mhurhangee/ep-ind-claims huggingface dataset:
Movable device for covering a basin, particularly a swimming pool, comprising: - a first rigid structure called lower and a second rigid structure called upper, each of said structures comprising a lower face and a flat opposite upper face (23, 33), - means of displacing said structures (20, 30) with respect to each other between a configuration called retracted in which the lower structure is disposed beneath the upper structure and a configuration called deployed in which said structures are juxtaposed, their respective upper faces (23, 33) are incorporated within planes parallel to each other, and together they are able to cover said basin, - means of displacing said structures (20, 30) between a position of covering said basin and a position of uncovering said basin, - means of placing in a same plane the upper face of the upper structure and the upper face of the lower structure in said deployed configuration, and - means of displacement, called vertical, of one of said structures with respect to a ground surface surrounding said basin in a direction perpendicular to the plane of the upper face of said structure, between a first position in which the lower face of the upper structure is disposed above the plane of the upper face of the lower structure with respect to said ground surface, an intermediate position in which the lower face of the upper structure is disposed in the plane of the upper face of the lower structure, and a third position in which the upper face of the upper structure is disposed in the plane of the upper face of the lower structure, characterised in that said means of vertical displacement are carried by the upper structure. - a first rigid structure called lower and a second rigid structure called upper, each of said structures comprising a lower face and a flat opposite upper face (23, 33), - means of displacing said structures (20, 30) with respect to each other between a configuration called retracted in which the lower structure is disposed beneath the upper structure and a configuration called deployed in which said structures are juxtaposed, their respective upper faces (23, 33) are incorporated within planes parallel to each other, and together they are able to cover said basin, - means of displacing said structures (20, 30) between a position of covering said basin and a position of uncovering said basin, - means of placing in a same plane the upper face of the upper structure and the upper face of the lower structure in said deployed configuration, and - means of displacement, called vertical, of one of said structures with respect to a ground surface surrounding said basin in a direction perpendicular to the plane of the upper face of said structure, between a first position in which the lower face of the upper structure is disposed above the plane of the upper face of the lower structure with respect to said ground surface, an intermediate position in which the lower face of the upper structure is disposed in the plane of the upper face of the lower structure, and a third position in which the upper face of the upper structure is disposed in the plane of the upper face of the lower structure,
A method of obtaining a personal identification number, PIN, from a client terminal, comprising: storing, in a local PIN cache (2340,2408) at the client terminal, PINs for plural high volume prepaid services/products, wherein the plural high volume prepaid services/products are provided by a plurality of different service/product providers; storing, at a server, PINs and an indication of the number of PINs for a particular prepaid service/product capable of being pre-stored by the client terminal with respect to each service/product; receiving, at the client terminal, a request for a desired prepaid service/product; determining, by the client terminal, whether it has stored one or more of the PINs corresponding to the requested service/ product; if so, dispensing a PIN from the local PIN cache (2340,2408), otherwise sending, from the client terminal, a PIN request to a server; if a non-zero indication of the number of PINs for a particular prepaid service/product is associated with the requested service/product, sending, by the server, a set of PINs associated with the requested service/product to the client terminal, whereby the size of the set of PINs is determined by the corresponding indication of the number of PINs for a particular prepaid service/product and, in response to receiving (422,2414), at the client terminal, the set of PINs, dispensing the first PIN of this set of PINs and storing the other PINs of the set of PINs in the local PIN cache (2340,2408); and otherwise, sending a single PIN from the server to the client terminal and dispensing the single PIN from the client terminal.
A lateral insulated-gate bipolar transistor, comprising: a silicon substrate; and a cathode terminal located on the substrate; an anode terminal located on the substrate, the anode terminal comprising an N-type buffer region located in the substrate; a gate provided on the substrate and located between the anode terminal and the cathode terminal; an N-type drift region located between the anode terminal and the cathode terminal; the anode terminal further comprising a P well, located in the N-type buffer region, and an N+ region, located in the P well; a trench located above the N+ region and partially surrounded by the P well; a polysilicon located in the trench; P+ portions located at both sides of the trench and N+ portions located at both sides of the P+ portions, the P+ and N+ portions each being provided in the N-type buffer region; the anode terminal further comprising an oxide layer located on an inner surface of the trench, the oxide layer comprising an oxide film located on a sidewall of the trench and a spacer structure located at both sides of a bottom of the trench; and the oxide layer having a void at a position corresponding to a middle portion of the bottom of the trench, such that the polysilicon is in direct contact with the N+ region below. a silicon substrate; and a cathode terminal located on the substrate; an anode terminal located on the substrate, the anode terminal comprising an N-type buffer region located in the substrate; a gate provided on the substrate and located between the anode terminal and the cathode terminal; an N-type drift region located between the anode terminal and the cathode terminal; the anode terminal further comprising a P well, located in the N-type buffer region, and an N+ region, located in the P well; a trench located above the N+ region and partially surrounded by the P well; a polysilicon located in the trench; P+ portions located at both sides of the trench and N+ portions located at both sides of the P+ portions, the P+ and N+ portions each being provided in the N-type buffer region; the anode terminal further comprising an oxide layer located on an inner surface of the trench, the oxide layer comprising an oxide film located on a sidewall of the trench and a spacer structure located at both sides of a bottom of the trench; and the oxide layer having a void at a position corresponding to a middle portion of the bottom of the trench, such that the polysilicon is in direct contact with the N+ region below.
A brake disc (10, 10A) for a railway vehicle, comprising: a disc plate portion having a sliding portion on a front face, a plurality of radial fins (11a, 11b) provided on a rear face of the disc plate portion and having a shape extending in a radial direction of the disc plate portion, and a circumferential rib (13, 13A) provided between each pair of radial fins (11a, 11b) that are adjacent among the plurality of radial fins (11a, 11b), and having a shape extending in a circumferential direction of the disc plate portion, wherein: a flow path for air that runs from an inner circumferential side to an outer circumferential side of the disc plate portion is formed between the pair of radial fins (11a, 11b) in a state in which the disc plate portion is fastened to a wheel of a railway vehicle, and the flow path for air is narrowed by the circumferential rib (13, 13A); characterised in that a gradual slope for suppressing fluctuations in an airflow that passes between the pair of radial fins is provided on the circumferential rib (13, 13A) on a side face (13a, 13b) along the radial direction of the disc plate portion. a disc plate portion having a sliding portion on a front face, a plurality of radial fins (11a, 11b) provided on a rear face of the disc plate portion and having a shape extending in a radial direction of the disc plate portion, and a circumferential rib (13, 13A) provided between each pair of radial fins (11a, 11b) that are adjacent among the plurality of radial fins (11a, 11b), and having a shape extending in a circumferential direction of the disc plate portion, wherein: a flow path for air that runs from an inner circumferential side to an outer circumferential side of the disc plate portion is formed between the pair of radial fins (11a, 11b) in a state in which the disc plate portion is fastened to a wheel of a railway vehicle, and the flow path for air is narrowed by the circumferential rib (13, 13A); characterised in that a gradual slope for suppressing fluctuations in an airflow that passes between the pair of radial fins is provided on the circumferential rib (13, 13A) on a side face (13a, 13b) along the radial direction of the disc plate portion. a flow path for air that runs from an inner circumferential side to an outer circumferential side of the disc plate portion is formed between the pair of radial fins (11a, 11b) in a state in which the disc plate portion is fastened to a wheel of a railway vehicle, and the flow path for air is narrowed by the circumferential rib (13, 13A); characterised in that a gradual slope for suppressing fluctuations in an airflow that passes between the pair of radial fins is provided on the circumferential rib (13, 13A) on a side face (13a, 13b) along the radial direction of the disc plate portion.
A molecular library comprising a group of a plurality of molecules, wherein each member of the library is a polypeptide having a randomized sequence moiety and a microprotein moiety, wherein each member of the library is a polypeptide molecule comprising the following amino acid sequence: -[(Xaa) n -Tyr-Asp-Pro-Xaa-Thr-Gly-Thr-Trp-(Xaa) m] k - wherein Xaa represents an arbitrary amino acid residue, k represents an integer of 2 or larger, each n independently represents an integer of 0 or larger, and each m independently represents an integer of 0 or larger.
A microfluidic system for processing biological samples comprising: a rotary motor; a means for controlling said motor; a platform coupled to the rotary motor and adapted to provide at least one particle-washing structure and particle receiving structure adapted for receiving particles washed in the particle washing structure; and a detection zone for detection of washed particles in the particle receiving structure while the platform rotates; characterised in that the particle receiving structure comprises a pelleting chamber which is tapered to a point at one end such that the detection zone is defined at its outermost point. a rotary motor; a means for controlling said motor; a platform coupled to the rotary motor and adapted to provide at least one particle-washing structure and particle receiving structure adapted for receiving particles washed in the particle washing structure; and a detection zone for detection of washed particles in the particle receiving structure while the platform rotates; characterised in that the particle receiving structure comprises a pelleting chamber which is tapered to a point at one end such that the detection zone is defined at its outermost point.
A method implemented by a network device functioning as a source evolved universal terrestrial radio access network, E-UTRAN, node B, eNodeB, in a cellular communication network to support incremental deployment of identifier locator network protocol, ILNP, breakout in the cellular communication network, the method comprising: advertising a first access point name, APN, and a second APN to a user equipment, UE, wherein the first APN is associated with a user plane packet gateway, P-GWu, that is implemented at the source eNodeB, and wherein the second APN is associated with a packet gateway, P-GW, in a core of the cellular communication network; establishing a first PDN session associated with the first APN; establishing a second PDN session associated with the second APN; receiving, from the UE via the first PDN session, a first packet destined for a first Correspondent Node,CN, wherein the first CN is ILNP capable; forwarding the first packet to the first CN via the P-GWu implemented at the source eNodeB; receiving, from the UE via the second PDN session, a second packet destined for a second CN that is not ILNP capable; and forwarding the second packet to the second CN via the P-GW in the core of the cellular communication network. advertising a first access point name, APN, and a second APN to a user equipment, UE, wherein the first APN is associated with a user plane packet gateway, P-GWu, that is implemented at the source eNodeB, and wherein the second APN is associated with a packet gateway, P-GW, in a core of the cellular communication network; establishing a first PDN session associated with the first APN; establishing a second PDN session associated with the second APN; receiving, from the UE via the first PDN session, a first packet destined for a first Correspondent Node,CN, wherein the first CN is ILNP capable; forwarding the first packet to the first CN via the P-GWu implemented at the source eNodeB; receiving, from the UE via the second PDN session, a second packet destined for a second CN that is not ILNP capable; and forwarding the second packet to the second CN via the P-GW in the core of the cellular communication network.
A single cell module for a polymer electrolyte fuel cell, having an electrolyte membrane structure in which an outer periphery part of an electrolyte membrane is sandwiched by a first frame and a second frame, and a pair of separators that sandwich the electrolyte membrane structure, wherein welding parts are formed in a surface of one of the first frame and the second frame in such a manner as to penetrate through the electrolyte membrane and reach the other of the first frame and the second frame, sealing members are part of the separators and disposed on both surfaces of the first frame and the second frame, and the sealing members are positioned between the welding parts and a power generation region, characterized in that the welding parts are configured to weld the first frame, the second frame and the electrolyte membrane, and are provided in places at an outer periphery of the electrolyte membrane.
A method for forming an optical or micro-optical or sub-microoptical device comprising micron or submicron cavities comprising walls, comprising: - the formation of a photolithographic mask (16',16'') on a transparent support, - the deposition of a layer (18, 18') of the photosensitive material on the face, a so-called front face, of the support which supports the mask, o if the photosensitive material is of negative polarity, the opaque portions of the mask being under the areas where the photosensitive material should be removed, o if the photosensitive material is of positive polarity, the opaque portions of the mask being under the areas where the photosensitive material should be preserved and therefore without any mask material between the walls; - the insolation of the layer of the photosensitive material through the rear face of the support, - the development of the photosensitive material in order to obtain said walls, and if the photosensitive material is of negative polarity, the removal of the mask areas located at the bottom of the cavities in order to obtain cavities without any mask material between the walls, - the introduction of a fluid (24, 26) into the cavities of the optical or micro-optical or sub-microoptical device, said fluid enabling an optical function of the fluid. - the formation of a photolithographic mask (16',16'') on a transparent support, - the deposition of a layer (18, 18') of the photosensitive material on the face, a so-called front face, of the support which supports the mask, o if the photosensitive material is of negative polarity, the opaque portions of the mask being under the areas where the photosensitive material should be removed, o if the photosensitive material is of positive polarity, the opaque portions of the mask being under the areas where the photosensitive material should be preserved and therefore without any mask material between the walls; o if the photosensitive material is of negative polarity, the opaque portions of the mask being under the areas where the photosensitive material should be removed, o if the photosensitive material is of positive polarity, the opaque portions of the mask being under the areas where the photosensitive material should be preserved and therefore without any mask material between the walls; - the insolation of the layer of the photosensitive material through the rear face of the support, - the development of the photosensitive material in order to obtain said walls, and if the photosensitive material is of negative polarity, the removal of the mask areas located at the bottom of the cavities in order to obtain cavities without any mask material between the walls, - the introduction of a fluid (24, 26) into the cavities of the optical or micro-optical or sub-microoptical device, said fluid enabling an optical function of the fluid.
A head-mounted display, comprising an optical component which comprises: a plurality of micro lenses connected to each other; a central lens connected among and surrounded by the micro lenses, wherein the central lens and the micro lenses are substantially arranged along a plane, and a display panel having a display surface facing the optical component, wherein a lateral length of the central lens is greater than a lateral length of any of the micro lenses, and the lateral lengths (L1, L2) are measured along one dimension of the plane, wherein the lateral length of the central lens is about 4 to 50 times the lateral length of any of the micro lenses, wherein the display surface comprises a central display region and a peripheral display region surrounding the central display region, and the central lens has an optical axis passing through the central display region, and wherein the display panel is configured to display a central image at the central display region and a plurality of light field images at the peripheral display region. a plurality of micro lenses connected to each other; a central lens connected among and surrounded by the micro lenses, wherein the central lens and the micro lenses are substantially arranged along a plane, and a display panel having a display surface facing the optical component, wherein a lateral length of the central lens is greater than a lateral length of any of the micro lenses, and the lateral lengths (L1, L2) are measured along one dimension of the plane, wherein the lateral length of the central lens is about 4 to 50 times the lateral length of any of the micro lenses, wherein the display surface comprises a central display region and a peripheral display region surrounding the central display region, and the central lens has an optical axis passing through the central display region, and wherein the display panel is configured to display a central image at the central display region and a plurality of light field images at the peripheral display region.
Method for displaying and operating functional groups and/or functions in a vehicle, information for displaying and/or operating the functional groups and/or functions being displayed on a substantially rectangular display device, a control device generating graphics data on the display device in such a manner that at least some of the displayed information is operating elements for selecting functional groups and/or functions, the operating elements being in the form of and/or being formed as buttons (15, 19), characterized in that some of the buttons are displayed in the corners of the substantially rectangular display device depending on the functional group and/or function which can be operated and is/are displayed in an information and functional field, and some of the buttons are displayed independently thereof, new graphical objects being generated by the control device in the information and functional field as a result of actuation of one of the buttons (15, 19).
A multi-layered prosthetic element comprising a central body (1; 1') of a truncated conical shape and having a through axial cavity (2; 2') open at both ends which gives the central body (1; 1') a ring-shaped cross-section, wherein said central body (1, 1') comprises an outer portion (110; 110'), made of trabecular metal material, an inner portion (130; 130'), made of trabecular metal material, and an intermediate portion (120; 120') made of metal material with no appreciable porosity, wherein the outer portion (110; 110') and the inner portion (130; 130') are integrally connected to the intermediate portion (120; 120'), wherein said intermediate portion (120; 120') is configured to mechanically resist to stresses transmitted to the inner portion (130; 130') on one side and to the outer portion (110; 110') on the other side, characterised in that said outer portion (110; 110'), inner portion (130, 130') and intermediate portion (120, 120') all have a ring-shaped cross-section, are coaxially arranged and are radially overlapping from a distal edge to a proximal edge of the central body (1; 1').
Tyre rubber composition based on at least one diene elastomer, an inorganic filler as reinforcing filler, a coupling agent providing the bonding between the inorganic filler and the diene elastomer, characterized in that the coupling agent is an azosilane compound of following formula (G 1) 3-a (G 2) a Si-Z-NH-C -N=N-G 4 in which: - G 1, identical to or different from one another, each represent a monovalent hydrocarbon group chosen from branched or unbranched, unsubstituted or substituted alkyls, having from 1 to 18 carbon atoms, unsubstituted or substituted cycloalkyls or aryls, having from 5 to 18 carbon atoms, - G 2, identical to or different from one another, each represent a hydroxyl group or a monovalent group (G 3) n -OG 1 in which G 3 is a divalent linking group having from 1 to 18 carbon atoms and comprising one or more heteroatoms chosen from O, S, Si and N, n being a number equal to or higher than 0 and less than or equal to 18, - G 4 represents a substituted or unsubstituted, aromatic or heteroaromatic group or a substituted or unsubstituted alkyl group, - Z represents a divalent linking group having from 1 to 18 carbon atoms, - a is equal to 1, 2 or 3. - G 1, identical to or different from one another, each represent a monovalent hydrocarbon group chosen from branched or unbranched, unsubstituted or substituted alkyls, having from 1 to 18 carbon atoms, unsubstituted or substituted cycloalkyls or aryls, having from 5 to 18 carbon atoms, - G 2, identical to or different from one another, each represent a hydroxyl group or a monovalent group (G 3) n -OG 1 in which G 3 is a divalent linking group having from 1 to 18 carbon atoms and comprising one or more heteroatoms chosen from O, S, Si and N, n being a number equal to or higher than 0 and less than or equal to 18, - G 4 represents a substituted or unsubstituted, aromatic or heteroaromatic group or a substituted or unsubstituted alkyl group, - Z represents a divalent linking group having from 1 to 18 carbon atoms, - a is equal to 1, 2 or 3.