mhurhangee/ep-ind-claims huggingface dataset:
Kinematism with orbital movement with fixed orientation comprising at least one first and one second motion transmitting means, respectively connected to a thrust system and to a driven system, mutually facing and mutually frontally cooperating through respective first and second mechanically cooperating means, at least said first motion transmitting means being rotating around a main rotation axis (R-R), said first mechanically cooperating means being adapted to apply a series of points of force to said second mechanically cooperating means in such a way that a set of positions, instant by instant occupied in the space by each one of said points of force, individually considered, substantially describes a Lemniscate curve as Mobius ring, said thrust system being slanted with respect to said main rotation axis (R-R) and symmetrical with and coaxial to a slanted axis (R'-R') around which said curve of said points of force are symmetrically distributed, the kinematism further comprising rotation-preventing means adapted to prevent a rotation of each one of said points of force with respect to said main rotation axis (R-R), characterised in that said first motion transmitting means comprise at least one ring rotating around said main rotation axis (R-R) equipped on its perimeter with at least one groove shaped as a sinusoid inside which at least one pin slides, integral on its perimeter with the disk of the thrust system.
A fluorous peptide microarray comprising: a) a covalently-modified conductive fluorous surface which is conductive with a sheet resistivity of less than 50 ohms/square; b) a plurality of fluorous-modified compositions, wherein each plurality of fluorous-modified composition includes: - a fluorous domain, wherein the fluorous domain immobilizes each fluorous-modified composition on the conductive surface by non-covalent fluorous partioning; - a linker connected to the fluorous domain; - a peptide connected to the linker; wherein the peptide is configured to bind an enzyme and/or protein or to be modified by an enzyme and/or protein, - a solid-phase attachment group connected to the linker wherein the the fluorous domain includes the following molecular structure: wherein the enzyme and/or protein modification of the peptide or the binding of the enzyme and/or protein to the peptide is detectable by mass spectroscopy through laser ionization of the fluorous-modified compositions immobilized on the conductive surface. a) a covalently-modified conductive fluorous surface which is conductive with a sheet resistivity of less than 50 ohms/square; b) a plurality of fluorous-modified compositions, wherein each plurality of fluorous-modified composition includes: - a fluorous domain, wherein the fluorous domain immobilizes each fluorous-modified composition on the conductive surface by non-covalent fluorous partioning; - a linker connected to the fluorous domain; - a peptide connected to the linker; wherein the peptide is configured to bind an enzyme and/or protein or to be modified by an enzyme and/or protein, - a solid-phase attachment group connected to the linker wherein the the fluorous domain includes the following molecular structure: wherein the enzyme and/or protein modification of the peptide or the binding of the enzyme and/or protein to the peptide is detectable by mass spectroscopy through laser ionization of the fluorous-modified compositions immobilized on the conductive surface. - a fluorous domain, wherein the fluorous domain immobilizes each fluorous-modified composition on the conductive surface by non-covalent fluorous partioning; - a linker connected to the fluorous domain; - a peptide connected to the linker; wherein the peptide is configured to bind an enzyme and/or protein or to be modified by an enzyme and/or protein, - a solid-phase attachment group connected to the linker wherein the the fluorous domain includes the following molecular structure: wherein the enzyme and/or protein modification of the peptide or the binding of the enzyme and/or protein to the peptide is detectable by mass spectroscopy through laser ionization of the fluorous-modified compositions immobilized on the conductive surface.
A method of forming a powdered hemostatic composition, comprising the steps of: a) forming a suspension of a mixture comprising particles of fibrinogen, thrombin, ORC fibers in a non-aqueous low boiling solvent; b) spraying the suspension through a nozzle onto a substrate, c) allowing the non-aqueous solvent to evaporate; d) separating the composition from the substrate and sieving the composition; and thus forming the powdered hemostatic composition. a) forming a suspension of a mixture comprising particles of fibrinogen, thrombin, ORC fibers in a non-aqueous low boiling solvent; b) spraying the suspension through a nozzle onto a substrate, c) allowing the non-aqueous solvent to evaporate; d) separating the composition from the substrate and sieving the composition; and thus forming the powdered hemostatic composition.
An immunomodulating gel composition, the composition comprising diphenylcyclopropenone (DPCP), for use in treating a disease or disorder associated with human papilloma virus infection in a human patient, said use comprising administering to a first site on the skin of a human patient a low sensitizing dose of said immunomodulating gel composition followed by a subsequent administration to a second site on the skin of said patient a challenge dose of said immunomodulating gel composition wherein said low sensitizing dose is in the range of about 0.4% DPCP to about 0.6% DPCP, and wherein said challenge dose is in the range of about 0.04% DPCP to about 0.1% DPCP.
An identification device consisting of a ring, which can be arranged around a finger of a user, and comprising an annular body having at least one radio-frequency transponder arranged therein for the transmission of an electromagnetic field carrying identification information, characterized in that the identification device comprises a masking device (11, 16) which can selectively authorize or block a propagation of the electromagnetic field emitted by the radio-frequency transponder, and in that this masking device (11, 16) at least comprises a sliding ring in rotation relative to the ring body, wherein the sliding ring comprises a field passage zone, which can be displaced between a first angular position, in which the passage zone for the electromagnetic field is located at least partially in front of the radio-frequency transponder in order to authorize the propagation of the electromagnetic field, and a second angular position, in which the passage zone is angularly offset from the radio-frequency transponder in order to block the propagation of the electromagnetic field.
Automatic dishwashing detergent composition comprising a) one or more compounds of the formula RO-(CH 2 CH 2 O-) n -CH 2 -COOM, wherein R is a linear or branched saturated alkyl group comprising from 8 to 30 carbon atoms or a linear or branched unsaturated alkenyl group with one or more double bonds and comprising from 8 to 30 carbon atoms, n is a number from 1 to 20, and M is a counter ion, b) one or more nonionic surfactants having a cloud point of 30 °C or more and preferably having a cloud point of 40 °C or more, c) one or more builder substances, and d) a bleaching system comprising one or more oxygen bleaching agents and one or more substances selected from the group consisting of bleach activators and bleach catalysts. a) one or more compounds of the formula RO-(CH 2 CH 2 O-) n -CH 2 -COOM, wherein R is a linear or branched saturated alkyl group comprising from 8 to 30 carbon atoms or a linear or branched unsaturated alkenyl group with one or more double bonds and comprising from 8 to 30 carbon atoms, n is a number from 1 to 20, and M is a counter ion, R is a linear or branched saturated alkyl group comprising from 8 to 30 carbon atoms or a linear or branched unsaturated alkenyl group with one or more double bonds and comprising from 8 to 30 carbon atoms, n is a number from 1 to 20, and M is a counter ion, b) one or more nonionic surfactants having a cloud point of 30 °C or more and preferably having a cloud point of 40 °C or more, c) one or more builder substances, and d) a bleaching system comprising one or more oxygen bleaching agents and one or more substances selected from the group consisting of bleach activators and bleach catalysts.
Grinding pad for detachable connection of a material blank which is to be ground to a retaining device, the grinding pad having a polymer carrier layer and adhesive coatings (3, 5) which are applied on both sides of the polymer carrier layer, the one side of the polymer carrier layer which is intended to be connected to the retaining device having an adhesive coating, which is formed from a first adhesive, characterised in that the other side of the polymer carrier layer which is intended to be connected to the material blank has an adhesive coating, which is formed from a second and a third adhesive which are different from each other, such that the second adhesive provides an adhesion capacity to the material blank and the third adhesive is an adhesive which restricts distortion or displacement of the polymer carrier layer relative to the material blank, the second adhesive and the third adhesive being applied in separate regions (5a, 5c, 5d, 5e; 5b) on the other side of the polymer carrier layer.
A method for positioning a medical diagnostic device, wherein the medical diagnostic device is a medical imaging device, wherein the method comprises: determining, by a processor, a current position of the medical diagnostic device by comparing a current image with at least one reference image in a first database, wherein the current image is captured by the medical diagnostic device in the current position; determining, by the processor, target position coordinates of the medical diagnostic device and a similarity score, iteratively, by comparing the current image with at least one of the reference image and a user-preferred image in a second database; computing, by the processor, motion parameters associated with the target position coordinates of the medical diagnostic device iteratively, based on the similarity score; actuating, by the processor, movement of the medical diagnostic device to the target position based on the motion parameters. determining, by a processor, a current position of the medical diagnostic device by comparing a current image with at least one reference image in a first database, wherein the current image is captured by the medical diagnostic device in the current position; determining, by the processor, target position coordinates of the medical diagnostic device and a similarity score, iteratively, by comparing the current image with at least one of the reference image and a user-preferred image in a second database; computing, by the processor, motion parameters associated with the target position coordinates of the medical diagnostic device iteratively, based on the similarity score; actuating, by the processor, movement of the medical diagnostic device to the target position based on the motion parameters.
A graphene heating device, comprising: a transparent substrate; an adhesive layer formed on the transparent subst rate; and a graphene layer formed on the adhesive layer, wherein the graphene layer is configured to be heated by a current flowing along the graphene layer when a predetermined voltage is applied, characterized in that the adhesive layer includes a moisture absorbent for absorbing moisture. a transparent substrate; an adhesive layer formed on the transparent subst rate; and a graphene layer formed on the adhesive layer, wherein the graphene layer is configured to be heated by a current flowing along the graphene layer when a predetermined voltage is applied, characterized in that the adhesive layer includes a moisture absorbent for absorbing moisture.
A communication system having an open radio access network architecture, said communication system comprising a number of user equipments configured to exchange messages through the communication system, a user equipment comprising a number of transmit antennas, the communication system comprising one or more radio unit and a distributed unit, each radio unit being connected to the distributed unit through a fronthaul link having a given capacity, wherein the communication system comprises a coordination system, the coordination system being configured to coordinate the exchanges between the radio units of the system and the distributed unit, in response to a message being received by the radio units from a user equipment, the message received at each radio unit being represented by a signal vector, wherein the coordination system is configured to send a signalling message to each radio unit comprising data stream selection information, wherein each radio unit comprises: - a transformation unit configured to apply a transformation operation to the signal vector received by said radio unit, which provides a transformed vector, said transformation operation being defined to reduce the dimension of the received signal vector; - a data stream selection unit configured to select a number of data streams corresponding to components of the transformed vector using the data stream selection information comprised in the signalling message, - a quantizer configured to apply a quantization operation to the selected data streams, which provides quantized vectors, the radio unit being configured to send the quantized vectors to the distributed unit, wherein the sum, over all the radio units connected to the distribution unit, of the numbers of data streams selected at each radio unit is higher or equal to the product of the number of user equipments and the number of antennas of a user equipment. - a transformation unit configured to apply a transformation operation to the signal vector received by said radio unit, which provides a transformed vector, said transformation operation being defined to reduce the dimension of the received signal vector; - a data stream selection unit configured to select a number of data streams corresponding to components of the transformed vector using the data stream selection information comprised in the signalling message, - a quantizer configured to apply a quantization operation to the selected data streams, which provides quantized vectors, the radio unit being configured to send the quantized vectors to the distributed unit, wherein the sum, over all the radio units connected to the distribution unit, of the numbers of data streams selected at each radio unit is higher or equal to the product of the number of user equipments and the number of antennas of a user equipment.
A method for carrying MBMS notification information, characterized by comprising: when the MBMS notification information is transmitted more than once in a modification period of MCCH information, carrying at least once the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located; and when the MBMS notification information is transmitted once in the modification period of the MCCH information, carrying the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located; wherein the MBMS notification information is used to indicate whether the MCCH information is updated when compared with the MCCH information transmitted at the last modification period; wherein the control field is a resource carrying a Physical Downlink Control Channel, PDCCH, in the sub-frame. when the MBMS notification information is transmitted more than once in a modification period of MCCH information, carrying at least once the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located; and when the MBMS notification information is transmitted once in the modification period of the MCCH information, carrying the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located; wherein the MBMS notification information is used to indicate whether the MCCH information is updated when compared with the MCCH information transmitted at the last modification period; wherein the control field is a resource carrying a Physical Downlink Control Channel, PDCCH, in the sub-frame.
Foundation element for laying under a shower floor element, wherein the foundation element is provided with a drainage opening for the installation of a drainage cup and the foundation element is suitable for occupying the entire volume between an underside of the shower floor element and a mounting substrate and comprises at least one plate (7; 9) of foam plastic which is provided with an opening (3', 3") which is adapted to a peripheral shape of at least one drainage cup which can be installed in the opening (3', 3"), and which is correspondingly provided with a lumen which extends over the thickness of the foundation element and adjoins the inner contour of the opening (3'; 3"), characterized in that at least one further opening (23', 23") is provided in the foundation element, with the result that two separate openings (3', 3", 23', 23") and corresponding lumens for drainage cups are incorporated in the foundation element.
A lockout box for locking in objects, in particular keys, comprising: a container having an upwardly open reception space for the objects; and a cover attached, in particular pivotably, to the container for closing the reception space, wherein the cover is adjustable from a closed position in which the reception space is closed into at least one open position in which the reception space is open; and wherein a plurality of securing openings are provided in the cover and in the container for attaching a plurality of locking elements, in particular padlocks, characterized in that at least one fastening device is provided at the container and is configured to attach the container to a wall, with the fastening device comprising at least one holding element attachable or attached to a rear side wall of the container, the holding element being in the form of a holding hook directed downwardly at a spacing from the rear side wall and being able to be hung into the wall holder for the attachment of the container to a wall holder; in that a wall holder fastenable, in particular screwable, to a wall is provided for the container to which the container is releasably attachable, with the wall holder holding the container at a spacing from the wall, with the wall holder comprising a U-shaped hoop having side limbs whose length defines the spacing of the container from the wall; and in that the container has a security against removal which is adjustable between a removable position and a blocked position, with the security against removal being configured such that the container attached to the wall holder is removable from the wall holder in the removable position and is secured against a removal from the wall holder in the blocked position, and with the security against removal being adjustable between the removable position and the blocked position via an actuation mechanism attached in the reception space. a container having an upwardly open reception space for the objects; and a cover attached, in particular pivotably, to the container for closing the reception space, wherein the cover is adjustable from a closed position in which the reception space is closed into at least one open position in which the reception space is open; and wherein a plurality of securing openings are provided in the cover and in the container for attaching a plurality of locking elements, in particular padlocks,
A process for producing a compound of formula RBr n, wherein R is an alkali or alkali earth metal and n is 1 or 2, said process comprising: I) a first stage wherein a mixture comprising a first reducing agent and a substrate of formula R p X m, wherein R is a Group 1 metal or a Group 2 metal; m is a number 1 or 2; p is a number 1 or 2; and X is oxygen atom, carbonate, bicarbonate or OH; is reacted with an amount of bromine less than that required for 100% conversion of RX m to RBr n to provide an intermediate mixture comprising RBr n and residual substrate RX m, wherein at least a portion of the first stage is run at a reaction temperature of 50°C or higher and/or at greater than atmospheric pressure, and II) a second stage wherein a second reducing agent and an amount of bromine needed to provide 100% conversion of residual substrate RX m are separately added to the intermediate mixture from I), forming a reaction product mixture, wherein addition of the second reducing agent and/or bromine are controlled using a means for maintaining or continuously re-establishing the pH and/or oxidation/reduction potential of the reaction mixture within predetermined ranges; wherein the first reducing agent and the second reducing agent are different I) a first stage wherein a mixture comprising a first reducing agent and a substrate of formula R p X m, wherein R is a Group 1 metal or a Group 2 metal; m is a number 1 or 2; p is a number 1 or 2; and X is oxygen atom, carbonate, bicarbonate or OH; is reacted with an amount of bromine less than that required for 100% conversion of RX m to RBr n to provide an intermediate mixture comprising RBr n and residual substrate RX m, wherein at least a portion of the first stage is run at a reaction temperature of 50°C or higher and/or at greater than atmospheric pressure, and II) a second stage wherein a second reducing agent and an amount of bromine needed to provide 100% conversion of residual substrate RX m are separately added to the intermediate mixture from I), forming a reaction product mixture, wherein addition of the second reducing agent and/or bromine are controlled using a means for maintaining or continuously re-establishing the pH and/or oxidation/reduction potential of the reaction mixture within predetermined ranges;