step portions , each transition portion having a steeper slope with respect to an axial direction of the compressor than that of the adjacent step portions .
A one-component epoxy resin adhesive composition comprising: (a) one or more non-rubber-modified epoxy resins; (b) one or more latent epoxy curing agents wherein the one or more latent epoxy curing agents comprises a dicyanamide and one or more urea compounds having one or more urea groups and a molecular weight per urea group of up to 250; (c) one or more toughening agents; and (d) zinc oxide nanoparticles. (a) one or more non-rubber-modified epoxy resins; (b) one or more latent epoxy curing agents wherein the one or more latent epoxy curing agents comprises a dicyanamide and one or more urea compounds having one or more urea groups and a molecular weight per urea group of up to 250; (c) one or more toughening agents; and (d) zinc oxide nanoparticles.
Fixing device for mounting an object on a building , having a shaft with a first end and a second end , the shaft being designed to transfer forces introduced into the fixing device by the object via the building , as well as having a safety catch , characterized in that the safety catch runs along the shaft and is designed to transfer the forces introduced into the fixing device by the object via the building in the event of failure of the shaft , the safety catch having a greater length and/or a smaller cross-sectional area than the shaft .
A method for manufacturing a reflector by 3D printing, the method comprising providing a filament of 3D printable material and printing during a printing stage said 3D printable material , to provide said reflector comprising 3D printed material , wherein the 3D printable material further comprises particles , wherein the particles comprise one or more of glass and mica, wherein the particles have a coating , wherein the coating comprises one or more of a metal coating and a metal oxide coating, and wherein the particles have a longest dimension (A1) having an longest dimension length (L1) selected from the range of 10 μm - 2 mm, and wherein the particles have an aspect ratio of at least 10, wherein the coating comprises a light reflective material, and wherein the 3D printable material comprises a polymeric material which is transparent to visible light.
Arrangement for tractive or longitudinal force introduction in a component which is provided with transverse recesses for fastening bolts , wherein at least one tension bolt , which is provided for introducing force and comprises a first end and a second end, acts on each of the fastening bolts , wherein the or each tension bolt extends in a hole in the component and, at at least one of its first and second ends , has an eye through which an associated fastening bolt extends, wherein the component is a composite component or a fibre-reinforced plastics component.
Control device for an electrosurgical instrument , in particular for a high-frequency sealing instrument, comprising a fixed handle part , a movable handle part , an activation element for activating a current flow, wherein the activation element is adjusted from a deactivation position into at least one activation position when the movable handle part is actuated, and wherein the activation element is adjusted about a pivot point when the movable handle part is actuated, characterized in that the activation element is designed such that a current activated by the activation element flows or can flow through the activation element.
Heat exchanger , in particular for use in a distillation system, having an installation frame and a base unit which is designed as a stack of multiple plates , wherein the plates of the base unit have an embossment for the purpose of forming fluid channels , wherein at least one fluid channel is configured for conducting a fluid between at least two plates , wherein the plates consist of a thermally conductive plastic, wherein at least one plate of the base unit has at least one region with reduced thermal conductivity and at least one region with increased thermal conductivity, characterized in that the plates of the base unit are produced from a thermally conductive polymer with at least one filling material in the form of filler particles, and wherein the thermal conductivity of the regions of the plates of the base unit is set by way of alignment of filler particles and/or by way of a filler-particle density.
A surgical instrument comprising: a hub having a proximal portion and a distal portion, the hub defining a lumen between the proximal and distal portions, wherein the distal portion of the hub includes a sleeve portion configured to rotatably support a rotating member ; said rotating member extending through the hub , the rotating member having a proximal end and a distal end, the proximal end of the rotating member being configured to couple to an external driving mechanism; an impeller coupled to the distal end of the rotating member and configured to accelerate fluid flowing into or out of the lumen ; and an impeller enclosure coupled to the distal portion of the hub and defining an impeller volume around the impeller, wherein one or more openings are defined around the sleeve portion of the hub such that the lumen is in fluid communication with the impeller volume. a hub having a proximal portion and a distal portion, the hub defining a lumen between the proximal and distal portions, wherein the distal portion of the hub includes a sleeve portion configured to rotatably support a rotating member ; said rotating member extending through the hub , the rotating member having a proximal end and a distal end, the proximal end of the rotating member being configured to couple to an external driving mechanism; an impeller coupled to the distal end of the rotating member and configured to accelerate fluid flowing into or out of the lumen ; and an impeller enclosure coupled to the distal portion of the hub and defining an impeller volume around the impeller, wherein one or more openings are defined around the sleeve portion of the hub such that the lumen is in fluid communication with the impeller volume.
Method of operating a hearing device system , wherein according to the method - an information characteristic of an encounter between a hearing device wearer and another person is received, - based on the information, a present or imminent encounter of the hearing device wearer with the other person is inferred, - a background information about the other person is collected from at least one social network , - the background information about the other person is converted into audio data, and - the audio data is presented acoustically to the hearing device wearer by means of the hearing device of the hearing device wearer, wherein an identifier transmitted during a logon of an electronic device , in particular of a mobile device, of the other person to a local network of the hearing device wearer is used as characteristic information for the encounter, or wherein an upcoming event stored in an electronic calendar of the hearing device wearer is used as characteristic information for the encounter. - an information characteristic of an encounter between a hearing device wearer and another person is received, - based on the information, a present or imminent encounter of the hearing device wearer with the other person is inferred, - a background information about the other person is collected from at least one social network , - the background information about the other person is converted into audio data, and - the audio data is presented acoustically to the hearing device wearer by means of the hearing device of the hearing device wearer, wherein an identifier transmitted during a logon of an electronic device , in particular of a mobile device, of the other person to a local network of the hearing device wearer is used as characteristic information for the encounter, or wherein an upcoming event stored in an electronic calendar of the hearing device wearer is used as characteristic information for the encounter. wherein an identifier transmitted during a logon of an electronic device , in particular of a mobile device, of the other person to a local network of the hearing device wearer is used as characteristic information for the encounter, or wherein an upcoming event stored in an electronic calendar of the hearing device wearer is used as characteristic information for the encounter.