mhurhangee/patent-ind-claim-en huggingface dataset:
A thermoelectric coating, the functioning of which is based on the Seebeck effect, having a thermoelectric layer with semiconductor elements 'p' and 'n', where the semiconductor elements of the thermoelectric layer are formed into semiconductor sub-layers 'p' and 'n' which do not contact each other, the thickness (d 1 ) of which ranges from 1 μm to 10 μm, where the sub-layers are interconnected in series with layered conducting elements fitted with connection ends to evacuate the generated electric energy, where the thermoelectric layer is insulated on conducting elements with layers of electrical insulator comprising inorganic oxides, and the total thickness of the coating is 50 μm or less, characterised in that a first layer is the homogenous and continuous in structure electrical insulator layer , on which there is a first layer of the conducting element with the thickness (d 2 ) within the range from 1μm to 5μm, on which there are alternating semiconductor sub-layers 'p', 'n' of the thermoelectric layer where the width (s) of each semiconductor sub-layer 'p', 'n' ranges from 0.1 mm to 2 mm, on which there is a second layer of the conducting element with the thickness (d 2 ) within the range from 1 μm to 5 μm, on which there is a second layer of the homogenous and continuous in structure electrical insulator layer , the said electrical insulator layers comprise MgO, the said conducting element layers are made of copper.
Catheter for directionally conducting a body fluid, in particular blood, comprising: - a line portion having an inner volume ; - a pump chamber portion ; - a first opening which connects the inner volume to an exterior (X); - a second opening which is arranged distally from the first opening and connects the inner volume to the exterior (X); - a third opening , wherein the pump chamber portion comprises a pump chamber , a balloon is arranged in the pump chamber and a line for an auxiliary fluid for inflating the balloon is connected to the balloon , and the line for the auxiliary fluid extends through the third opening outward and can be connected to a pump such that, when the catheter is in operation, the body fluid is directionally conducted in a pulsatile manner in the inner volume between the first and the second opening , the line portion comprises a film tube having a reinforcement extending within the film tube , and wherein the film tube has a foldable portion , a connecting region in which the film tube is connected to the reinforcement , and a stabilized portion having a structure . - a line portion having an inner volume ; - a pump chamber portion ; - a first opening which connects the inner volume to an exterior (X); - a second opening which is arranged distally from the first opening and connects the inner volume to the exterior (X); - a third opening ,
Removable rocker switch unit comprising • a housing having a first end and a second end ; • a rocker switch having an ON- and an OFF-position removably fixed to the first end of the housing , said rocker switch having two pairs of connector elements on the back side, wherein one pair of connector elements can be connected by switching the rocker switch to the ON-position; • said second end of said housing having a height smaller than the heights of the first end and providing two chambers, each chamber for each phase of said rocker switch comprising a first connection element connected to one connector element of said rocker switch and a second connection element for connecting the rocker switch unit with an external element; • said first connection element and said second connection element in each chamber arranged to be connected by a fuse , a current limiter or a series connection of a fuse and a current limiter , and/or the connection elements of said two different phases are arranged to be connected by a varistor ; • said first end of said housing below said chamber being closed by a wall, said wall providing slits for said connector elements of the rocker switch protruding from the rocker switch unit for connecting the rocker switch unit with the external element. • a housing having a first end and a second end ; • a rocker switch having an ON- and an OFF-position removably fixed to the first end of the housing , said rocker switch having two pairs of connector elements on the back side, wherein one pair of connector elements can be connected by switching the rocker switch to the ON-position; • said second end of said housing having a height smaller than the heights of the first end and providing two chambers, each chamber for each phase of said rocker switch comprising a first connection element connected to one connector element of said rocker switch and a second connection element for connecting the rocker switch unit with an external element; • said first connection element and said second connection element in each chamber arranged to be connected by a fuse , a current limiter or a series connection of a fuse and a current limiter , and/or the connection elements of said two different phases are arranged to be connected by a varistor ; • said first end of said housing below said chamber being closed by a wall, said wall providing slits for said connector elements of the rocker switch protruding from the rocker switch unit for connecting the rocker switch unit with the external element.
A method of preparing a branched polymer comprising the free radical polymerisation of one or more multivinyl monomer and optionally one or more monovinyl monomer in the presence of one or more chain transfer agent, using a source of radicals; wherein the extent of propagation is controlled relative to the extent of chain transfer to prevent gelation of the polymer; wherein at least 1 equivalent of chain transfer agent is used related to multivinyl monomer; wherein, if not only one or more multivinyl monomer but also one or more monovinyl monomer is incorporated, 40% or more of the vinyl monomers used are multivinyl monomers; and wherein the conversion of double bond functionality to saturated carbon-carbon bonds in the polymer is 80% or more.
Method for checking a tyre , comprising: - providing a tyre to be checked; - associating a first light source and a second light source , able to be activated independently, with a camera ; - applying a first force against a first surface portion of said tyre so as to generate a first deformed surface portion; - illuminating said first deformed surface portion of said tyre with a first light radiation emitted by said first light source ; - keeping said second light source inactive during said deformation; - acquiring a first image of said first deformed surface portion illuminated by said first light radiation through said camera ; - removing said first force from said first surface portion of said tyre; - selecting a second surface portion at least partially distinct from said first surface portion of said tyre; - illuminating said second undeformed surface portion of said tyre with a second light radiation emitted by said second light source ; - acquiring a second image of said second undeformed surface portion illuminated by said second light radiation through said camera ; and - processing said first image and said second image, so as to detect possible defects in said first surface portion and in said second surface portion of said tyre, wherein illuminating with a first light radiation comprises illuminating said deformed first surface portion with a diffused first light radiation and illuminating with a second light radiation comprises illuminating said second surface portion with a grazing light radiation. - providing a tyre to be checked; - associating a first light source and a second light source , able to be activated independently, with a camera ; - applying a first force against a first surface portion of said tyre so as to generate a first deformed surface portion; - illuminating said first deformed surface portion of said tyre with a first light radiation emitted by said first light source ; - keeping said second light source inactive during said deformation; - acquiring a first image of said first deformed surface portion illuminated by said first light radiation through said camera ; - removing said first force from said first surface portion of said tyre; - selecting a second surface portion at least partially distinct from said first surface portion of said tyre; - illuminating said second undeformed surface portion of said tyre with a second light radiation emitted by said second light source ; - acquiring a second image of said second undeformed surface portion illuminated by said second light radiation through said camera ; and - processing said first image and said second image, so as to detect possible defects in said first surface portion and in said second surface portion of said tyre,
A method performed by a 3rd Generation Partnership Project, 3GPP, infrastructure node for handling a user equipment, UE, , requesting access to a service via an untrusted non-3GPP network , characterized in that the method comprises : checking (step 1101) if trusted 3GPP network location information associated with the UE is available to the 3GPP infrastructure node from a subscriber database , or if the available trusted 3GPP network location information is obsolete; determining (step 1102) to use untrusted non-3GPP network location information previously received from the 3GPP AAA server or to derive the untrusted non-3GPP network location information at the 3GPP infrastructure node, if the trusted 3GPP network location information is unavailable or obsolete; and determining (step 1103) if the UE is allowed or barred to access the service via the untrusted non-3GPP network, based on the received or derived untrusted non-3GPP network location information. checking (step 1101) if trusted 3GPP network location information associated with the UE is available to the 3GPP infrastructure node from a subscriber database , or if the available trusted 3GPP network location information is obsolete; determining (step 1102) to use untrusted non-3GPP network location information previously received from the 3GPP AAA server or to derive the untrusted non-3GPP network location information at the 3GPP infrastructure node, if the trusted 3GPP network location information is unavailable or obsolete; and determining (step 1103) if the UE is allowed or barred to access the service via the untrusted non-3GPP network, based on the received or derived untrusted non-3GPP network location information.
A two-part composition for a thermal interface material comprising: i) a first part comprising at least a) a prepolymer including two or more carbamate groups; ii) a second part comprising at least: b) one or more polyamine compounds capable of a reaction with the prepolymer; wherein the composition includes: c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and wherein the prepolymer is formed by blocking one or more of the isocyanate groups of an aromatic polyisocyanate prepolymer with a phenol group of a blocking compound. i) a first part comprising at least a) a prepolymer including two or more carbamate groups; a) a prepolymer including two or more carbamate groups; ii) a second part comprising at least: b) one or more polyamine compounds capable of a reaction with the prepolymer; wherein the composition includes: c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and wherein the prepolymer is formed by blocking one or more of the isocyanate groups of an aromatic polyisocyanate prepolymer with a phenol group of a blocking compound. wherein the composition includes: c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and c) one or more catalysts for catalyzing the reaction between the prepolymer and the polyamine compounds; and d) 50 weight percent or more of one or more thermally conductive fillers, based on the total weight of the two-part composition, and wherein the prepolymer is formed by blocking one or more of the isocyanate groups of an aromatic polyisocyanate prepolymer with a phenol group of a blocking compound.
A rotary compressor configured to suck in refrigerant gas from a low pressure side of a refrigeration cycle, compress the refrigerant gas, and discharge the refrigerant gas to a high pressure side of the refrigeration cycle, the rotary compressor comprising: - a compressor housing ; - a first compressing unit in the compressor housing ; - a second compressing unit in the compressor housing , the first compressing unit and the second compressing unit being arranged one on top of another; and - a partition board between the first compressing unit and the second compressing unit , wherein the partition board is provided with a vertical hole that is communicated with the first compressing unit and the second compressing unit , and a horizontal hole that is communicated with the vertical hole , and an injection copper tube to inject a refrigerant liquid to the first compressing unit and the second compressing unit is inserted in the horizontal hole , a front end of the injection copper tube is inserted in the horizontal hole , a columnar injection liner having an aperture and an outer diameter larger than an inner diameter of the injection copper tube inserted into the injection copper tube from a back end and pressed up to the front end , thereby increasing a diameter of the front end of the injection copper tube , which is inserted in the horizontal hole , such that the injection copper tube is tight fit in the horizontal hole , wherein the horizontal hole is communicated with the vertical hole via a horizontal communication hole narrower than the horizontal hole , characterized in that an end face of the front end of the injection copper tube and an end face of the columnar injection liner come in contact with an end surface in the horizontal hole having the horizontal communication hole . - a compressor housing ; - a first compressing unit in the compressor housing ; - a second compressing unit in the compressor housing , the first compressing unit and the second compressing unit being arranged one on top of another; and - a partition board between the first compressing unit and the second compressing unit , wherein
A method for wireless communication, comprising: identifying a synchronization channel containing location information for a common control resource set within a system bandwidth; locating the common control resource set within the system bandwidth based at least in part on the location information; identifying a cell ID, and a slot or subframe index for the located common control resource set; identifying a reference resource element, RE, location within the system bandwidth, said RE location associated with a center frequency of the synchronization channel; generating a scrambling sequence based at least in part on the cell ID, the slot or subframe index, and the reference RE location; descrambling one or more reference signal REs starting at the reference RE location based on the generated scrambling sequence; and demodulating the common control resource set based on the descrambled one or more reference signal REs. identifying a synchronization channel containing location information for a common control resource set within a system bandwidth; locating the common control resource set within the system bandwidth based at least in part on the location information; identifying a cell ID, and a slot or subframe index for the located common control resource set; identifying a reference resource element, RE, location within the system bandwidth, said RE location associated with a center frequency of the synchronization channel; generating a scrambling sequence based at least in part on the cell ID, the slot or subframe index, and the reference RE location; descrambling one or more reference signal REs starting at the reference RE location based on the generated scrambling sequence; and demodulating the common control resource set based on the descrambled one or more reference signal REs.
A method of preparing a mesoporous carbon composite material comprising a mesoporous carbon phase and preformed metal nanoparticles located within said mesoporous carbon phase, the method comprising the steps: a) Providing a solution of carbon composite precursors, said solution of carbon composite precursors comprising a structure directing agent capable of forming micelles or lamellar structures, one or several poylmerizable carbon precursor components and a first solvent; b) inducing said solution of carbon composite precursors to polymerize to form a dispersion of polymer in said first solvent, and separating said polymer from said first solvent; c) providing preformed stabilized metal nanoparticles; d) mixing said polymer and said preformed stabilized metal nanoparticles, wherein during said mixing either said polymer or said preformed stabilized metal nanoparticles or both are dispersed in a second solvent; e) stabilizing the mixture of step d) by subjecting it to a stabilization heat treatment in the range of from 80°C to 120°C, preferably 90°C to 110°C, more preferably around 100°C; f) subjecting the product of step e) to a carbonization heat treatment in the range of from 500°C to 1000°C, preferably from 600°C to 800°C. a) Providing a solution of carbon composite precursors, said solution of carbon composite precursors comprising a structure directing agent capable of forming micelles or lamellar structures, one or several poylmerizable carbon precursor components and a first solvent; b) inducing said solution of carbon composite precursors to polymerize to form a dispersion of polymer in said first solvent, and separating said polymer from said first solvent; c) providing preformed stabilized metal nanoparticles; d) mixing said polymer and said preformed stabilized metal nanoparticles, wherein during said mixing either said polymer or said preformed stabilized metal nanoparticles or both are dispersed in a second solvent; e) stabilizing the mixture of step d) by subjecting it to a stabilization heat treatment in the range of from 80°C to 120°C, preferably 90°C to 110°C, more preferably around 100°C; f) subjecting the product of step e) to a carbonization heat treatment in the range of from 500°C to 1000°C, preferably from 600°C to 800°C.
A strap-retaining connector , comprising: - a strap-retaining portion that is configured to adjustably retain a strap; and - a connector coupling portion that is configured to removably couple the strap-retaining connector to at least one other strap-retaining connector, wherein the connector coupling portion comprises: - a first attachment coupler ; and - a second attachment coupler that is complementary to the first attachment coupler, wherein the first attachment coupler is configured to removably couple to another second attachment coupler of the at least one other strap-retaining connector, and wherein the second attachment coupler is configured to removably couple to another first attachment coupler of the at least one other strap-retaining connector, characterised in that the first attachment coupler is positioned along a first perimeter edge of the strap-retaining connector and the second attachment coupler is positioned along a second perimeter edge of the strap-retaining connector. - a strap-retaining portion that is configured to adjustably retain a strap; and - a connector coupling portion that is configured to removably couple the strap-retaining connector to at least one other strap-retaining connector, wherein the connector coupling portion comprises: - a first attachment coupler ; and - a second attachment coupler that is complementary to the first attachment coupler, wherein the first attachment coupler is configured to removably couple to another second attachment coupler of the at least one other strap-retaining connector, and wherein the second attachment coupler is configured to removably couple to another first attachment coupler of the at least one other strap-retaining connector, characterised in that the first attachment coupler is positioned along a first perimeter edge of the strap-retaining connector and the second attachment coupler is positioned along a second perimeter edge of the strap-retaining connector.
A method of restoring a used tire , the method comprising the steps of: (i) providing a used tire , the used tire including a first bead and a second bead , a cured carcass layer extending from the first bead to the second bead , and a cured innerliner disposed on the carcass layer ; and (ii) applying an air barrier composition to the innerliner to form an air barrier layer within the used tire, where the air barrier composition includes an elastomeric component and a thermoplastic component. (i) providing a used tire , the used tire including a first bead and a second bead , a cured carcass layer extending from the first bead to the second bead , and a cured innerliner disposed on the carcass layer ; and (ii) applying an air barrier composition to the innerliner to form an air barrier layer within the used tire, where the air barrier composition includes an elastomeric component and a thermoplastic component.
Device for generating photometric stereo images and one color image of an object moved by a predefined relative speed relative to the device , whereby the device has a lighting area and a lighting arrangement oriented to the lighting area , whereby the lighting arrangement is designed to cyclically emit a lighting sequence in the lighting area , whereby the lighting sequence has at least four lighting pulses , whereby every lighting pulse has a wavelength range and a lighting direction , whereby at least three of the lighting pulses are distinguished by their respective wavelength range , whereby at least two of the lighting pulses are distinguished by their respective lighting directions and whereby at least two lighting pulses of different lighting directions having the same wavelength range , whereby the device comprises a monochromatic image sensor arrangement with a capture area , whereby the capture area of the image sensor arrangement overlaps with the lighting area , and whereby the image sensor arrangement is configured to measure brightness values in the capture area during each lighting pulse , characterized in that the image sensor arrangement has at least four pixel fields spaced apart from one another by a predefined spatial distance , whereby the temporal interval between two consecutive lighting pulses of the lighting sequence is less than or equal to the time during which an image of the object projected onto the image sensor arrangement shifts, due to the relative speed , by a distance corresponding to the spatial distance between two adjacent neighboring pixel fields .