mhurhangee/ep-ind-claims huggingface dataset:
Interconnected modules for use in a self-service terminal, the interconnected modules comprising a first module and a second module, each comprising storage means, and cipher means for encrypting and decrypting communications, whereby the cipher means of the first and second modules are configured to pre-encrypt known data during an idle time of the modules prior to transmitting or receiving a communication thereby generating a template to be stored in the storage means, and whereby the cipher means of the first module is configured to encrypt a first communication generated by the first module by performing a Boolean operation on the template and the first communication, thereby creating a second communication by the first module to be transmitted to the second module, whereby the cipher means of the first module is configured to encrypt the second communication after the first module transmitted the second communication to the second module, and the first module is configured to store the encrypted second communication as a new template for the next communication between the first and second modules in the storage means; whereby on receiving the second communication from the first module, the cipher means of the second module is configured to decrypt the second communication by applying a Boolean operation on the second communication and the template thereby recreating the first communication; and whereby the cipher means of the second module is configured to encrypt the second communication after the first communication has been recreated and the second module is configured to store the encrypted second communication as a new template for the next communication between the first and second modules in the storage means.
An in-vivo bladder pressure monitoring system for in-vivo monitoring of pressure of a body fluid in a urinary bladder of a patient, the system comprising: a delivery component in the form of a cannula arranged to be inserted through an abdominal wall and through the bladder wall into the urinary bladder; an elongate sensor delivery member in the form of a catheter shaped so as to pass through the delivery component when it has been inserted through the abdominal wall and into the urinary bladder; and a first pressure sensor positioned at a distal end of the delivery member; a signal processing component for receiving data from the first pressure sensor and providing an output to a user based upon the received data, and a second pressure sensor configured to be inserted subcutaneously in to a patient in use, and further comprising means for receiving data from the second sensor and for comparing it to pressure data from the first sensor to provide compensated pressure data to a user. a delivery component in the form of a cannula arranged to be inserted through an abdominal wall and through the bladder wall into the urinary bladder; an elongate sensor delivery member in the form of a catheter shaped so as to pass through the delivery component when it has been inserted through the abdominal wall and into the urinary bladder; and a first pressure sensor positioned at a distal end of the delivery member; a signal processing component for receiving data from the first pressure sensor and providing an output to a user based upon the received data, and a second pressure sensor configured to be inserted subcutaneously in to a patient in use, and further comprising means for receiving data from the second sensor and for comparing it to pressure data from the first sensor to provide compensated pressure data to a user.
Watch component intended to be in frictional contact with another component, said component being electrically insulating and coated with a one-piece electrically conductive layer at least partially covering each of the surfaces of the component, the friction being established on at least one of these surfaces, referred to as the functional surface, said functional surface being framed by a plurality of lateral surfaces, characterised in that the component has on its functional surface a texture formed by a succession of recesses coated with said electrically conductive layer, said recesses each extending between two lateral surfaces of the component so as to keep the electrically conductive layer in a single piece over the entire component or so as to keep the electrically conductive layer continuous at least over all the faces of the component to maintain electrical conductivity over the entire component despite the wear caused by friction on the functional surface.
Substrate having an anticorrosion system, wherein the substrate consists of steel and the anticorrosion system is disposed on the surface of the substrate and (i) comprises a plasma-polymeric layer for which the lower limit of the modulus of elasticity of the coating is determined by the following function: E = 25 − 31.5 * x + 13.5 * x 2 − 1.85 * x 3 with x = C/O ratio ascertained by XPS E = modulus of elasticity [GPa] for x ≥ 0.5 and ≤ 2.0 wherein the maximum of the Si 2p peak on the surface of the layer measured by XPS is as follows: for modulus of elasticity < 10 GPa: 102.5-102.8 eV for modulus of elasticity 10-20 GPa: 102.7-103.1 eV and preferably for modulus of elasticity > 20 GPa: > 103.0 eV, characterized in that (ii) there is a zone between the plasma-polymeric layer and the substrate that comprises anticorrosion elements enriched relative to the substrate and selected from the group consisting of Cr, Ni, Mo, Mn, Nb, Cu, Si and Ti, where the zone having anticorrosion elements enriched relative to the substrate is produced or producible by a modification of the substrate material without addition of further material by means of a laser treatment and/or by means of electron beam treatment. x = C/O ratio ascertained by XPS E = modulus of elasticity [GPa] for x ≥ 0.5 and ≤ 2.0
Wound system comprising: (a) a first layer containing a first and a second substance, said first and second substances being spatially separated from each other and having a different standard potential E ° measured at 25°; 101.3 kPa, pH=0, ionic activity = 1; and (b) a second layer moistening the wound, wherein the first layer is a wound contact layer which is in direct contact with the wound. (a) a first layer containing a first and a second substance, said first and second substances being spatially separated from each other and having a different standard potential E ° measured at 25°; 101.3 kPa, pH=0, ionic activity = 1; and (b) a second layer moistening the wound,
A B. oleracea plant resistant to clubroot disease, wherein the resistance to clubroot is monogenic and dominant, wherein the monogenic and dominant resistance to clubroot is that comprised in representative B oleracea line CFL667 deposited with NCIMB under accession number NCIMB 41134 and can be detected by PCR amplification of a molecular marker using primer O20 (SEQ ID NO:1) to detect a DNA fragment of approximately 400 bp or primer Y13 (SEQ ID NO:2) to detect a fragment of approximately 640 bp.
An apparatus comprising: a processing unit (153, 243) configured to infer, on a basis of a result of Listen-Before-Talk, LBT, targeting a primary unit frequency band included in a group that includes a plurality of unit frequency bands, a result of LBT related to other unit frequency bands other than the primary unit frequency band included in the group, wherein the processing unit (153, 243) is configured to infer, in a case in which the primary unit frequency band is in an idle state, that the entire group of unit frequency bands is in the idle state enabling use all of the unit frequency bands included in the group for a predetermined period of time, and to infer, in a case in which the primary unit frequency band is in a busy state, that the entire group of unit frequency bands is in the busy state. a processing unit (153, 243) configured to infer, on a basis of a result of Listen-Before-Talk, LBT, targeting a primary unit frequency band included in a group that includes a plurality of unit frequency bands, a result of LBT related to other unit frequency bands other than the primary unit frequency band included in the group, wherein the processing unit (153, 243) is configured to infer, in a case in which the primary unit frequency band is in an idle state, that the entire group of unit frequency bands is in the idle state enabling use all of the unit frequency bands included in the group for a predetermined period of time, and to infer, in a case in which the primary unit frequency band is in a busy state, that the entire group of unit frequency bands is in the busy state.
A method for increasing effective skid depth (S'), comprising: providing a tire carcass having one or more worn original grooves on a surface thereof; providing a pre-cured tread, comprising: opposing top and bottom tread faces (150a, 150b) delineating a tread thickness (T') coextensive therewith; opposing lateral sides defining a tread width along which adjacent tread elements assume a tread sculpture; one or more grooves provided on the top tread face with each groove terminating at a predetermined offset distance from the tread bottom face; a network of channels incorporated along at least a portion of the tread bottom face; and a thin undertread having a predetermined undertread thickness (D') at or less than about 1 mm ± 0.005 mm; forming one or more groove hollows directly over corresponding original grooves of the carcass, with the groove hollows formed to match locations of the one or more grooves provided on the top tread face; and evacuating gas along the channel network to force the tread onto the carcass and pull the undertread into the one or more groove hollows such that a resultant skid depth (S") is at least equal to a molded tread thickness of the pre-cured tread (p. 4,1. 16-17); wherein forming the groove hollows deepens the original grooves by a predetermined net depth (H'). providing a tire carcass having one or more worn original grooves on a surface thereof; providing a pre-cured tread, comprising: opposing top and bottom tread faces (150a, 150b) delineating a tread thickness (T') coextensive therewith; opposing lateral sides defining a tread width along which adjacent tread elements assume a tread sculpture; one or more grooves provided on the top tread face with each groove terminating at a predetermined offset distance from the tread bottom face; a network of channels incorporated along at least a portion of the tread bottom face; and a thin undertread having a predetermined undertread thickness (D') at or less than about 1 mm ± 0.005 mm; opposing top and bottom tread faces (150a, 150b) delineating a tread thickness (T') coextensive therewith; opposing lateral sides defining a tread width along which adjacent tread elements assume a tread sculpture; one or more grooves provided on the top tread face with each groove terminating at a predetermined offset distance from the tread bottom face; a network of channels incorporated along at least a portion of the tread bottom face; and a thin undertread having a predetermined undertread thickness (D') at or less than about 1 mm ± 0.005 mm; forming one or more groove hollows directly over corresponding original grooves of the carcass, with the groove hollows formed to match locations of the one or more grooves provided on the top tread face; and evacuating gas along the channel network to force the tread onto the carcass and pull the undertread into the one or more groove hollows such that a resultant skid depth (S") is at least equal to a molded tread thickness of the pre-cured tread (p. 4,1. 16-17);
An electrical connector for an electrical connector assembly, the electrical connector being designed to be connected to a coupling electrical connector along a coupling direction, the electrical connector including a socket face with at least one contact section and with a guiding protuberance protruding from the socket face parallel to the coupling direction, characterised in that the guiding protuberance is provided with a fixing element (30a-d, 30a'-d', 30a"-d") which is elastically deformable over at least a portion thereof along a direction perpendicular to the coupling direction to provide a retention force fit and that the fixing element (30a-d, 30a'-d', 30a"-d") is arranged on a guiding surface (6,7) of the guiding protuberance, which guiding surface (6,7) extends parallel to the coupling direction.
Inner panel part of a motor vehicle having a detection device for detecting an object, which is located on and/or above the inner panel part in the region of an exit opening implemented in the inner panel part, wherein the detection device has a detection region, in which the object is detectable in an acquisition direction of the detection device, characterized in that the acquisition direction extends at least essentially in parallel to an opening plane of an exit opening for beams of a heads-up display, wherein the detection region is a region between a dashboard and a windshield of the motor vehicle.
Additive to laundry detergent, intended especially for improving the soft hand of textile products, comprising at least the following components: a) at least one clay mineral; and b) at least one N-vinylpyrrolidone copolymer, the at least one N-vinylpyrrolidone copolymer comprising N-vinylpyrrolidone monomer units and cationic monomer units which are selected from the group consisting of quaternized N-vinylimidazole monomer units, quaternized N,N-dialkylaminoalkyl (meth)acrylate monomer units and monomer units derived from diallyldimethylammonium salts. a) at least one clay mineral; and b) at least one N-vinylpyrrolidone copolymer, the at least one N-vinylpyrrolidone copolymer comprising N-vinylpyrrolidone monomer units and cationic monomer units which are selected from the group consisting of quaternized N-vinylimidazole monomer units, quaternized N,N-dialkylaminoalkyl (meth)acrylate monomer units and monomer units derived from diallyldimethylammonium salts.
A surface covering, comprising: - a base layer; and - a wear layer laminated to the base layer, the wear layer comprising a polymeric binder system having wear resistant particles dispersed therein, wherein the wear resistant particles have a particle size of about 20-100 nanometers, preferably of about 20-40 nanometers, and wherein the polymeric binder system comprises a polymeric resin and characterised in that the wear resistant particles are dispersed at about 0.1-5 parts per hundred parts by weight of the polymeric resin, preferably at about 0.5-1.5 parts per hundred parts by weight of the polymeric resin. - a base layer; and - a wear layer laminated to the base layer, the wear layer comprising a polymeric binder system having wear resistant particles dispersed therein, wherein the wear resistant particles have a particle size of about 20-100 nanometers, preferably of about 20-40 nanometers, and wherein the polymeric binder system comprises a polymeric resin and characterised in that the wear resistant particles are dispersed at about 0.1-5 parts per hundred parts by weight of the polymeric resin, preferably at about 0.5-1.5 parts per hundred parts by weight of the polymeric resin.
Equipment for roasting edible seeds like coffee beans and similar products, comprising at least one body for containing the product to be roasted, with at least one feed opening for introducing the product to be treated, and at least one further discharge opening for unloading the roasted product, at least one air suction fan suited to convey an air flow in said containing body through at least one delivery duct and at least one resistance or heater suited to heat said air flow before it is introduced in said containing body, characterized in that said containing body is fixed and houses at least one device for moving the product, said device in turn comprising at least one rotary shaft provided with one or more substantially radial arms or blades suited to stir the product during roasting and wherein said containing body is substantially cylindrical in shape, with substantially horizontal longitudinal axis (Cx), and is provided with at least one inlet hole for the introduction of the hot air flow, in lateral position on the cylindrical surface, and with one or more further outlet holes for the outflow of the air, located on the cylindrical surface in the opposite lateral position and/or on the lower portion of said cylindrical surface, so that said air flows into said containing body in a substantially horizontal direction and orthogonally to the longitudinal axis (Cx) and flows out in a substantially horizontal direction and/or oriented downwards.
A method for facilitating a circuit switched connected User-Equipment device to communicate pursuant to an IMS service, said method comprising the operations of: detecting at the network, a UE-generated circuit switched initiation message having network-decodable information that, when decoded, can populate an XML Configuration Access Protocol XCAP message for forwarding to an associated service node for configuring and managing IMS services, contents of the network-decodable information being representative of a request for the IMS service to be provided by said associated service node; and encoding at the network for forwarding (112, 114, 116) to the circuit switched connected UE device an initiation response message having UE-decodable information, said encoding responsive to receipt of an XML Configuration Access Protocol XCAP response message responsively generated at said associated service node to receipt of said forwarded message at said associated service node, the initiation response message being for facilitating the providing of said IMS service by the associated service node. detecting at the network, a UE-generated circuit switched initiation message having network-decodable information that, when decoded, can populate an XML Configuration Access Protocol XCAP message for forwarding to an associated service node for configuring and managing IMS services, contents of the network-decodable information being representative of a request for the IMS service to be provided by said associated service node; and encoding at the network for forwarding (112, 114, 116) to the circuit switched connected UE device an initiation response message having UE-decodable information, said encoding responsive to receipt of an XML Configuration Access Protocol XCAP response message responsively generated at said associated service node to receipt of said forwarded message at said associated service node, the initiation response message being for facilitating the providing of said IMS service by the associated service node.
A film roll for use in a film advance system for eye protective goggles, said film roll comprising: a spindle; and a transparent film being wound on the spindle and having an inner trailing end, a leading end, and a total film length extending in a longitudinal direction between the trailing end and the leading end, wherein in use the transparent film is arranged to extend across a lens of the goggles; wherein the transparent film presents a transparent main film part constituting a major part of the transparent film, said main film part extending in the longitudinal direction from the trailing end to the leading end, and presenting optically uniform characteristics at least in the longitudinal direction; and characterised in that the transparent film is provided with at least one visual indication, which is located above the main film part and extends along an upper film edge of the transparent film, said at least one visual indication being limited to a trailing part of said total film length. a spindle; and a transparent film being wound on the spindle and having an inner trailing end, a leading end, and a total film length extending in a longitudinal direction between the trailing end and the leading end, wherein in use the transparent film is arranged to extend across a lens of the goggles; wherein the transparent film presents a transparent main film part constituting a major part of the transparent film, said main film part extending in the longitudinal direction from the trailing end to the leading end, and presenting optically uniform characteristics at least in the longitudinal direction; and characterised in that the transparent film is provided with at least one visual indication, which is located above the main film part and extends along an upper film edge of the transparent film, said at least one visual indication being limited to a trailing part of said total film length.
A method, comprising: providing at least one semiconductor chip coupled to a planar substrate, providing at least one rectilinear wire antenna extending along an antenna axis transverse to the planar substrate, the at least one rectilinear wire antenna electrically coupled to the at least one semiconductor chip, bonding the at least one rectilinear wire antenna to the planar substrate, wherein the at least one rectilinear wire antenna protrudes from the planar substrate, providing a mass of encapsulation material for the at least one semiconductor chip coupled to the planar substrate, characterized in that the method comprises forming in the mass of encapsulation material at least one cavity extending to the planar substrate along said antenna axis, and bonding the at least one rectilinear wire antenna to the planar substrate at the bottom of the at the least one cavity, wherein the rectilinear wire antenna extends in said at least one cavity formed in the mass of encapsulation material. providing at least one semiconductor chip coupled to a planar substrate, providing at least one rectilinear wire antenna extending along an antenna axis transverse to the planar substrate, the at least one rectilinear wire antenna electrically coupled to the at least one semiconductor chip, bonding the at least one rectilinear wire antenna to the planar substrate, wherein the at least one rectilinear wire antenna protrudes from the planar substrate, providing a mass of encapsulation material for the at least one semiconductor chip coupled to the planar substrate, characterized in that the method comprises forming in the mass of encapsulation material at least one cavity extending to the planar substrate along said antenna axis, and bonding the at least one rectilinear wire antenna to the planar substrate at the bottom of the at the least one cavity, wherein the rectilinear wire antenna extends in said at least one cavity formed in the mass of encapsulation material.
A salt of a compound of formula: wherein R 1 is selected from hydrogen and straight, branched or cyclic (C 1 -C 4) alkyl; provided that R 1 is not ethyl.
A method of determining the presence of a liquid accumulated in a lower portion of a central passage of a meter body comprising: flowing a gaseous substance through a central passage of a meter body; sending acoustic signals along respective chordal pathways across the central passage, none of the chordal pathways intersect a lower portion of the central passage where liquid, if present during flow of the gaseous substance, accumulates; calculating a flow velocity of the gaseous substance proximate to each chordal pathway based on transit times of the acoustic signals along the respective chordal pathways; and characterised by: determining the presence of a liquid accumulated in the lower portion based on the flow velocity proximate to each chordal pathway by determining the presence of rapid fluctuations in a flow velocity profile. flowing a gaseous substance through a central passage of a meter body; sending acoustic signals along respective chordal pathways across the central passage, none of the chordal pathways intersect a lower portion of the central passage where liquid, if present during flow of the gaseous substance, accumulates; calculating a flow velocity of the gaseous substance proximate to each chordal pathway based on transit times of the acoustic signals along the respective chordal pathways; and characterised by: determining the presence of a liquid accumulated in the lower portion based on the flow velocity proximate to each chordal pathway by determining the presence of rapid fluctuations in a flow velocity profile.