mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for mounting and sealing of a cable feedthrough, such as an empty pipe , fed through a wall passage of a building wall provided at and opposite to a building wall, comprising the cable feedthrough, a distribution sleeve surrounding the cable feedthrough, having a bounding body with several passage slits or passage holes for a radial leakage of the hardening substance from an inner side of the distribution sleeve to an outer side, and an annularly surrounding ring gap space formed by ab outer side of the cable feedthrough and an inner side of the distribution sleeve , the radial width of the ring space gap being larger than 0.5 mm and smaller than 5 mm, wherein a distribution channel extending in an axial longitudinal direction of the distribution sleeve being formed at the inner side of the bounding body for feeding through the hardening substance.
An induction heated roll apparatus comprising: a roller main body having a hollow portion; an induction heating mechanism that is provided inside the hollow portion, and that performs induction heating on the roller main body ; and a cooling mechanism that cools the roller main body and/or the induction heating mechanism using a cavity portion (X1) between the roller main body and the induction heating mechanism , wherein the cooling mechanism comprises: an intake aperture that is formed on a first end side in an axial direction of the roller main body and communicates with the cavity portion (X1); a discharge aperture that is formed on a second end side in the axial direction of the roller main body and communicates with the cavity portion (X1); and a suction mechanism that suctions a gas in the cavity portion (X1) through the discharge aperture ; wherein the intake aperture is formed in a first journal flange portion on the first end side in the axial direction of the roller main body ; characterized in that the cooling mechanism further comprises a mist supply mechanism that supplies mist to the intake aperture , wherein the discharge aperture is formed in a second journal flange portion on the second end side in the axial direction of the roller main body . a roller main body having a hollow portion; an induction heating mechanism that is provided inside the hollow portion, and that performs induction heating on the roller main body ; and a cooling mechanism that cools the roller main body and/or the induction heating mechanism using a cavity portion (X1) between the roller main body and the induction heating mechanism , wherein the cooling mechanism comprises: an intake aperture that is formed on a first end side in an axial direction of the roller main body and communicates with the cavity portion (X1); a discharge aperture that is formed on a second end side in the axial direction of the roller main body and communicates with the cavity portion (X1); and a suction mechanism that suctions a gas in the cavity portion (X1) through the discharge aperture ; wherein the intake aperture is formed in a first journal flange portion on the first end side in the axial direction of the roller main body ; an intake aperture that is formed on a first end side in an axial direction of the roller main body and communicates with the cavity portion (X1); a discharge aperture that is formed on a second end side in the axial direction of the roller main body and communicates with the cavity portion (X1); and a suction mechanism that suctions a gas in the cavity portion (X1) through the discharge aperture ; wherein the intake aperture is formed in a first journal flange portion on the first end side in the axial direction of the roller main body ;
A method of forming a cellular slab , comprising: providing two opposing surfaces , with at least one of said surfaces comprising apertures extending therethrough ; providing granules of a melt-stretchable material , wherein said melt-stretchable material comprises a thermoplastic, between said two opposing surfaces , and melting said granules of said melt-stretchable material through applying heat to the granules of said melt-stretchable material such that it forms a uniform viscous molten layer of melted melt-stretchable material that adheres to said two opposing surfaces ; moving at least one of said two opposing surfaces away from the other to stretch said melted melt-stretchable material between said two opposing surfaces such that the melted melt-stretchable material continues to adhere to said two opposing surfaces and retains continuity during stretching and forms cells therebetween, while allowing a fluid to enter said melted melt-stretchable material through said apertures to define voids in said melted melt-stretchable material at locations defined by said apertures ; and solidifying said melted melt-stretchable material to form said cellular slab . providing two opposing surfaces , with at least one of said surfaces comprising apertures extending therethrough ; providing granules of a melt-stretchable material , wherein said melt-stretchable material comprises a thermoplastic, between said two opposing surfaces , and melting said granules of said melt-stretchable material through applying heat to the granules of said melt-stretchable material such that it forms a uniform viscous molten layer of melted melt-stretchable material that adheres to said two opposing surfaces ; moving at least one of said two opposing surfaces away from the other to stretch said melted melt-stretchable material between said two opposing surfaces such that the melted melt-stretchable material continues to adhere to said two opposing surfaces and retains continuity during stretching and forms cells therebetween, while allowing a fluid to enter said melted melt-stretchable material through said apertures to define voids in said melted melt-stretchable material at locations defined by said apertures ; and solidifying said melted melt-stretchable material to form said cellular slab .
A wavelength division multiplexing optical transmission apparatus comprising: a plurality of polarization multiplexing optical modulation means (2-1 ... 2-N) for generating a plurality of polarization multiplexed optical modulation signals having different wavelengths; polarization-maintaining optical multiplexing means for multiplexing the wavelengths of the plurality of polarization multiplexed optical modulation signals to generate a wavelength multiplexed optical signal; and delay adjustment means for adjusting a delay in such a manner that light intensities of polarization multiplexed optical modulation signals having adjacent wavelengths in the wavelength multiplexed optical signal vary inversely with respect to each other, wherein the delay adjustment means is adapted to impart a time shift of T/2 bits between polarization multiplexed optical modulation signals having adjacent wavelengths in the wavelength multiplexed optical signal, and T represents a one-bit time slot at a symbol rate. a plurality of polarization multiplexing optical modulation means (2-1 ... 2-N) for generating a plurality of polarization multiplexed optical modulation signals having different wavelengths; polarization-maintaining optical multiplexing means for multiplexing the wavelengths of the plurality of polarization multiplexed optical modulation signals to generate a wavelength multiplexed optical signal; and delay adjustment means for adjusting a delay in such a manner that light intensities of polarization multiplexed optical modulation signals having adjacent wavelengths in the wavelength multiplexed optical signal vary inversely with respect to each other, wherein the delay adjustment means is adapted to impart a time shift of T/2 bits between polarization multiplexed optical modulation signals having adjacent wavelengths in the wavelength multiplexed optical signal, and T represents a one-bit time slot at a symbol rate.
A process for the processing of crystallized salt mixtures containing kainite, which are kainite/sylvin/halite salt mixtures freshly prepared by crystallization, for the preparation of a kainite concentrate fraction and a residue fraction consisting of the residual minerals present in the solid mixture, by means of a one- or multi-stage flotative separation process, characterized in that the crystallized salt mixture is intensively mixed with a conditioning agent combination consisting of a sulfated fatty acid or its alkali salt as collector reagent and a foaming agent known for flotation in a flotation solution and then separated by mechanical or pneumatic flotation into a kainite concentrate fraction and a residue fraction, wherein 250 to 350 g/t solids of the sulfated fatty acid or alkali salts thereof are used as collectors, and the flotation temperature is 25°C to 80°C. the crystallized salt mixture is intensively mixed with a conditioning agent combination consisting of a sulfated fatty acid or its alkali salt as collector reagent and a foaming agent known for flotation in a flotation solution and then separated by mechanical or pneumatic flotation into a kainite concentrate fraction and a residue fraction, wherein 250 to 350 g/t solids of the sulfated fatty acid or alkali salts thereof are used as collectors, and the flotation temperature is 25°C to 80°C.
A heel-reinforced shoe provided with a heel that comprises: a heel body fixed to a rear portion of a bottom surface of the shoe, and having a groove formed in the bottom surface thereof; and a detachable member including an insertion portion inserted into and fixed to the groove in the heel body, and an upper contact surface formed around the insertion portion to be in close contact with a bottom surface of the heel body, so that the detachable member is replaceable, wherein the shoe further includes a reinforcing frame made of a metal material and interposed between the upper contact surface of the detachable member and the bottom surface of the heel body, the reinforcing frame includes a side cover portion bent to extend downwards from a peripheral edge of the upper contact surface so as to cover a side surface of the detachable member, and the side cover portion is formed to protrude outwards from a side surface of a lower portion of the heel body.
A method for detecting network reliability, comprising: obtaining, by a detection apparatus , a first quantity of data packets comprised in a first packet sent by a first network node to a second network node, said obtaining comprising receiving, by the detection apparatus , second feedback information sent by the first network node, wherein the second feedback information comprises the first quantity of data packets comprised in the first packet; obtaining, by the detection apparatus, first feedback information sent by the second network node, wherein the first feedback information comprises a second quantity of data packets comprised in the first packet received by the second network node; and calculating, by the detection apparatus, communication service availability, CSA, of a network channel from the first network node to the second network node, as a ratio of the second quantity to the first quantity; wherein the first packet is a special packet sent by the first network node to the second network node, the special packet being a packet in a network element and which is used to implement a special function. obtaining, by a detection apparatus , a first quantity of data packets comprised in a first packet sent by a first network node to a second network node, said obtaining comprising receiving, by the detection apparatus , second feedback information sent by the first network node, wherein the second feedback information comprises the first quantity of data packets comprised in the first packet; obtaining, by the detection apparatus, first feedback information sent by the second network node, wherein the first feedback information comprises a second quantity of data packets comprised in the first packet received by the second network node; and calculating, by the detection apparatus, communication service availability, CSA, of a network channel from the first network node to the second network node, as a ratio of the second quantity to the first quantity; wherein the first packet is a special packet sent by the first network node to the second network node, the special packet being a packet in a network element and which is used to implement a special function.
An apparatus comprising: a rim configured to rotate and move; a tire coupled to the rim , wherein the tire when inflated is configured to transfer force to the rim resulting from compressive force acting on a portion of the tire making contact with a road; and an energy harvesting component (110; 112) positioned on the rim , wherein the energy harvesting component (110; 112) is configured to capture a kinetic energy in response to the compressive force acting on the portion of the tire making contact with the road as the rim rotates, characterized in that the energy harvesting component (110; 112) is positioned between a bead area of the tire and the rim , and wherein the energy harvesting component (110; 112) generates energy resulting from the compressive force acting on the bead area of the tire . a rim configured to rotate and move; a tire coupled to the rim , wherein the tire when inflated is configured to transfer force to the rim resulting from compressive force acting on a portion of the tire making contact with a road; and an energy harvesting component (110; 112) positioned on the rim , wherein the energy harvesting component (110; 112) is configured to capture a kinetic energy in response to the compressive force acting on the portion of the tire making contact with the road as the rim rotates, characterized in that the energy harvesting component (110; 112) is positioned between a bead area of the tire and the rim , and wherein the energy harvesting component (110; 112) generates energy resulting from the compressive force acting on the bead area of the tire .
A wearable ring device for treating hand tremors by electrically stimulating one or more sensory nerves on a finger of a patient's hand, the device comprising: an annular member defining an aperture that is sized to receive a finger of the patient; a first electrode , a second electrode , and a third electrode housed on an inside surface of the annular member and configured to be in contact with the patient's skin when worn on the finger; and a stimulation unit that is configured to connect to the annular member, wherein when the unit is connected to the annular member the unit is in electrical communication to the first electrode, the second electrode, and the third electrode, wherein the unit houses a power source and a pulse generator configured to deliver pulsed electrical stimulation to the one or more sensory nerves in the finger, characterised in that the first electrode is configured to be positioned on the dorsal side of the first finger, the second electrode is configured to be positioned on the palmar side of the first finger, and the third electrode is a circumferential electrode configured to be positioned circumferentially on the inside surface of the annular member and proximal of first and second electrodes. an annular member defining an aperture that is sized to receive a finger of the patient; a first electrode , a second electrode , and a third electrode housed on an inside surface of the annular member and configured to be in contact with the patient's skin when worn on the finger; and a stimulation unit that is configured to connect to the annular member, wherein when the unit is connected to the annular member the unit is in electrical communication to the first electrode, the second electrode, and the third electrode, wherein the unit houses a power source and a pulse generator configured to deliver pulsed electrical stimulation to the one or more sensory nerves in the finger, characterised in that the first electrode is configured to be positioned on the dorsal side of the first finger, the second electrode is configured to be positioned on the palmar side of the first finger, and the third electrode is a circumferential electrode configured to be positioned circumferentially on the inside surface of the annular member and proximal of first and second electrodes.
An aerosol-forming article comprising an aerosol-forming substrate dosed with a coating of flavourant, wherein the aerosol-forming substrate is a slurry-type reconstituted plant material, and wherein the flavourant content is up to 20 % by weight of the aerosol-forming substrate.
An elastomeric tape having an enhanced stretch characteristic along a longitudinal axis of the elastomeric tape that bisects the tape, the elastomeric tape comprising: a first surface ; a second surface opposite the first surface; a first side having a shape configuration comprising a first series of alternating peaks and troughs ; and a second side having a shape configuration comprising a second series of alternating peaks and troughs, wherein a peak on the second side is aligned across a width of the elastomeric tape with a trough on the first side, and a trough on the second side is aligned across the width of the elastomeric tape with a peak on the first side, characterized in that , when in a non-stretched state, the distance measured from the apex of a trough on the first side to the apex of a trough on the second side in a direction perpendicular to the longitudinal axis is greater than or equal to 3 mm. a first surface ; a second surface opposite the first surface; a first side having a shape configuration comprising a first series of alternating peaks and troughs ; and a second side having a shape configuration comprising a second series of alternating peaks and troughs, wherein a peak on the second side is aligned across a width of the elastomeric tape with a trough on the first side, and a trough on the second side is aligned across the width of the elastomeric tape with a peak on the first side, characterized in that , when in a non-stretched state, the distance measured from the apex of a trough on the first side to the apex of a trough on the second side in a direction perpendicular to the longitudinal axis is greater than or equal to 3 mm.
A structural assembly for use in construction of a waist band of a harness, the structural assembly comprising two primary load-bearing elements and a semi-loadbearing flexible substrate sheet , wherein each primary load-bearing element is formed from elongate, flexible textile webbing that extends that passes through multiple apertures (134 ... 158) in the sheet to form a woven structure with the sheet, characterised in that lengths of the two primary load-bearing elements extend from a centre line (C) of the sheet upon one another and form a structure having three or more layers including the sheet
A method for detecting a presence of a quaternary ammonium compound disinfectant on a surface, the method comprising: obtaining a sample from the surface by extraction with an extraction composition comprising water, and at least one of a C1-C7 alcohol or a glycol ether, wherein the extraction composition facilitates extraction of a quaternary ammonium compound on a testing surface; contacting the sample with an indicator composition comprising an azo dye material and water, in the presence of an acidic compound configured to suppress a potential false-positive color change as a potential pH-driven side reaction; and visually observing whether a color change result occurs within the indicator composition thereby indicating the existence or the absence of the quaternary ammonium compound disinfectant on the surface. obtaining a sample from the surface by extraction with an extraction composition comprising water, and at least one of a C1-C7 alcohol or a glycol ether, wherein the extraction composition facilitates extraction of a quaternary ammonium compound on a testing surface; contacting the sample with an indicator composition comprising an azo dye material and water, in the presence of an acidic compound configured to suppress a potential false-positive color change as a potential pH-driven side reaction; and visually observing whether a color change result occurs within the indicator composition thereby indicating the existence or the absence of the quaternary ammonium compound disinfectant on the surface.
A modular computing system for performing computation of application programs, the modular computing system including different modules , each module including a plurality of nodes , the modular computing system further includes a modular computing abstraction layer to allow an application layer to access resources of the system, the modular computing abstraction layer being distributed across the nodes and providing intra- and inter-module communication and a management function for the nodes of the different modules, as well as a management function for the modules, processes and resources, characterized in that the modular computing abstraction layer includes node managers implemented on each node, wherein the node managers each maintain a set of information about a status of each node and each interconnect between the nodes, and the node managers exchange information by communicating with each other via an administration network , and wherein resources are assignable to the nodes using the set of information to dynamically adjust an operation of the system, a feedback loop registering a system wide impact of assignment decisions.
Method for joining a first sheet-like component with a second sheet-like component by means of electrical resistance welding, wherein the components are joined via at least one intermediate layer made of thermoplastic material, and wherein an electrical welding current Is for the electrical resistance welding of the first sheet-like component and the second sheet-like component is produced, comprising the steps of: - melting the intermediate layer by means of heat input into the first and/or second component at a joint , - displacing the intermediate layer in the region of the joint by application of a pressing force to the components in the region of the joint , - establishing electrical contact between the first and second components in the region of the joint , - registering the contacting of the first and second sheet-like components by applying a test voltage U P between them and/or introducing a test current I P into the first and second sheet-like components , - determining a change and/or development of the test voltage U P and/or the test current I P and producing the welding current I P as a function of the change and/or the development, - materially joining the first and second components by melting the first and/or second component(s) or adhering the first and second components to produce a handling connection in the region of the joint . - melting the intermediate layer by means of heat input into the first and/or second component at a joint , - displacing the intermediate layer in the region of the joint by application of a pressing force to the components in the region of the joint , - establishing electrical contact between the first and second components in the region of the joint , - registering the contacting of the first and second sheet-like components by applying a test voltage U P between them and/or introducing a test current I P into the first and second sheet-like components , - determining a change and/or development of the test voltage U P and/or the test current I P and producing the welding current I P as a function of the change and/or the development, - materially joining the first and second components by melting the first and/or second component(s) or adhering the first and second components to produce a handling connection in the region of the joint .
A composition, comprising: at least one medium chain fatty acid or ester thereof; and at least one beta-hydroxybutyrate salt. at least one medium chain fatty acid or ester thereof; and at least one beta-hydroxybutyrate salt.