mhurhangee/ep-ind-claims huggingface dataset:
A storage container for a storage and dispensing station for small piece goods, comprising: a housing enclosing a receiving space for small piece goods including an on the inside circular cylindrical section and a housing bottom surface having a dispensing opening, a separating device arranged in the on the inside circular cylindrical section of the housing including a base body and a plurality of channels for receiving at least one small piece good, the channels being open to the outer periphery of the separating device and being defined by webs formed between these on the base body, and each channel having a peripheral wall and two radial walls, and including a base area facing the housing bottom surface, the base area having dispensing openings of the channels, and a retaining means including a positioning means and a retaining section, the positioning means holding the retaining section over the dispensing opening, characterized in that a plurality of horizontal radial grooves are arranged on the base area of the separating device, which are kept open towards the periphery of the separating device, so that the horizontal radial grooves prevent a drug portion from adhering to the base area and the electrostatic attraction is reduced by the reduced contact area. a housing enclosing a receiving space for small piece goods including an on the inside circular cylindrical section and a housing bottom surface having a dispensing opening, a separating device arranged in the on the inside circular cylindrical section of the housing including a base body and a plurality of channels for receiving at least one small piece good, the channels being open to the outer periphery of the separating device and being defined by webs formed between these on the base body, and each channel having a peripheral wall and two radial walls, and including a base area facing the housing bottom surface, the base area having dispensing openings of the channels, and a retaining means including a positioning means and a retaining section, the positioning means holding the retaining section over the dispensing opening, characterized in that a plurality of horizontal radial grooves are arranged on the base area of the separating device, which are kept open towards the periphery of the separating device, so that the horizontal radial grooves prevent a drug portion from adhering to the base area and the electrostatic attraction is reduced by the reduced contact area.
A method for transmitting call audio data, applied to a first electronic device, wherein the first electronic device comprises a first PCM device, a second PCM device and a third PCM device, the first PCM device, the second PCM device and the third PCM device are configured to cache PCM audio data, and the method comprises: establishing a call with a peer electronic device in response to a call operation (S01, S02), wherein the first electronic device and a second electronic device are in a multi-screen collaboration mode; receiving call audio downlink data transmitted by the peer electronic device; storing the call audio downlink data in the first PCM device, and transmitting the call audio downlink data in the first PCM device to the second electronic device; receiving call audio uplink data transmitted by the second electronic device; storing the call audio uplink data in the second PCM device, and transmitting the call audio uplink data in the second PCM device to the peer electronic device; and storing the call audio uplink data and the call audio downlink data in the third PCM device in response to an incall record operation. establishing a call with a peer electronic device in response to a call operation (S01, S02), wherein the first electronic device and a second electronic device are in a multi-screen collaboration mode; receiving call audio downlink data transmitted by the peer electronic device; storing the call audio downlink data in the first PCM device, and transmitting the call audio downlink data in the first PCM device to the second electronic device; receiving call audio uplink data transmitted by the second electronic device; storing the call audio uplink data in the second PCM device, and transmitting the call audio uplink data in the second PCM device to the peer electronic device; and storing the call audio uplink data and the call audio downlink data in the third PCM device in response to an incall record operation.
A method for wireless communications at a device capable of multi-user, MU, MIMO and frequency division multiple access, FDMA, comprising: obtaining MU, packet (1002, 1004), wherein the MU packet comprises an indication of one or more parameters to use for transmitting a response frame; generating the response frame after obtaining the MU packet (1002, 1004), wherein the response frame is generated based on the one or more parameters; and outputting the response frame for transmission; characterized in that the indication of one or more parameters comprises an indication to use MU MIMO or FDMA to transmit the response frame. obtaining MU, packet (1002, 1004), wherein the MU packet comprises an indication of one or more parameters to use for transmitting a response frame; generating the response frame after obtaining the MU packet (1002, 1004), wherein the response frame is generated based on the one or more parameters; and outputting the response frame for transmission; characterized in that the indication of one or more parameters comprises an indication to use MU MIMO or FDMA to transmit the response frame.
Use of a diketopiperazine in the manufacture of a medicament for treating graft rejection or graft versus host disease, wherein the diketopiperazine is selected from the group consisting of DA-DKP, MR-DKP, YE-DKP, GL-DKP, and AP-DKP; or a physiologically-acceptable salt thereof.
An optical modulating device, characterized in that the optical modulating device comprises: a plurality of refractive index change layers (R10, R20, R30, R40); and a plurality of quantum dot, QD,-containing layers (A10, A20, A30) disposed between the plurality of refractive index change layers (R10, R20, R30, R40), respectively; wherein the optical modulating device is configured to modulate light-emission characteristics of the plurality of QD-containing layers (A10, A20, A30); and at least two of the plurality of QD-containing layers (A10, A20, A30) have central emission wavelengths that are different from each other. a plurality of refractive index change layers (R10, R20, R30, R40); and a plurality of quantum dot, QD,-containing layers (A10, A20, A30) disposed between the plurality of refractive index change layers (R10, R20, R30, R40), respectively; wherein the optical modulating device is configured to modulate light-emission characteristics of the plurality of QD-containing layers (A10, A20, A30); and at least two of the plurality of QD-containing layers (A10, A20, A30) have central emission wavelengths that are different from each other.
An expansion joint, comprising an elastically deformable connecting body which can be arranged stably, in alignment with the walking surface, so as to close an interspace arranged so as to separate two adjacent structural blocks, said joint comprising a flexible waterproofing film, which can be positioned with a central portion thereof along the interspace, and a pair of assemblies for anchoring respective external flaps of said film to the corresponding structural blocks, each one of said assemblies comprising a first fastening element, which can be anchored to the respective block, of the respective said flap, and a second element for fastening said flap, which is arranged opposite said first element, said expansion joint being characterized in that each one of said assemblies comprises an insert (6A, 6B) which is interposed between said second element and said flap, inserted between said elements (4, 5), for the stabilization of the fastening of said flap performed by said elements (4, 5), each one of said assemblies comprising a profiled element with an L-shaped transverse cross-section, in order to form two mutually perpendicular wings (7a, 7b), a first said wing being rigidly anchorable to the respective structural block, said first element being anchored to the free end of said second wing, said first element being constituted substantially by a first beam which is bent around said free end of said second wing, said first beam being anchored rigidly to said free end of said second wing by means of at least one fixing unit of the type of a nail, screw, or the like, said first beam forming externally a protruding ledge, which is directed in the opposite direction with respect to said first wing, for the resting of said connecting body, said second element being substantially constituted by a second beam which has a U-shaped transverse cross-section, in order to form two uprights which are blended by a respective crossmember which jointly delimit a receptacle for accommodating said flap, said insert (6A, 6B) and said first element, characterized in that said connecting body comprises a third contoured beam, which is made of an elastically deformable material and can be arranged so as to close the interspace in alignment with the walking surface, each side of said third beam resting on a respective said ledge of said first beam and forming a corresponding vertical interstice, which is open upward for the accommodation of a said upright, said central portion of said film being arranged below said third beam.
A cathode comprising: a cathode collector layer; a plurality of cathode active material layers electrically contacting the cathode collector layer and perpendicular to the cathode collector layer, and a conductive layer electrically contacting the cathode collector layer and disposed in the plurality of cathode active material layers; wherein each of the plurality of cathode active material layers comprises a sintered polycrystalline material having a plurality of crystal grains of a lithium-based oxide, and wherein a crystal direction of the plurality of crystal grains is substantially parallel to a surface of the cathode collector layer. a cathode collector layer; a plurality of cathode active material layers electrically contacting the cathode collector layer and perpendicular to the cathode collector layer, and a conductive layer electrically contacting the cathode collector layer and disposed in the plurality of cathode active material layers; wherein each of the plurality of cathode active material layers comprises a sintered polycrystalline material having a plurality of crystal grains of a lithium-based oxide, and wherein a crystal direction of the plurality of crystal grains is substantially parallel to a surface of the cathode collector layer.
Ionization cell, for a mass spectrometer, comprising: - an ionization cage comprising first and second electron entrance slits (11, 26), and one side of which has an exit slit for the passage of ionized particles (14a, 14b, 14c); - a working first filament, placed facing said first electron entrance slit, intended to be powered so as to produce an electron beam; and - a backup second filament, placed facing said second electron entrance slit, intended to be powered, in the event of failure of the working first filament, so as to produce the electron beam, - said second entrance slit being placed outside of a frontal region F located opposite said first entrance slit, said frontal region corresponding to the projection, onto the opposite face of the ionization cage, of the area of the entrance slit, along the normal to the plane that contains it. - an ionization cage comprising first and second electron entrance slits (11, 26), and one side of which has an exit slit for the passage of ionized particles (14a, 14b, 14c); - a working first filament, placed facing said first electron entrance slit, intended to be powered so as to produce an electron beam; and - a backup second filament, placed facing said second electron entrance slit, intended to be powered, in the event of failure of the working first filament, so as to produce the electron beam, - said second entrance slit being placed outside of a frontal region F located opposite said first entrance slit, said frontal region corresponding to the projection, onto the opposite face of the ionization cage, of the area of the entrance slit, along the normal to the plane that contains it.
An electronic data sharing device for sharing user related information with users of other functionally similar electronic data sharing devices (2, 3), the electronic data sharing device configured to: generate a temporary, non-unique, identification tag to identify the electronic data sharing device, transmit from the electronic data sharing device the generated identification tag via a wireless medium, receive at the electronic data sharing device a further identification tag generated by a further electronic data sharing device, and generate an alert on the electronic data sharing device when the transmission and reception of the identification tags is successful, to indicate that the further electronic data sharing device is in the vicinity. generate a temporary, non-unique, identification tag to identify the electronic data sharing device, transmit from the electronic data sharing device the generated identification tag via a wireless medium, receive at the electronic data sharing device a further identification tag generated by a further electronic data sharing device, and generate an alert on the electronic data sharing device when the transmission and reception of the identification tags is successful, to indicate that the further electronic data sharing device is in the vicinity.
Use of a compound of formula in the form of any one of its stereoisomers or a mixture thereof, wherein R 1 represents a C 1-3 alkyl group, and R 2 represents a C 4-9 linear alkyl group; and the compound has between 10 and 15 carbon atoms for preventing, treating, modifying, decreasing, or suppressing malodor, comprising treating a malodor source with the compound of formula in an amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S. aureus, S. haemolyticus, and E. coli, wherein the amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S. aureus, S. haemolyticus, and E. coli is from 300 to 1000 ppm. in the form of any one of its stereoisomers or a mixture thereof, wherein R 1 represents a C 1-3 alkyl group, and R 2 represents a C 4-9 linear alkyl group; and the compound has between 10 and 15 carbon atoms for preventing, treating, modifying, decreasing, or suppressing malodor, comprising treating a malodor source with the compound of formula in an amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S. aureus, S. haemolyticus, and E. coli, wherein the amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S. aureus, S. haemolyticus, and E. coli is from 300 to 1000 ppm.
An inhibitor of GPR132 (G protein coupled receptor 132) for use in preventing and/or treating chemotherapy-induced neuropathic pain in a subject, wherein said subject has received at least one platinum-containing chemotherapeutic agent.
Method for calibrating a rotary apparatus mounted on a movable part of a coordinate measuring machine, which rotary apparatus has a first part, which is fastened to the movable part of the coordinate measuring machine, and a second part which is rotatable relative to the first part about an axis of rotation of the rotary apparatus and on which a measurement sensor for measuring workpieces is mountable, wherein - the rotary apparatus, or a body connected to the second part, is moved, by operation of a drive system of the coordinate measuring machine, into a spatial region of a position determining device which is connected to a base of the coordinate measuring machine, - a position of the rotary apparatus, or of the body connected to the second part, relative to the position determining device is determined by means of at least one sensor (15, 16) of the position determining device, - the rotary apparatus is brought into different rotary positions and, in the different rotary positions, in each case the position of the rotary apparatus, or of the body connected to the second part, relative to the position determining device is determined by means of the at least one sensor (15, 16) of the position determining device while the rotary apparatus, or the body connected to the second part, is situated in the spatial region of the position determining device, and - the rotary apparatus is calibrated taking account of the positions determined by means of the at least one sensor (15, 16) of the position determining device. - the rotary apparatus, or a body connected to the second part, is moved, by operation of a drive system of the coordinate measuring machine, into a spatial region of a position determining device which is connected to a base of the coordinate measuring machine, - a position of the rotary apparatus, or of the body connected to the second part, relative to the position determining device is determined by means of at least one sensor (15, 16) of the position determining device, - the rotary apparatus is brought into different rotary positions and, in the different rotary positions, in each case the position of the rotary apparatus, or of the body connected to the second part, relative to the position determining device is determined by means of the at least one sensor (15, 16) of the position determining device while the rotary apparatus, or the body connected to the second part, is situated in the spatial region of the position determining device, and - the rotary apparatus is calibrated taking account of the positions determined by means of the at least one sensor (15, 16) of the position determining device.
A method of quantifying mRNA capping efficiency, the method comprising: (i) an in vitro transcription reaction comprising: (a) in vitro transcribing of mRNA; and (b) incorporating a cap analog, (ii) a quantification step comprising: (a) providing a cap specific binding substance under conditions that permit the formation of a complex between the cap specific binding substance and the capped mRNA; and (b) quantitatively determining the amount of the complex as compared to a control, thereby quantifying mRNA capping efficiency, wherein in vitro transcription comprises at least a phage RNA polymerase, a DNA template containing a phage polymerase promoter, nucleotides, and a buffer containing a magnesium salt. (i) an in vitro transcription reaction comprising: (a) in vitro transcribing of mRNA; and (b) incorporating a cap analog, (a) in vitro transcribing of mRNA; and (b) incorporating a cap analog, (ii) a quantification step comprising: (a) providing a cap specific binding substance under conditions that permit the formation of a complex between the cap specific binding substance and the capped mRNA; and (b) quantitatively determining the amount of the complex as compared to a control, thereby quantifying mRNA capping efficiency, (a) providing a cap specific binding substance under conditions that permit the formation of a complex between the cap specific binding substance and the capped mRNA; and (b) quantitatively determining the amount of the complex as compared to a control, thereby quantifying mRNA capping efficiency,
A safety circuit for temperature tripping with redundancy, the safety circuit comprising: a temperature-dependent element (11; 111); a first temperature evaluation module comprising a first input arranged to receive a first input signal derived from a temperature by means of said temperature-dependent element (11; 111); the first temperature evaluation module being arranged to evaluate said first input signal and determine a first temperature state as one of at least two states, whereof at least one state is a trip state; the first temperature evaluation module further comprising a first output arranged to provide a first output signal corresponding to said determined first temperature state; a second temperature evaluation module comprising a second input arranged to receive a second input signal derived from said temperature by means of said temperature-dependent element (11; 111), the second input signal being different from said first input signal; the second temperature evaluation module being arranged to evaluate said second input signal and determine a second temperature state as one of at least two states, whereof at least one state is a trip state; the second temperature evaluation module further comprising a second output arranged to provide a second output signal corresponding to said determined second temperature state; and a tripping monitoring unit connected to said first and second outputs and being arranged to establish a tripping command signal when at least one of said first and second output signals changes to said trip state. a temperature-dependent element (11; 111); a first temperature evaluation module comprising a first input arranged to receive a first input signal derived from a temperature by means of said temperature-dependent element (11; 111); the first temperature evaluation module being arranged to evaluate said first input signal and determine a first temperature state as one of at least two states, whereof at least one state is a trip state; the first temperature evaluation module further comprising a first output arranged to provide a first output signal corresponding to said determined first temperature state; a second temperature evaluation module comprising a second input arranged to receive a second input signal derived from said temperature by means of said temperature-dependent element (11; 111), the second input signal being different from said first input signal; the second temperature evaluation module being arranged to evaluate said second input signal and determine a second temperature state as one of at least two states, whereof at least one state is a trip state; the second temperature evaluation module further comprising a second output arranged to provide a second output signal corresponding to said determined second temperature state; and a tripping monitoring unit connected to said first and second outputs and being arranged to establish a tripping command signal when at least one of said first and second output signals changes to said trip state.