mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving a Multimedia Broadcast Multicast Service, MBMS, by a User Equipment, UE, in carrier aggregation, comprising: determining, by a UE with MBMS capability, all Component Carriers, CCs, that can be received by the UE at UE's geographic location; determining, by the UE, an MBMS-bearing CC in the all CCs; and receiving, by the UE, an MBMS on the MBMS-bearing CC; wherein the determining, by the UE, an MBMS-bearing CC in the all CCs comprises: receiving, by the UE, a Broadcast Control Channel, BCCH, sent in each of the all CCs that can be received according to a relation between a CC and the UE itself, and determining, by the UE, the MBMS-bearing CC according to the BCCH; or receiving, by the UE, information from a network side on the MBMS-bearing CC in all CCs via a Primary Cell, Pcell, of the UE; receiving, by the UE, the BCCH sent in each MBMS-bearing CC according to the relation between a CC and the UE itself. determining, by a UE with MBMS capability, all Component Carriers, CCs, that can be received by the UE at UE's geographic location; determining, by the UE, an MBMS-bearing CC in the all CCs; and receiving, by the UE, an MBMS on the MBMS-bearing CC; wherein the determining, by the UE, an MBMS-bearing CC in the all CCs comprises: receiving, by the UE, a Broadcast Control Channel, BCCH, sent in each of the all CCs that can be received according to a relation between a CC and the UE itself, and determining, by the UE, the MBMS-bearing CC according to the BCCH; or receiving, by the UE, information from a network side on the MBMS-bearing CC in all CCs via a Primary Cell, Pcell, of the UE; receiving, by the UE, the BCCH sent in each MBMS-bearing CC according to the relation between a CC and the UE itself. receiving, by the UE, a Broadcast Control Channel, BCCH, sent in each of the all CCs that can be received according to a relation between a CC and the UE itself, and determining, by the UE, the MBMS-bearing CC according to the BCCH; or receiving, by the UE, information from a network side on the MBMS-bearing CC in all CCs via a Primary Cell, Pcell, of the UE; receiving, by the UE, the BCCH sent in each MBMS-bearing CC according to the relation between a CC and the UE itself.
A catalyst for glycerin dehydration, comprising a composite metal oxide represented by the following Chemical Formula 1: [Chemical Formula 1] (Ma) p (Mb) q WA r O x wherein A is phosphorus or sulfur, either one of Ma and Mb is B, the other is Ce, and p and q are real numbers of more than 0 and 3 or less, r is a real number of 1 to 3, and x is a real number of 1 to 20. wherein A is phosphorus or sulfur, either one of Ma and Mb is B, the other is Ce, and p and q are real numbers of more than 0 and 3 or less, r is a real number of 1 to 3, and x is a real number of 1 to 20.
A multi-layer film for use as a solar cell substrate, consisting of a supporting layer(s) and a scattering layer(s), wherein the supporting layer comprises a thermoplastic crystalline resin, the scattering layer comprises a thermoplastic crystalline resin and particles having a different refractive index from the refractive index of the thermoplastic crystalline resin, the content of the particles in the scattering layer is 0.05 to 20 vol% based on the volume of the scattering layer, the absolute value of the difference between the refractive index of the particles contained in the scattering layer and the refractive index of the thermoplastic crystalline resin in the scattering layer is 0.05 to 0.90, the both surfaces of the multi-layer film have a center line average surface roughness Ra of not more than 30 nm, and the multi-layer film has a total light transmittance Tt as measured in accordance with JIS K6714 of not less than 80 % and a haze ratio as measured in accordance with JIS K6714 of not less than 8 %, wherein the refractive index of the thermoplastic crystalline resin is the average value of the refractive index nMD in the film forming direction within the plane of the film and the refractive index nTD in a direction perpendicular to the film forming direction within the plane of the film, at a wavelength of 633 nm, wherein vol % is a value calculated from the true density of the particles and the density of the resin in an amorphous state obtained from the content (wt%) of the particles in the scattering layer, and wherein the center line average surface roughness Ra is calculated from equation Ra = 1 / LXLY ∫ 0 LX ∫ 0 LY f X. Y ⁢ dXdY wherein a roughness curve is represented by Z = F(X, Y) and is obtained by measuring a projection profile of the surface of the film with an optical probe having a beam diameter of 1.6 μm of a semiconductor laser having a wavelength of 780 nm by using a non-contact 3-D roughness meter under the following conditions: measurement length of 1 mm, sampling pitch of 2 μm, cut-off of 0.25 mm, magnification in the longitudinal direction of 5,000X, magnification in the transverse direction of 200X and 100 scanning lines.
A chemical analysis machine comprising a liquid phase chromatograph comprising, in turn, a chromatography nano-column with an inner diameter that is smaller than or equal to 100 μm, an electron ionization mass spectrometer, and a joining assembly interposed between the liquid phase chromatograph and the electron ionization mass spectrometer; said machine being characterized in that said joining assembly comprises a microcapillary tube having an inner diameter smaller than or equal to 50 μm and having a first end, which is directly connected to an outlet end of the nano-column so as to receive the liquid phase, and a second end, which is housed inside a vaporization microcannula within which an inert gas flows; said vaporization microcannula being partially engaged by said microcapillary tube and having an end facing the inside of an ionization chamber of said electron ionization mass spectrometer; said vaporization microcannula being divided into a first part, which is subjected to the action of a heating device, adapted to heat said first part to a temperature ranging between 200 and 400°C, and a second part, which is kept at room temperature and has a length that is greater than or equal to 2 cm; said microcapillary tube occupying the inside of the entire second part of the vaporization microcannula and having an end portion that is arranged inside said first part and has a length that is less than or equal to 5 mm.
A data managing apparatus comprising: a storage to store information on an electricity unit price applied to a customer for each of a plurality of periods of time; a power consumption acquiring unit to acquire a history of power consumption for the customer, from a meter apparatus of the customer; an information generating unit; a communicating unit; and a decryption key acquiring unit, wherein, as the history of the power consumption, the power consumption acquiring unit is adapted to acquire power consumption measured and encrypted at a fixed time interval, from the meter apparatus the decryption key acquiring unit is adapted to acquire a decryption key for each electricity unit price, from the meter apparatus, the decryption key being a summed up key of keys used for encryption of the power consumption for the ones of the periods of time for which same electricity unit price is applied, the information generating unit is adapted to sum up the encrypted power consumption for the ones of the periods of time for which the same electricity unit price is applied to calculate an integrated value of the encrypted power consumption for each electricity unit price, and is adapted to decrypt the integrated value with the decryption key for each electricity unit price to generate second information indicating the decrypted integrated value for each electricity unit price, and the communicating unit is adapted to send the second information to an external system. a storage to store information on an electricity unit price applied to a customer for each of a plurality of periods of time; a power consumption acquiring unit to acquire a history of power consumption for the customer, from a meter apparatus of the customer; an information generating unit; a communicating unit; and a decryption key acquiring unit,
Method for operating a communications network, wherein the communications network comprises a plurality of participants including a first participant and a second participant, wherein the first participant transmits a message repeating sequence consisting of N successive messages to the second participant, where N ≥ 2, wherein a respective action which can be performed by the second participant is assigned to each message in the message repeating sequence, wherein the first participant respectively begins to transmit one of the N messages at N successive transmission times T_I (I=0,..., N-1), wherein each of the N messages contains a field which defines a waiting time assigned to the respective message W _ I = T _ N − 1 − T _ I + Δ ⁢ W _ I I = 0,..., N − 1, where ΔW_I is a non-negative tolerance time, and wherein the second participant selects one message from among the messages in the message repeating sequence which are successfully received by the second participant as a useful message and measures a time elapsed since the reception of the useful message and performs the action assigned to the useful message when the elapsed time has reached the waiting time assigned to the useful message.
A prosthetic heart valve comprising: a radially expandable and compressible annular frame comprising a plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) each including a plurality of segments disposed between two end portions of each strut and a respective intermediate segment (42a; 42b; 52) disposed between respective two of the plurality of segments, the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) comprising inner struts (40b, 40c) and outer struts that are discrete from one another, wherein the outer struts overlap adjacent inner struts (40b, 40c) at pivot joints (J1; J2; J3), and radial expansion or compression of the annular frame causes the inner struts (40b, 40c) to pivot relative to the outer struts at the pivot joints (J1; J2; J3); and a valvular structure mounted within the frame that regulates blood flow through the prosthetic heart valve; wherein the intermediate segments (42a; 42b; 52) of at least some of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are bent to form recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3) to accommodate a respective straight or also bent intermediate segment of a respective overlapping strut belonging to others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), such that the others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are seated in the recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3). a radially expandable and compressible annular frame comprising a plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) each including a plurality of segments disposed between two end portions of each strut and a respective intermediate segment (42a; 42b; 52) disposed between respective two of the plurality of segments, the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) comprising inner struts (40b, 40c) and outer struts that are discrete from one another, wherein the outer struts overlap adjacent inner struts (40b, 40c) at pivot joints (J1; J2; J3), and radial expansion or compression of the annular frame causes the inner struts (40b, 40c) to pivot relative to the outer struts at the pivot joints (J1; J2; J3); and a valvular structure mounted within the frame that regulates blood flow through the prosthetic heart valve; wherein the intermediate segments (42a; 42b; 52) of at least some of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are bent to form recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3) to accommodate a respective straight or also bent intermediate segment of a respective overlapping strut belonging to others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), such that the others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are seated in the recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3).
A liquid ring pump comprising: a head having an inlet passage and a discharge passage; a body including a first stage working chamber and a second stage working chamber; an inter-stage passage in fluid connection with a discharge outlet opening from said first stage working chamber, said inter-stage passage also in fluid connection with an inlet opening into said second stage working chamber; an inter-stage discharge bypass system comprising a bypass passage from said inter-stage passage into said discharge passage of said head and at least a portion of a valve in fluid connection with said bypass passage, characterized in that said inter-stage passage, included by a cone coupled to said head, is disposed completely within the body and the head and said valve is adapted to conduct a fluid to flow through said bypass passage to completely bypass said second stage working chamber when a pressure within said bypass passage is at or below a pre-determined pressure. a head having an inlet passage and a discharge passage; a body including a first stage working chamber and a second stage working chamber; an inter-stage passage in fluid connection with a discharge outlet opening from said first stage working chamber, said inter-stage passage also in fluid connection with an inlet opening into said second stage working chamber; an inter-stage discharge bypass system comprising a bypass passage from said inter-stage passage into said discharge passage of said head and at least a portion of a valve in fluid connection with said bypass passage,
Process for production, in an injection mold, of a plastics molding with a UV-cured lacquer and with a visible area designed as functional area, where the UV-cured lacquer forms said visible area, where - a film segment that has not been preformed and that is in essence flat, composed of a carrier layer made of a thermoplastic and of a partially thermally cured UV-curable lacquer is arranged in a cavity of the injection mold in such a way that the partially cured lacquer layer faces toward a female-mold surface replicating the negative form of the visible area of the molding, and - where the film segment arranged in the cavity is subjected to insert molding with a thermoplastic on a reverse-side surface facing away from the partially thermally cured UV-curable lacquer, in such a way that the carrier layer of the film segment bonds to the injected hot melt, and - that a compressive force resulting from the injection pressure of the injected melt acts in the direction of the female-mold surface, whereupon, with exposure to the compressive force and to heating resulting from the direct contact with the hot melt, the entire area of the film segment is forced onto the female-mold surface and subjected to a three-dimensional forming process, and - after removal of the molding, the partially thermally cured UV-curable lacquer is cured to completion by UV radiation and, on the molding, forms the visible area designed as functional area. - a film segment that has not been preformed and that is in essence flat, composed of a carrier layer made of a thermoplastic and of a partially thermally cured UV-curable lacquer is arranged in a cavity of the injection mold in such a way that the partially cured lacquer layer faces toward a female-mold surface replicating the negative form of the visible area of the molding, and - where the film segment arranged in the cavity is subjected to insert molding with a thermoplastic on a reverse-side surface facing away from the partially thermally cured UV-curable lacquer, in such a way that the carrier layer of the film segment bonds to the injected hot melt, and - that a compressive force resulting from the injection pressure of the injected melt acts in the direction of the female-mold surface, whereupon, with exposure to the compressive force and to heating resulting from the direct contact with the hot melt, the entire area of the film segment is forced onto the female-mold surface and subjected to a three-dimensional forming process, and - after removal of the molding, the partially thermally cured UV-curable lacquer is cured to completion by UV radiation and, on the molding, forms the visible area designed as functional area.
Control and display module comprising: - a sheet of transparent material comprising an upper face and a lower face; - a light source (22, 27) able to emit a light beam and to illuminate said lower face of said transparent sheet; - means (40, 50) positioned between said transparent sheet and said light source (22, 27), which means are able to minimize the amount of parasitic light energy originating from said light source (22, 27) able to induce a leakage light flux by reflection of the light flux in the thickness of said transparent sheet, and said means being means able to collimate the light flux originating from said light source (22, 27) so as to obtain light rays that are parallel to one another, said module being characterized in that it comprises a display screen covered by said lower face. - a sheet of transparent material comprising an upper face and a lower face; - a light source (22, 27) able to emit a light beam and to illuminate said lower face of said transparent sheet; - means (40, 50) positioned between said transparent sheet and said light source (22, 27), which means are able to minimize the amount of parasitic light energy originating from said light source (22, 27) able to induce a leakage light flux by reflection of the light flux in the thickness of said transparent sheet, and said means being means able to collimate the light flux originating from said light source (22, 27) so as to obtain light rays that are parallel to one another, said module being characterized in that it comprises a display screen covered by said lower face.
A method for accentuating the orientation of the grains of a sheet of grain oriented steel during an operation of annealing the steel sheet in a continuous heat treatment furnace, this operation being used in particular for the manufacture of magnetic steel sheet, the method comprising a step of moving the steel sheet in its longitudinal direction, during which the steel sheet is moved in the furnace, characterized in that it comprises: ∘ a step of soaking of maintaining a stretch region (1d, 1e) of the steel sheet at a set temperature of between 750°C and 900°C, ∘ a step of stretching the steel sheet longitudinally in the stretch region (1d, 1e). and in order to stretch the steel sheet it is brought into driving engagement with two motorized tensioning blocks (41, 42), called "S blocks" situated in the furnace, the tensioning blocks (41, 42) being situated one on each side of the stretch region (1d, 1e) and defining two different speeds of travel for the steel sheet, respectively upstream and downstream of the stretch region (1d, 1e). ∘ a step of soaking of maintaining a stretch region (1d, 1e) of the steel sheet at a set temperature of between 750°C and 900°C, ∘ a step of stretching the steel sheet longitudinally in the stretch region (1d, 1e).
A reference system configured for an ion selective/electrochemical pH sensor for measuring pH of a solution which is a low buffer/low buffering capacity analyte media, comprising: a reference electrode coupled with a redox active species comprising acidic or alkaline moieties, wherein the redox active species is configured in use to directly contact the low buffer/low buffering capacity analyte media, characterized in that the redox active species is configured to control a pH of a local environment of the low buffer/low buffering capacity analyte media proximal to the reference electrode, wherein the redox active species is configured to control the pH of the local environment to a constant pH of 6 or less or to a pH of 8 or greater, wherein the reference system further comprises a potentiostat configured to apply a voltammetric sweep to the reference electrode, wherein the redox active species provides a constant response to the voltammetric sweep, such that the reference system provides a constant reference output. a reference electrode coupled with a redox active species comprising acidic or alkaline moieties, wherein the redox active species is configured in use to directly contact the low buffer/low buffering capacity analyte media, characterized in that the redox active species is configured to control a pH of a local environment of the low buffer/low buffering capacity analyte media proximal to the reference electrode, wherein the redox active species is configured to control the pH of the local environment to a constant pH of 6 or less or to a pH of 8 or greater, wherein the reference system further comprises a potentiostat configured to apply a voltammetric sweep to the reference electrode, wherein the redox active species provides a constant response to the voltammetric sweep, such that the reference system provides a constant reference output.