mhurhangee/ep-ind-claims huggingface dataset:
Contact-making plug for establishing direct electrical contact of contact faces which are provided on either side of a printed circuit board, having two contact carriers which are connected to one another in an articulated manner, which form a plug-in receptacle for the printed circuit board between them and which each have at least one contact element which protrudes into the plug-in receptacle, having a spring which, by way of its two free spring limbs, prestresses the two contact carriers in the direction towards one another, having a control channel which is formed between the two contact carriers and laterally next to the plug-in receptacle and which, in interaction with a control wedge which is provided on the printed circuit board, pivots the two contact carriers against the action of the spring when the printed circuit board is inserted, and having a seal by way of which the two contact carriers can be sealed off at the rear side in a final plug-in position in a contact-making mating plug, characterized in that the spring, by way of its two free spring limbs, engages over the two contact carriers in the plug-in direction of the contact-making plug, and in that the seal is arranged between the contact carriers and a central spring section of the spring, wherein the two spring limbs extend through the seal and are sealed off at the seal.
Gas-turbine combustion chamber tile with a recess for passing through an igniter plug, where the tile is provided with a tubular projection surrounding the recess and extending from that side of the tile facing away from a combustion chamber interior, characterized in that the projection is provided with an annular contact surface on its outer circumference.
A cutaneous electrode comprising, on a flexible support having a thickness smaller than 10 μm, a pad having a thickness smaller than 30 μm provided with grooves having a depth greater than 10 μm, the surfaces at least of this pad being conductive and being connected by a single conductor to a connection area.
A GSM security method, comprising: deriving, by a base station controller, BSC, a network integrity key by adopting a network root key generated in a one-way authentication process with a mobile station as a key derivation function parameter and adopting a key derivation function KDF; protecting, by the BSC, a security start message by adopting the network integrity key, wherein the security start message at least carries an identifier of an integrity algorithm; sending, by the BSC, the protected security start message to the mobile station, so that the mobile station protects information by adopting a mobile station integrity key and the integrity algorithm and sends the protected information to the BSC; wherein the mobile station integrity key is derived by the mobile station by adopting a mobile station root key generated in a one-way authentication process with the BSC, the mobile station root key and the network root key are the same, and the mobile station integrity key and the network integrity key are the same; wherein the security start message further carries a public warning system, PWS, public key, and the method further comprises: obtaining, by the mobile station, the PWS public key by parsing the security start message, and adopting the PWS public key to verify integrity of an urgent message broadcast by a PWS, to confirm whether the urgent message is valid; wherein the protecting, by the BSC, a security start message by adopting the network integrity key comprises: protecting, by the BSC, the identifier of the integrity algorithm and the PWS public key in the security start message by adopting the network integrity key. deriving, by a base station controller, BSC, a network integrity key by adopting a network root key generated in a one-way authentication process with a mobile station as a key derivation function parameter and adopting a key derivation function KDF; protecting, by the BSC, a security start message by adopting the network integrity key, wherein the security start message at least carries an identifier of an integrity algorithm; sending, by the BSC, the protected security start message to the mobile station, so that the mobile station protects information by adopting a mobile station integrity key and the integrity algorithm and sends the protected information to the BSC; wherein the mobile station integrity key is derived by the mobile station by adopting a mobile station root key generated in a one-way authentication process with the BSC, the mobile station root key and the network root key are the same, and the mobile station integrity key and the network integrity key are the same; obtaining, by the mobile station, the PWS public key by parsing the security start message, and adopting the PWS public key to verify integrity of an urgent message broadcast by a PWS, to confirm whether the urgent message is valid; protecting, by the BSC, the identifier of the integrity algorithm and the PWS public key in the security start message by adopting the network integrity key.
A security element for a security paper or a value document, such as a banknote, an identification card or the like, having characters, patterns or codings that are visually recognizable at least in transmitted light, comprising - a transparent or at least translucent plastic layer, - a first metallic layer having gaps in the form of the characters, patterns or codings, - a machine-verifiable layer having free regions, - a layer appearing to be metallic to the viewer having free regions, which are arranged above each other in the stated order, wherein the free regions of the machine-verifiable layer and of the layer appearing to be metallic are so dimensioned and arranged that the visual recognizability of the gaps of the first metallic layer is ensured, characterized in that between the first metallic layer and the machine-verifiable layer there is provided over the full area a transparent or at least translucent adhesion promoter layer or first protective lacquer layer. - a transparent or at least translucent plastic layer, - a first metallic layer having gaps in the form of the characters, patterns or codings, - a machine-verifiable layer having free regions, - a layer appearing to be metallic to the viewer having free regions,
A method for producing multiple balloon catheters on whose distal ends electrodes are sputtered, the method comprising: inserting into multiple hollow templates respective balloon-based distal ends of the balloon catheters; fitting the hollow templates on multiple respective rotatable hinges that are mounted on a rotatable assembly; rotating the distal ends of the balloon catheters by simultaneously rotating the rotatable assembly about a first axis and each of the hinges about a respective second axis; and depositing by sputtering through patterned openings in the hollow templates, electrodes on the rotated distal ends. inserting into multiple hollow templates respective balloon-based distal ends of the balloon catheters; fitting the hollow templates on multiple respective rotatable hinges that are mounted on a rotatable assembly; rotating the distal ends of the balloon catheters by simultaneously rotating the rotatable assembly about a first axis and each of the hinges about a respective second axis; and depositing by sputtering through patterned openings in the hollow templates, electrodes on the rotated distal ends.
A method implemented by a user equipment in a wireless communication network of performing a handover from a source node (20, 30) connected to a first core network (50, 60) to a target node (20, 30) connected to a second core network (50, 60), said method comprising: receiving, from the source node (20, 30), a mobility command including an indication of a radio access technology, RAT, used by the target node (20, 30) and a message container containing configuration information for the target node (20, 30); and determining based on the indication of the RAT used by the target node (20, 30) whether to treat the handover as an inter-RAT handover or as an intra-RAT handover with a core network change, wherein the determining comprises determining to treat the handover as an intra-RAT handover with a core network change when the indication indicates a first type of RAT; and performing a radio resource control, RRC, procedure for an intra-RAT handover with a core network change based on the determination to treat the handover as an intra-RAT handover with a core network change, wherein performing the RRC procedure for an intra-RAT handover with a core network change comprises inter-RAT handover signaling procedure and, upon successfully completing the handover, remaining in a Radio Resource Control Connected, RRC_CONNECTED, state and ending the RRC procedure. receiving, from the source node (20, 30), a mobility command including an indication of a radio access technology, RAT, used by the target node (20, 30) and a message container containing configuration information for the target node (20, 30); and determining based on the indication of the RAT used by the target node (20, 30) whether to treat the handover as an inter-RAT handover or as an intra-RAT handover with a core network change, wherein the determining comprises determining to treat the handover as an intra-RAT handover with a core network change when the indication indicates a first type of RAT; and performing a radio resource control, RRC, procedure for an intra-RAT handover with a core network change based on the determination to treat the handover as an intra-RAT handover with a core network change, wherein performing the RRC procedure for an intra-RAT handover with a core network change comprises inter-RAT handover signaling procedure and, upon successfully completing the handover, remaining in a Radio Resource Control Connected, RRC_CONNECTED, state and ending the RRC procedure.
An inkjet device, comprising: a pumping chamber (114, 714) bounded by a wall; a piezoelectric layer (126, 726) disposed above the pumping chamber (114, 714); a ring electrode (128, 728) disposed on the piezoelectric layer (126, 726); and a reference electrode, wherein the piezoelectric layer (126, 726) is arranged between the ring electrode (128, 728) and the reference electrode; characterized in that the ring electrode (128, 728) has an annular lower portion and an annular upper portion, and the annular lower portion is disposed on the piezoelectric layer (126, 726); the inkjet device further comprises a moisture barrier layer (130, 630) covering a remainder of the piezoelectric layer (126, 726) over the pumping chamber (114, 714) that is not covered by the annular lower portion of the ring electrode (128, 728); the annular upper portion of the ring electrode (128, 728) includes an annular inner upper portion and an annular outer upper portion; the annular lower portion of the ring electrode (128, 728) includes an annular inner lower portion and an annular outer lower portion; the annular inner upper portion extends inwardly from the annular inner lower portion to cover a portion of the moisture barrier layer (130, 630) surrounded by the annular inner lower portion; and the annular outer upper portion extends outwardly from the annular outer lower portion to cover a portion of the moisture barrier layer (130, 630) that surrounds the annular outer lower portion. a pumping chamber (114, 714) bounded by a wall; a piezoelectric layer (126, 726) disposed above the pumping chamber (114, 714); a ring electrode (128, 728) disposed on the piezoelectric layer (126, 726); and a reference electrode, wherein the piezoelectric layer (126, 726) is arranged between the ring electrode (128, 728) and the reference electrode; characterized in that the ring electrode (128, 728) has an annular lower portion and an annular upper portion, and the annular lower portion is disposed on the piezoelectric layer (126, 726); the inkjet device further comprises a moisture barrier layer (130, 630) covering a remainder of the piezoelectric layer (126, 726) over the pumping chamber (114, 714) that is not covered by the annular lower portion of the ring electrode (128, 728); the annular upper portion of the ring electrode (128, 728) includes an annular inner upper portion and an annular outer upper portion; the annular lower portion of the ring electrode (128, 728) includes an annular inner lower portion and an annular outer lower portion; the annular inner upper portion extends inwardly from the annular inner lower portion to cover a portion of the moisture barrier layer (130, 630) surrounded by the annular inner lower portion; and the annular outer upper portion extends outwardly from the annular outer lower portion to cover a portion of the moisture barrier layer (130, 630) that surrounds the annular outer lower portion.
A system for generating a synthetic 2D image with an enhanced depth of field of a biological sample, the system comprising: - a microscope-scanner; and - a processing unit; wherein the microscope scanner is configured to acquire first image data at a first lateral position of the biological sample and second image data at a second lateral position of the biological sample; wherein the microscope scanner is configured to acquire third image data at the first lateral position and fourth image data at the second lateral position, wherein the third image data is acquired at a depth that is different than that for the first image data and the fourth image data is acquired at a depth that is different than that for the second image data; wherein the processing unit is configured to generate first working image data for the first lateral position, the generation comprising processing the first image data and the third image data by a focus stacking algorithm, and the processing unit is configured to generate second working image data for the second lateral position, the generation comprising processing the second image data and the fourth image data by the focus stacking algorithm to generate second working image data for the second lateral position; and wherein the processing unit is configured to combine the first working image data and the second working image data, during acquisition of image data, to generate the synthetic 2D image with an enhanced depth of field of the biological sample. - a microscope-scanner; and - a processing unit; wherein the microscope scanner is configured to acquire first image data at a first lateral position of the biological sample and second image data at a second lateral position of the biological sample; wherein the microscope scanner is configured to acquire third image data at the first lateral position and fourth image data at the second lateral position, wherein the third image data is acquired at a depth that is different than that for the first image data and the fourth image data is acquired at a depth that is different than that for the second image data; wherein the processing unit is configured to generate first working image data for the first lateral position, the generation comprising processing the first image data and the third image data by a focus stacking algorithm, and the processing unit is configured to generate second working image data for the second lateral position, the generation comprising processing the second image data and the fourth image data by the focus stacking algorithm to generate second working image data for the second lateral position; and wherein the processing unit is configured to combine the first working image data and the second working image data, during acquisition of image data, to generate the synthetic 2D image with an enhanced depth of field of the biological sample.
Method for associating communication information from at least one transmitter transmitting using vehicle-to-vehicle communication with an object described by environmental data from at least one environment sensor in a receiving vehicle (1, 1a, 1b, 1c, Id), characterised in that, association takes place by comparing the environmental data contained in the communication information from at least one environment sensor for the vehicle containing the transmitter (1, 1a, 1b, 1c, 1d) with the corresponding environmental data for the receiving vehicle (1, 1a, 1b, 1c, 1d).
A device for on-site dispensing of a beverage containing a liquid and a gaseous substance dissolved therein, the device comprising: a dispensing means for dispensing the beverage; a conduit for supplying the beverage to said dispensing means, wherein said conduit is configured to be connected to a container suitable for containing at least liquid for obtaining said beverage; a pushing means (20, 20') for imparting to said beverage a push sufficient to enable the dispensing of the beverage via said dispensing means according to a predetermined dispensing condition; a pressure modulating means suitable for modulating the pressure of the beverage in said conduit, wherein said pressure modulating means is capable of modulating the pressure of the beverage even when the flow of the beverage is zero due to the effect of the dispensing means, further wherein the pressure modulating means is configured to force at least some of a component liquid of the beverage into the conduit; a control means configured to control the activation of the modulating means in such a way that the modulating means modulate the pressure in said conduit upon the occurrence of a predetermined condition in order to reduce a likelihood that foam will form. a dispensing means for dispensing the beverage; a conduit for supplying the beverage to said dispensing means, wherein said conduit is configured to be connected to a container suitable for containing at least liquid for obtaining said beverage; a pushing means (20, 20') for imparting to said beverage a push sufficient to enable the dispensing of the beverage via said dispensing means according to a predetermined dispensing condition; a pressure modulating means suitable for modulating the pressure of the beverage in said conduit, wherein said pressure modulating means is capable of modulating the pressure of the beverage even when the flow of the beverage is zero due to the effect of the dispensing means, further wherein the pressure modulating means is configured to force at least some of a component liquid of the beverage into the conduit; a control means configured to control the activation of the modulating means in such a way that the modulating means modulate the pressure in said conduit upon the occurrence of a predetermined condition in order to reduce a likelihood that foam will form.
A composition comprising an extract of adlay bran, wherein the extract of adlay bran comprises a C1 to C7 alcohol extract of adlay bran and a carbon dioxide supercritical fluid extract of adlay bran, and the weight ratio of the C1 to C7 alcohol extract of adlay bran to the carbon dioxide supercritical fluid extract of adlay bran is from about 3:1 to about 1:4.
An image processing device comprising a quantization unit configured to quantize transform coefficient data of image data to generate quantized data using a 32×32 quantization matrix including a DC coefficient as a (0, 0) coefficient; a DPCM unit configured to set an initial difference coefficient that is a difference between a predetermined initial value and the DC coefficient, a replacement difference coefficient that is a difference between the DC coefficient and a (0, 0) coefficient of an 8×8 quantization matrix based on the 32×32 quantization matrix, and further difference coefficients each being a difference between two adjacent coefficients in a sequence of coefficients of the 8x8 quantization matrix arranged in scan order; and an encoding unit configured to encode the quantized data to generate encoded data including the initial difference coefficient, the replacement difference coefficient, and the further difference coefficients.
An electrical connector comprising: - a foot, substantially planar and of a material suitable for soldering and having a substantially circular or oval shape - an angled portion, permanently connected to the foot and substantially at right angles to the plane of the foot and having a substantially cylindrical shape - a holding portion, connected to the angled portion and suitable for holding a cable characterised in that - the holding portion comprises a washer permanently connected to the angled portion by a piece of solder or a weld; - and the washer is a flat disc having an outer diameter and an inner diameter. - a foot, substantially planar and of a material suitable for soldering and having a substantially circular or oval shape - an angled portion, permanently connected to the foot and substantially at right angles to the plane of the foot and having a substantially cylindrical shape - a holding portion, connected to the angled portion and suitable for holding a cable characterised in that - the holding portion comprises a washer permanently connected to the angled portion by a piece of solder or a weld; - and the washer is a flat disc having an outer diameter and an inner diameter.
A method for a router to manage routing paths in a content delivery network, said network comprising a host wishing to join a multicast transmission multicasted by a rendezvous point or source via a multicast transmission tree comprising the router, the method comprising the steps of: determining a routing metric for a first routing path, the first routing path comprising the shortest path from the host to the rendezvous point or source for the multicast transmission; determining a routing metric for a second routing path, the second routing path comprising the path from the host to the closest router in the multicast transmission tree; the method comprising the routing metric for the first routing path comprising a unicast cost metric of the first routing path and a performance metric for the first routing path modified by a first weighting factor; the routing metric for the second routing path comprising a unicast cost metric of the second routing path and a performance metric for the second routing path modified by a second weighting factor; wherein a) the performance metric for each of the first and second routing paths are derived from one or more transmission parameters; and b) the routing path with the lowest routing metric is selected by the host for joining the multicast transmission. determining a routing metric for a first routing path, the first routing path comprising the shortest path from the host to the rendezvous point or source for the multicast transmission; determining a routing metric for a second routing path, the second routing path comprising the path from the host to the closest router in the multicast transmission tree; the method comprising the routing metric for the first routing path comprising a unicast cost metric of the first routing path and a performance metric for the first routing path modified by a first weighting factor; the routing metric for the second routing path comprising a unicast cost metric of the second routing path and a performance metric for the second routing path modified by a second weighting factor; wherein a) the performance metric for each of the first and second routing paths are derived from one or more transmission parameters; and b) the routing path with the lowest routing metric is selected by the host for joining the multicast transmission. a) the performance metric for each of the first and second routing paths are derived from one or more transmission parameters; and b) the routing path with the lowest routing metric is selected by the host for joining the multicast transmission.
Electrolytic composition comprising at least one lithium salt of formula wherein Rf represents a fluoro or perfluoro alkyl group having from 1 to 5 carbon atoms, in a solvent comprising at least one nitrile function or a mixture of solvents at least one of which includes a nitrile function, the said solvent comprising at least one nitrile function being propionitrile.