mhurhangee/patent-ind-claim-en huggingface dataset:
Emblem arrangement (1, 1a-1f) for a motor vehicle (K), having an emblem support part and an element forming a brand emblem, furthermore having at least one luminous element for illuminating the emblem arrangement (1, 1a-1f), wherein the element forming the brand emblem is a layer structure (20, 20', 20") comprising at least two layers (20a, 20b; 20c, 20d, 20e) which, as seen in a top view of the emblem arrangement (1, 1a-1f), comprises translucent (A, A') and non-translucent (B, B') regions, characterized in that the layer structure comprises a first layer configured as a transparent support sheet and a second layer by which the translucent (A) and the non-translucent (B) regions are formed, the second layer consisting of at least two partial layers (20b1, 20b2 and 20b3) lying on one another, of which a first partial layer (20b1) forms the translucent (A) and the non-translucent (B) regions and the at least one second partial layer (20b2) is configured to be translucent and has the same colour as the translucent regions (A) of the first partial layer (20b1), characterized in that the layer structure bears on a cover glass , the cover glass comprising a peripheral circumferential wall on which there is a peripheral layer structure that is different to the rest of the layer structure and comprises at least three partial layers (20R1-20R5) lying on one another, of which the colour of the partial layer (20R1) closest to the wall has the highest brightness and the colour of the partial layer (20R5) furthest away from the wall has the lowest brightness.
A method for manufacturing a radiofrequency chip card , said method comprising the steps of: - forming a card body comprising a relay antenna and an insulating cover layer on at least one main face of the card, - arranging a module equipped with a radiofrequency module antenna , on the card body opposite the relay antenna for radiofrequency coupling; - forming a metal insert in said card body, said insert extending to the edges of the card and said metal insert comprising a space that is permeable to the radiofrequency field opening onto at least one of the two main faces of the insert, characterized in that said relay antenna is arranged inside this space, and in that the relay antenna is produced on a support substrate and the support substrate of the relay antenna is inserted into said permeable space. - forming a card body comprising a relay antenna and an insulating cover layer on at least one main face of the card, - arranging a module equipped with a radiofrequency module antenna , on the card body opposite the relay antenna for radiofrequency coupling; - forming a metal insert in said card body, said insert extending to the edges of the card and said metal insert comprising a space that is permeable to the radiofrequency field opening onto at least one of the two main faces of the insert, characterized in that said relay antenna is arranged inside this space, and in that the relay antenna is produced on a support substrate and the support substrate of the relay antenna is inserted into said permeable space.
A solder paste inspection equipment , comprising: an information transmitting/receiving unit configured to receive a mounting tolerance information from a component mounting equipment and transmit information on whether mounting is impossible to the component mounting equipment ; a measuring unit configured to generate information on the amount of rotation of a flexible array board placed on a jig and on the bending of the flexible array board; and an analyzing unit configured to generate a warp information by using the information on the amount of rotation and on the bending; compare the mounting tolerance information with the warp information to generate a comparison result; and generate the information on whether mounting of components on a region is impossible based on the comparison result, characterised in that the mounting tolerance information includes a maximum mounting angle information of the component mounting equipment. an information transmitting/receiving unit configured to receive a mounting tolerance information from a component mounting equipment and transmit information on whether mounting is impossible to the component mounting equipment ; a measuring unit configured to generate information on the amount of rotation of a flexible array board placed on a jig and on the bending of the flexible array board; and an analyzing unit configured to generate a warp information by using the information on the amount of rotation and on the bending; compare the mounting tolerance information with the warp information to generate a comparison result; and generate the information on whether mounting of components on a region is impossible based on the comparison result, characterised in that the mounting tolerance information includes a maximum mounting angle information of the component mounting equipment.
Mobile equipment for measuring structural deformation of a nuclear fuel assembly , the mobile equipment comprising: a container ; a power means and a loading table disposed inside the container; a pedestal disposed on one side of the loading table of the container, the pedestal being provided with a hinge means and a fixing means configured to fix the nuclear fuel assembly upright; a column seated on the loading table and provided at one end part thereof with a rotating shaft detachably installed to the hinge means, and configured to be erected upright on the fixing means of the pedestal by power of the power means, around the rotating shaft coupled to the hinge means; and a scanner configured to move upward and downward in a longitudinal direction of the column being erected upright on the pedestal and to measure the structural deformation of the nuclear fuel assembly being erected upright on the fixing means. a container ; a power means and a loading table disposed inside the container; a pedestal disposed on one side of the loading table of the container, the pedestal being provided with a hinge means and a fixing means configured to fix the nuclear fuel assembly upright; a column seated on the loading table and provided at one end part thereof with a rotating shaft detachably installed to the hinge means, and configured to be erected upright on the fixing means of the pedestal by power of the power means, around the rotating shaft coupled to the hinge means; and a scanner configured to move upward and downward in a longitudinal direction of the column being erected upright on the pedestal and to measure the structural deformation of the nuclear fuel assembly being erected upright on the fixing means.
Method for producing a functional device assembly , comprising the following method steps: a) producing a carrier substrate in a panel format, b) equipping the carrier substrate obtained according to method step a) with electronic components , c) producing bond connections between at least one functional device and electrical links , d) applying a potting compound to the carrier substrate and the at least one functional device arranged thereon, e) generating recessed regions on the functional device assembly , and characterized by f) producing a lens holder structure , an air mass meter , a pressure sensor or a gas sensor, by way of 3D printing, or a further 3D printing structure within the recessed regions of the functional device assembly . a) producing a carrier substrate in a panel format, b) equipping the carrier substrate obtained according to method step a) with electronic components , c) producing bond connections between at least one functional device and electrical links , d) applying a potting compound to the carrier substrate and the at least one functional device arranged thereon, e) generating recessed regions on the functional device assembly , and characterized by f) producing a lens holder structure , an air mass meter , a pressure sensor or a gas sensor, by way of 3D printing, or a further 3D printing structure within the recessed regions of the functional device assembly .
An apparatus comprising: an ear tag assembly _configured for attachment to an outer ear of an animal , the ear tag assembly _comprising a main body , a backing member and a shaft that extends through an aperture extending through the outer ear to interconnect the backing member to the main body , the ear tag assembly _further comprising a primary temperature sensor configured to obtain outer ear temperature data indicative of an outer ear temperature of the outer ear; an ambient temperature sensor proximate the ear tag assembly configured to obtain ambient temperature data indicative of an ambient temperature of a surrounding environment external to the animal; and a control circuit configured to receive the outer ear temperature data via a wireless communication link with the ear tag assembly ; characterized in that the control circuit is further configured to determine a successful insemination of the animal has taken place responsive to a detection, by the control circuit, of a localized increase in a magnitude of the outer ear temperature data in relation to a magnitude of the ambient temperature data over a selected time interval. an ear tag assembly _configured for attachment to an outer ear of an animal , the ear tag assembly _comprising a main body , a backing member and a shaft that extends through an aperture extending through the outer ear to interconnect the backing member to the main body , the ear tag assembly _further comprising a primary temperature sensor configured to obtain outer ear temperature data indicative of an outer ear temperature of the outer ear; an ambient temperature sensor proximate the ear tag assembly configured to obtain ambient temperature data indicative of an ambient temperature of a surrounding environment external to the animal; and a control circuit configured to receive the outer ear temperature data via a wireless communication link with the ear tag assembly ; characterized in that the control circuit is further configured to determine a successful insemination of the animal has taken place responsive to a detection, by the control circuit, of a localized increase in a magnitude of the outer ear temperature data in relation to a magnitude of the ambient temperature data over a selected time interval.
A solid, particulate, urea ammonium sulphate (UAS)-based composition comprising urea, ammonium sulphate, 0.0001 to 1.0 weight% of a urease inhibitor of the type phosphoric triamide and 0.0001 to 5.0 weight% of one or more alkaline or alkaline-forming inorganic or organic compounds that is able to interact with ammonium sulphate, selected from the group consisting of metal oxides, metal carbamates, metal hydroxides, metal acetates and any mixtures thereof, or from the group of organic bases consisting of ammonia, amines, amides, adenines, amidines, guanidines, anilines, carbamates, thiazoles, triazoles, pyridines; imidazoles, benzimidazoles, histidines, phosphazenes, and any mixture thereof, characterised in that the UAS-based composition further comprises 0.0001 to 5.0 weight% of a cation source, comprising a cation selected from the group consisting of Fe 2+ , Fe 3+ , Mn 2+ , Zn 2+ as zinc sulphate, and Ni 2+ and wherein the cation source is different from the one or more alkaline or alkaline-forming inorganic or organic compounds.
A private mobile radio network installation comprising a plurality of devices (S1, S2, S3) each comprising: - a local private mobile radio network infrastructure comprising a core network module , a subscriber server and a base station module ; - a management system ; and - a network interface ; wherein the devices (S1, S2, S3) are connected therebetween via their network interfaces , characterized in that the management systems are designed to: - choose one (S1) of the devices (S1, S2, S3); and - connect the base station module of each device (S1, S2, S3) to the core network module of the chosen device (S1) to form a distributed private mobile radio network infrastructure; and - deactivate the core network module of each non-chosen device. - a local private mobile radio network infrastructure comprising a core network module , a subscriber server and a base station module ; - a management system ; and - a network interface ; wherein the devices (S1, S2, S3) are connected therebetween via their network interfaces , characterized in that the management systems are designed to: - choose one (S1) of the devices (S1, S2, S3); and - connect the base station module of each device (S1, S2, S3) to the core network module of the chosen device (S1) to form a distributed private mobile radio network infrastructure; and - deactivate the core network module of each non-chosen device. - choose one (S1) of the devices (S1, S2, S3); and - connect the base station module of each device (S1, S2, S3) to the core network module of the chosen device (S1) to form a distributed private mobile radio network infrastructure; and - deactivate the core network module of each non-chosen device.
A glucose sensing complex comprising: mannan binding lectin, wherein the mannan binding lectin is covalently coupled to an assay fluorophore; dextran, wherein the dextran functions in the assay as a glucose analog and is covalently coupled to: a reference fluorophore; to an agent that enhances the hydrophilicity of the dextran selected from a cyclic anhydride, a tartaric anhydride derivative, a succinic acid, a glutaric acid, an adipic acid, a pimelic acid, a suberic acid, an azelaic acid or a sebacic acid; and to a quenching agent, wherein the assay fluorophore and quenching agent form a Forster Resonance Energy Transfer (FRET) pair; and the glucose sensing assay complex exhibits a sensor dose response (DR) loss of less than 2.5% per day. mannan binding lectin, wherein the mannan binding lectin is covalently coupled to an assay fluorophore; dextran, wherein the dextran functions in the assay as a glucose analog and is covalently coupled to: a reference fluorophore; to an agent that enhances the hydrophilicity of the dextran selected from a cyclic anhydride, a tartaric anhydride derivative, a succinic acid, a glutaric acid, an adipic acid, a pimelic acid, a suberic acid, an azelaic acid or a sebacic acid; and to a quenching agent, wherein the assay fluorophore and quenching agent form a Forster Resonance Energy Transfer (FRET) pair; and a reference fluorophore; to an agent that enhances the hydrophilicity of the dextran selected from a cyclic anhydride, a tartaric anhydride derivative, a succinic acid, a glutaric acid, an adipic acid, a pimelic acid, a suberic acid, an azelaic acid or a sebacic acid; and to a quenching agent, wherein the assay fluorophore and quenching agent form a Forster Resonance Energy Transfer (FRET) pair; and
Fuel cell , comprising: - a flow guide ; - a component opposite the flow guide, configured to allow a first fluid to flow from a first manifold to a second manifold and through a reactive zone disposed between the flow guide and said component; - a peripheral seal disposed between the flow guide and the component ; - an intermediate seal disposed between the flow guide and the component , the intermediate seal being encircled by the peripheral seal and encircling the reactive zone ; - another component opposite the flow guide and configured to allow a second fluid to flow from a third manifold to a fourth manifold and through another reactive zone between the flow guide and said other component; characterized in that : - a fluid flow circuit is provided between the intermediate seal and the peripheral seal between fifth and sixth manifolds , the fifth or the sixth manifold being separated from the first to fourth manifolds by means of said intermediate seal ; - the fuel cell being configured to convey a fluid between said fifth and sixth manifolds in said fluid flow circuit . - a flow guide ; - a component opposite the flow guide, configured to allow a first fluid to flow from a first manifold to a second manifold and through a reactive zone disposed between the flow guide and said component; - a peripheral seal disposed between the flow guide and the component ; - an intermediate seal disposed between the flow guide and the component , the intermediate seal being encircled by the peripheral seal and encircling the reactive zone ; - another component opposite the flow guide and configured to allow a second fluid to flow from a third manifold to a fourth manifold and through another reactive zone between the flow guide and said other component; - a fluid flow circuit is provided between the intermediate seal and the peripheral seal between fifth and sixth manifolds , the fifth or the sixth manifold being separated from the first to fourth manifolds by means of said intermediate seal ; - the fuel cell being configured to convey a fluid between said fifth and sixth manifolds in said fluid flow circuit .
Biofuel containing acetals and vegetable oils, characterized in that the biofuel is a mixture of diethylformal and glycerides of unsaturated fatty acids with the following components ratio, vol %: - diethylformal 40-80; - glycerides of unsaturated fatty acids 20-60. - diethylformal 40-80; - glycerides of unsaturated fatty acids 20-60.
A semiconductor substrate including a cooling channel for use in an integrated circuit, the substrate comprising: a cooling channel defined under a first surface of the semiconductor substrate , the cooling channel including: a first wall recessed from and parallel to the first surface ; a second wall extending from the first surface to the first wall ; and a third wall extending from the first surface to the first wall , the third wall facing the second wall across the cooling channel ; wherein at least one of the second wall and the third wall includes a plurality of structures projecting into the cooling channel from the second wall or the third wall in a direction parallel to first wall so that the plurality of structures overhang a portion of first wall ; and characterized in that the plurality of structures includes a first fin projecting from the second wall into the cooling channel and extending along at least a portion of the second wall in a direction parallel to the first wall and the first surface . a cooling channel defined under a first surface of the semiconductor substrate , the cooling channel including: a first wall recessed from and parallel to the first surface ; a second wall extending from the first surface to the first wall ; and a third wall extending from the first surface to the first wall , the third wall facing the second wall across the cooling channel ; wherein at least one of the second wall and the third wall includes a plurality of structures projecting into the cooling channel from the second wall or the third wall in a direction parallel to first wall so that the plurality of structures overhang a portion of first wall ; and characterized in that the plurality of structures includes a first fin projecting from the second wall into the cooling channel and extending along at least a portion of the second wall in a direction parallel to the first wall and the first surface .
A device for providing a security breach indicative audio alert, the device comprises: a security monitor adapted to detect a security breach in the device and a loudspeaker , the device is characterized by comprising: a secure audio alert generating hardware , adapted to participate, in response to the detection of the security breach, in a generation of a security breach indicative audio alert signal; and an audio mixer , coupled to the secure audio alert generating hardware , wherein the audio mixer is adapted to mix the security breach indicative audio alert signal with audio signals generated by a software controlled audio source to provide a mixed signal and to provide the mixed signal to the loudspeaker so that is adapted to reproduce the mixed signal as sound; wherein the secure audio alert generating hardware further comprises an audio selector coupled to a hardware audio alert generator and wherein the audio selector is coupled to the security monitor and a software controller alert generator and the audio selector is adapted to select the security breach indicative audio alert signal provided by the hardware audio alert generator in response to the detection of the security breach and to output the security breach indicative audio alert signal to the audio mixer ; and wherein the security monitor is configured to send control signals to select one out of the multiple audio signals provided by the secure audio alert generating hardware .
An integrated circuit (IC) device package , comprising: an IC die having a contact pad , wherein the contact pad is located on a surface of the IC die at a hotspot of the IC die ; and a thermally conductive interposer having first and second surfaces, wherein the first surface of the interposer has at least one hollow post thermally coupled to the IC die at the contact pad . an IC die having a contact pad , wherein the contact pad is located on a surface of the IC die at a hotspot of the IC die ; and a thermally conductive interposer having first and second surfaces, wherein the first surface of the interposer has at least one hollow post thermally coupled to the IC die at the contact pad .
A compound which is [ 18 F]-3-fluoro-2-hydroxypropionic acid: or a pharmaceutically acceptable salt and/or solvate thereof.
An induction coil housing comprising: a ferrite tile assembly ; a base forming a receptacle configured to receive the ferrite tile assembly , the ferrite tile assembly having an opening , the opening being disposed on a lower surface of the ferrite tile assembly facing the base ; and a pillar extending from the base and configured to be disposed in the opening so as to secure the ferrite tile assembly relative to the base within the receptacle . a ferrite tile assembly ; a base forming a receptacle configured to receive the ferrite tile assembly , the ferrite tile assembly having an opening , the opening being disposed on a lower surface of the ferrite tile assembly facing the base ; and a pillar extending from the base and configured to be disposed in the opening so as to secure the ferrite tile assembly relative to the base within the receptacle .
A drive roller for a roller blind , comprising a body in the form of a circular disc having two lateral surfaces and a circumferential surface and a circumferential cable groove which opens out on the circumferential surface and is intended for receiving a cable , characterized in that the cable groove is approximately V-shaped in cross-section and is designed so as to have two opposing groove surfaces and the groove surfaces comprise several concave facets , which each abut against one another in the peripheral direction and thus form approximately radially extending clamping edges . a body in the form of a circular disc having two lateral surfaces and a circumferential surface and a circumferential cable groove which opens out on the circumferential surface and is intended for receiving a cable , characterized in that the cable groove is approximately V-shaped in cross-section and is designed so as to have two opposing groove surfaces and the groove surfaces comprise several concave facets , which each abut against one another in the peripheral direction and thus form approximately radially extending clamping edges .