mhurhangee/ep-ind-claims huggingface dataset:
A vehicle (100, 300) comprising: a first rotatable frame (104, 304) comprising a first wheel assembly (112, 312) and a second wheel assembly (114, 314); a second rotatable frame (106, 306) comprising a third wheel assembly (116, 316) and a fourth wheel assembly (118, 318); a base frame (102, 302) configured to support a weight-bearing load; characterized in that the vehicle (100, 300) further comprises an axle member (120, 320) which engages the first rotatable frame (104, 304), the second rotatable frame (106, 306), and the base frame (102, 302), wherein the first rotatable frame (104, 304) is rotatable about the axle member (120, 320) relative to the base frame (102, 302) and independent of the second rotatable frame (106, 306), and the second rotatable frame (106, 306) is rotatable about the axle member (120, 320) relative to the base frame (102, 302) and independent of the first rotatable frame (104, 304). a first rotatable frame (104, 304) comprising a first wheel assembly (112, 312) and a second wheel assembly (114, 314); a second rotatable frame (106, 306) comprising a third wheel assembly (116, 316) and a fourth wheel assembly (118, 318); a base frame (102, 302) configured to support a weight-bearing load; characterized in that the vehicle (100, 300) further comprises an axle member (120, 320) which engages the first rotatable frame (104, 304), the second rotatable frame (106, 306), and the base frame (102, 302), wherein the first rotatable frame (104, 304) is rotatable about the axle member (120, 320) relative to the base frame (102, 302) and independent of the second rotatable frame (106, 306), and the second rotatable frame (106, 306) is rotatable about the axle member (120, 320) relative to the base frame (102, 302) and independent of the first rotatable frame (104, 304).
A mounted hollow-core fibre arrangement comprising: a hollow-core photonic crystal fibre (202, OF) having a microstructure comprising a single ring structure with a plurality of capillaries (203, 210, CAP) surrounding the hollow core (201, HC); and a mount arrangement comprising a plurality of mounting contacts configured to apply a force to an outer layer of the hollow-core fibre (202, OF); wherein a portion of the hollow-core fibre (202, OF) is located in a receiving region of the mount arrangement; the plurality of mounting contacts are positioned equispaced around the receiving region; and the mounting contacts are distributed around the receiving region and spaced apart by N equispaced degree intervals, the distribution of the mounting contacts matching a distribution of the capillaries of the microstructure of the hollow-core fibre (202, OF) which are spaced apart by N or 2N equispaced degree intervals,. a hollow-core photonic crystal fibre (202, OF) having a microstructure comprising a single ring structure with a plurality of capillaries (203, 210, CAP) surrounding the hollow core (201, HC); and a mount arrangement comprising a plurality of mounting contacts configured to apply a force to an outer layer of the hollow-core fibre (202, OF); a portion of the hollow-core fibre (202, OF) is located in a receiving region of the mount arrangement; the plurality of mounting contacts are positioned equispaced around the receiving region; and the mounting contacts are distributed around the receiving region and spaced apart by N equispaced degree intervals, the distribution of the mounting contacts matching a distribution of the capillaries of the microstructure of the hollow-core fibre (202, OF) which are spaced apart by N or 2N equispaced degree intervals,.
A curable film-forming composition comprising: (a) a polymeric binder comprising reactive functional groups; (b) a curing agent comprising functional groups that are reactive with the reactive functional groups of (a); and (c) a polysiloxane resin comprising aromatic functional groups and terminal active hydrogen groups, wherein the polysiloxane resin (c) comprises urethane, amide and/or ether linkages. (a) a polymeric binder comprising reactive functional groups; (b) a curing agent comprising functional groups that are reactive with the reactive functional groups of (a); and (c) a polysiloxane resin comprising aromatic functional groups and terminal active hydrogen groups, wherein the polysiloxane resin (c) comprises urethane, amide and/or ether linkages.
Method for the conveyance, cooling and energy recuperation of hot material from a combustion boiler of a combustion plant, comprising at least the following steps: a) issue of the hot material from a material issue orifice of a combustion boiler into a capture region of a housing, a conveyor belt being arranged in the housing, b) conveyance of the hot material through a cooling region in the housing, c) cooling of the hot material by means of a cooling-air stream moving in the opposite direction to the material in the cooling region, and optionally, in the capture region or in the material issue orifice, d) removal by a cooling-air shaft of at least part of the heated cooling-air stream out of a region of the cooling region adjacent to the capture region of the housing, e) delivery by said cooling-air shaft of the removed cooling-air stream to at least one region (12, 13), carrying combustion exhaust gases of the combustion plant, said cooling-air shaft having only one entrance. characterized by the cooling-air shaft having a plurality of exits, connectable variably towards various regions (12, 13) of the combustion plant which carry exhaust gas. a) issue of the hot material from a material issue orifice of a combustion boiler into a capture region of a housing, a conveyor belt being arranged in the housing, b) conveyance of the hot material through a cooling region in the housing, c) cooling of the hot material by means of a cooling-air stream moving in the opposite direction to the material in the cooling region, and optionally, in the capture region or in the material issue orifice, d) removal by a cooling-air shaft of at least part of the heated cooling-air stream out of a region of the cooling region adjacent to the capture region of the housing, e) delivery by said cooling-air shaft of the removed cooling-air stream to at least one region (12, 13), carrying combustion exhaust gases of the combustion plant, said cooling-air shaft having only one entrance.
A light grid for detecting objects and/or persons within a monitored zone or within a protected field, having a transmission unit with light transmitters emitting light beams, having a reception unit with light receivers receiving light beams, and having a control and evaluation unit in which object determination signals are generated in dependence on received signals at the outputs of the light receivers, wherein the light transmitters and the light receivers are each arranged equidistantly, with the light transmitters and the light receivers forming a first resolution of the light grid, wherein the first resolution is active in a first zone of the light grid and the light transmitters and the light receivers in a second zone of the light grid having a second resolution can be set by the control and evaluation unit, with the second resolution being a lower resolution than the first resolution, characterized in that respective object determination signals are formed in the control and evaluation unit for respective zones having different resolutions and said object determination signals can be output via a data interface, a fieldbus, or over Ethernet.
A fastener assembly comprising: a tubular boss having a cylindrical opening and at least one column formed therein; and a fastener for use in connection with the tubular boss, the fastener comprising: a shaft configured for insertion into the tubular boss; at least one rib formed along the length of the shaft; at least one thread segment extending partially around the shaft from the at least one rib; and characterized in that the shaft can be inserted into the boss in a first position and rotated to a second position such that the at least one threaded segment engages the at least one column by forming a thread in the at least one column. a tubular boss having a cylindrical opening and at least one column formed therein; and a fastener for use in connection with the tubular boss, the fastener comprising: a shaft configured for insertion into the tubular boss; at least one rib formed along the length of the shaft; at least one thread segment extending partially around the shaft from the at least one rib; and characterized in that the shaft can be inserted into the boss in a first position and rotated to a second position such that the at least one threaded segment engages the at least one column by forming a thread in the at least one column. a shaft configured for insertion into the tubular boss; at least one rib formed along the length of the shaft; at least one thread segment extending partially around the shaft from the at least one rib; and characterized in that the shaft can be inserted into the boss in a first position and rotated to a second position such that the at least one threaded segment engages the at least one column by forming a thread in the at least one column.
An intraoral flexible mouthpiece (10; 110) comprising: a hollow dome portion comprising a peripheral proximal edge and a distal portion, wherein said hollow dome portion extends distally from said peripheral proximal edge to said distal portion, and wherein said hollow dome portion comprises a central orifice located at the distal portion of said hollow dome portion; a peripheral flexible sheet flange attached along said dome portion peripheral proximal edge; a tube attached to said central orifice and extending distally therefrom; wherein said peripheral flexible sheet flange is configured to be placed in the mouth between the teeth and gums on one side and the lips and cheeks on the other side, and wherein the hollow dome portion is configured to protrude distally out of the mouth. a hollow dome portion comprising a peripheral proximal edge and a distal portion, wherein said hollow dome portion extends distally from said peripheral proximal edge to said distal portion, and wherein said hollow dome portion comprises a central orifice located at the distal portion of said hollow dome portion; a peripheral flexible sheet flange attached along said dome portion peripheral proximal edge; a tube attached to said central orifice and extending distally therefrom; wherein said peripheral flexible sheet flange is configured to be placed in the mouth between the teeth and gums on one side and the lips and cheeks on the other side, and wherein the hollow dome portion is configured to protrude distally out of the mouth.
A process for converting a carbonaceous material to a Fischer-Tropsch product, the carbonaceous material being selected from biomass, solid-waste, or a mixture thereof, the process comprising: gasifying the carbonaceous material in a gasifier at a temperature of at least 700°C to form synthesis gas, the synthesis gas flowing out of the gasifier comprising CO, H 2, water, CO 2, particulate solids, and contaminants; removing water, CO 2, particulate solids and contaminants from the synthesis gas; cooling the synthesis gas in one or more heat exchangers prior to step; adding an additional amount of H 2 to the synthesis gas prior to step to give synthesis gas having a molar ratio of H 2 to CO in the range from 1.5 to 2.5; and flowing the synthesis gas in a microchannel reactor in contact with a Fischer-Tropsch catalyst to convert the synthesis gas to the Fischer-Tropsch product. gasifying the carbonaceous material in a gasifier at a temperature of at least 700°C to form synthesis gas, the synthesis gas flowing out of the gasifier comprising CO, H 2, water, CO 2, particulate solids, and contaminants; removing water, CO 2, particulate solids and contaminants from the synthesis gas; cooling the synthesis gas in one or more heat exchangers prior to step; adding an additional amount of H 2 to the synthesis gas prior to step to give synthesis gas having a molar ratio of H 2 to CO in the range from 1.5 to 2.5; and removing water, CO 2, particulate solids and contaminants from the synthesis gas; cooling the synthesis gas in one or more heat exchangers prior to step; adding an additional amount of H 2 to the synthesis gas prior to step to give synthesis gas having a molar ratio of H 2 to CO in the range from 1.5 to 2.5; and flowing the synthesis gas in a microchannel reactor in contact with a Fischer-Tropsch catalyst to convert the synthesis gas to the Fischer-Tropsch product.
A phase shifter, comprising an arc conductor component and a coupling arm component that is swingably disposed along the arc conductor component, wherein the arc conductor component comprises: a first arc conductor and a second arc conductor that are concentrically disposed, wherein a radius of the first arc conductor is smaller than that of the second arc conductor; the coupling arm component comprises a first coupling arm and a second coupling arm that are disposed in a spatially isolated manner; a first end of the first coupling arm laps over the first arc conductor, and a second end of the first coupling arm is an input end for inputting a signal; a first end of the second coupling arm laps over the first arc conductor, and a second end of the second coupling arm laps over the second arc conductor; and the first coupling arm and the second coupling arm lap over the first arc conductor at different positions, and a capacitive coupling electrical connection is formed at a lapping position between each coupling arm and each arc conductor; wherein an input signal is coupled to the first arc conductor through the first coupling arm, then coupled from the first arc conductor to the second coupling arm, and finally coupled from the second coupling arm to the second arc conductor; wherein the arc conductor component is disposed on a first substrate, and the coupling arm component is disposed on a second substrate; and wherein the first substrate and the second substrate are connected through a pivot that is located at the center position of the first arc conductor, and the coupling arm component is adapted to swing along the arc conductor through the pivot. a first arc conductor and a second arc conductor that are concentrically disposed, wherein a radius of the first arc conductor is smaller than that of the second arc conductor; the coupling arm component comprises a first coupling arm and a second coupling arm that are disposed in a spatially isolated manner; a first end of the first coupling arm laps over the first arc conductor, and a second end of the first coupling arm is an input end for inputting a signal; a first end of the second coupling arm laps over the first arc conductor, and a second end of the second coupling arm laps over the second arc conductor; and the first coupling arm and the second coupling arm lap over the first arc conductor at different positions, and a capacitive coupling electrical connection is formed at a lapping position between each coupling arm and each arc conductor; wherein an input signal is coupled to the first arc conductor through the first coupling arm, then coupled from the first arc conductor to the second coupling arm, and finally coupled from the second coupling arm to the second arc conductor; wherein the arc conductor component is disposed on a first substrate, and the coupling arm component is disposed on a second substrate; and wherein the first substrate and the second substrate are connected through a pivot that is located at the center position of the first arc conductor, and the coupling arm component is adapted to swing along the arc conductor through the pivot.
Plug connection assembly for moisture-protected electrical plug connections, comprising at least one plug and a conduit cable, wherein the plug comprises a main body, from the back of which the conduit cable leads out, and into which a contact carrier is form-fittingly inserted, which contact carrier accommodates electrical contacts that are connected to the conduit cable, wherein the main body comprising a fastening flange on the front thereof, which fastening flange comprises a rigid contact region for contacting a socket, is provided with threaded recesses, and wherein a resilient sealing element consisting of a surface seal, which protrudes slightly when the contact region is in the unconnected state, and of a raised shaped seal, which is formed by a sub-surface of the surface seal and projects forwards and extends around the electrical contacts, is arranged on the fastening flange, and wherein the contact carrier comprises at least one opening in the front thereof for filling a casting compound into a cavity in the main body, and the plug comprises a seal on the back thereof in the outlet region of the conduit cable out of the main body.
Screen-based vehicle operating system having a control device consisting of at least one screen and at least one mechanical operating element mounted in a rotatable manner in respect of a stationary housing, whereby the mechanical operating element is arranged in such a fashion that it partially projects into the display field of the screen where it partially conceals the same, characterised in that the mechanical operating element is designed as a rotating ring which is inset into the housing on a first portion of its circumference in the axial direction and which protrudes completely out of the housing with a second portion (3") of its circumference and extends with this portion (3") at least section-wise to above the surface of the screen so that the display area of the screen can be utilised in the "interior" of the rotating ring for display and/or operating purposes.
A method for fixing an attached component made of plastic, such as a trim to a portion of a molding fixed to the periphery of a glazing, said attached component having a rear face comprising fixing means for fixing it to said molding, characterized in that said rear face comprises several appendages (22, 22') each of which enters a hole (10, 10') created in said molding and which is open at its two ends onto two opposite faces of said molding, the distal end (23, 23') of each appendage projecting beyond a rear face of said molding delimiting the hole (10, 10') and in that said distal end (23, 23') of each appendage is deformed by temporary softening, preferably through the application of ultrasound, to come into contact with said rear face of said molding at the periphery of the hole (10, 10') and preferably around the entire periphery of the hole (10, 10'), such that said softening is performed by applying ultrasound in the frequency range from 25 to 70 kHz, and preferably in the frequency range from 30 to 35 kHz.
A computer-executable method, the method comprising: generating, at a local node of a Content-Centric Network, CCN, an advertisement of a content object, the advertisement comprising a name of a content object of a local node, wherein the name is a hierarchical structural variable length identifier and represents a collection of content objects at the local node, wherein the includes a first hash, wherein the first hash is a hash generated based on a cryptographic identity of the local node; wherein the first hash is a hash of one or more segments of a segmented manifest, said manifest representing the collection of content objects and the first hash being in a distinct field of interest and not incorporated in the name; transmitting, by the local node, said advertisement to a remote node of the CCN; and transmitting, by the local node, the advertised content object upon receiving a request for the advertised content object based on the name in a data interest from the remote node. generating, at a local node of a Content-Centric Network, CCN, an advertisement of a content object, the advertisement comprising a name of a content object of a local node, wherein the name is a hierarchical structural variable length identifier and represents a collection of content objects at the local node, wherein the includes a first hash, wherein the first hash is a hash generated based on a cryptographic identity of the local node; wherein the first hash is a hash of one or more segments of a segmented manifest, said manifest representing the collection of content objects and the first hash being in a distinct field of interest and not incorporated in the name; transmitting, by the local node, said advertisement to a remote node of the CCN; and transmitting, by the local node, the advertised content object upon receiving a request for the advertised content object based on the name in a data interest from the remote node.
A calorimeter for measuring millikelvin (mK) changes in temperature and comprising; a graphite core providing a predetermined absorption cross-section to a predetermined radiation type; a jacket surrounding the core to provide thermal isolation of the core from the ambient environment; a first thermal barrier disposed between the core and jacket; and a temperature dependent resistor thermally coupled to the core, characterised in that the first thermal barrier is a first thermal barrier material and is an aerogel.
A connector for installing an assistive device to a wearable device, the connector comprising: a first magnetic connecting component; and a second magnetic connecting component detachably connected to the first magnetic connecting component by magnetic attraction; wherein the connector further comprises a locking component, wherein when the first magnetic connecting component and the second magnetic connecting component are connected to each other by attraction, the locking component can prevent, by means of form-fit with the second magnetic connecting component, the second magnetic connecting component from moving relative to the first magnetic connecting component in at least one direction perpendicular to a direction of magnetic attraction; characterized in that, wherein the locking component only allows, by means of form-fit with the second magnetic connecting component, the second magnetic connecting component to move a first distance in a direction parallel to the direction of magnetic attraction; and wherein the second magnetic connecting component has a recess that accommodates at least a portion of the first magnetic connecting component in a form-fit manner, with the depth of the first magnetic connecting component entering the recess in the direction of magnetic attraction being less than the first distance. a first magnetic connecting component; and a second magnetic connecting component detachably connected to the first magnetic connecting component by magnetic attraction; wherein the connector further comprises a locking component, wherein when the first magnetic connecting component and the second magnetic connecting component are connected to each other by attraction, the locking component can prevent, by means of form-fit with the second magnetic connecting component, the second magnetic connecting component from moving relative to the first magnetic connecting component in at least one direction perpendicular to a direction of magnetic attraction; characterized in that, wherein the locking component only allows, by means of form-fit with the second magnetic connecting component, the second magnetic connecting component to move a first distance in a direction parallel to the direction of magnetic attraction; and wherein the second magnetic connecting component has a recess that accommodates at least a portion of the first magnetic connecting component in a form-fit manner, with the depth of the first magnetic connecting component entering the recess in the direction of magnetic attraction being less than the first distance.