mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire including a pair of right and left bead cores, and a carcass toroidally straddling the bead cores, said pneumatic tire comprising: a tread rubber which forms a tread section, the tread rubber being disposed on the outer side of the carcass in a radial direction of the tire; a side rubber which forms a portion of each shoulder section, the side rubber being attached to each outer end portion of the tread rubber in a widthwise direction of the tire; and a side wall rubber which forms each side wall section and a portion of each shoulder section, each side wall rubber being disposed on the outer side of the carcass in the widthwise direction of the tire, and each outer end portion of the side wall rubber in the radial direction of the tire being attached to each outer end portion of the side rubber in the widthwise direction of the tire, characterized in that: the side rubber and the side wall rubber are a blend of 0 PHR of styrene-butadiene rubber, 50 PHR natural rubber, and 50 PHR polybutadiene rubber; the tread rubber is a blend of 100 PHR of SBR, 0 PHR NR and 0 PHR BR; and the Shore hardnessses of the tread rubber, side wall rubber and side rubber are 68, 55 and 55 respectively. a tread rubber which forms a tread section, the tread rubber being disposed on the outer side of the carcass in a radial direction of the tire; a side rubber which forms a portion of each shoulder section, the side rubber being attached to each outer end portion of the tread rubber in a widthwise direction of the tire; and a side wall rubber which forms each side wall section and a portion of each shoulder section, each side wall rubber being disposed on the outer side of the carcass in the widthwise direction of the tire, and each outer end portion of the side wall rubber in the radial direction of the tire being attached to each outer end portion of the side rubber in the widthwise direction of the tire, the side rubber and the side wall rubber are a blend of 0 PHR of styrene-butadiene rubber, 50 PHR natural rubber, and 50 PHR polybutadiene rubber; the tread rubber is a blend of 100 PHR of SBR, 0 PHR NR and 0 PHR BR; and the Shore hardnessses of the tread rubber, side wall rubber and side rubber are 68, 55 and 55 respectively.
Method for debugging software components of a distributed real-time software system, wherein a target hardware comprises computer nodes (101, 102, 103, 104) and a development system comprises one or more computers (151, 152, 153, 154), wherein the development of program code for each software component on the development system is based on a functional specification of the respective software component, the functional specification of a software component describing the syntax and the semantics of the input data, the output data and the internal state of the software component, as well as the processing algorithm, which determines how to calculate the output data and the next following internal state from the input data and the initial internal state, characterised in that an extended development system is realized, wherein in said extended development system the computer nodes (101, 102, 103, 104) of the target hardware are connected to the computers (151, 152, 153, 154) of the development system via one or more time-controlled distribution units (110, 160), the extended development system having a sparse global time of known precision, wherein the computer nodes (101, 102, 103, 104) of the target hardware exchange messages with the computers (151, 152, 153, 154) of the development system via the at least one distribution unit (110, 160), and wherein within a frame, a real-time version of a software component on the target hardware and, in parallel thereto at the same time, an extended simulation version of the software component on the development system are supplied with the same input data and brought to execution, wherein activation signals for starting the execution of the two software components are triggered at the same sparse tick of the global time, and wherein the extended simulation version of the software component executed in the development system is extended in such a way that, during its execution, selected intermediate results are written to an external data memory.
A method of authorising a small cell base station (30, Femto3,) to transmit comprising the small cell base station: detecting a neighbour base station (Femto2); sending to the neighbour base station a request for information of the location of the neighbour base station; receiving said information in which a count is received with the location information, the count indicating the number of base stations between a neighbour base station (Femto1) that is the original source of the location information and the neighbour base station (Femto2) sending the information on; determining its own location from said information; checking whether the determined location is within a given area in which the small cell base station is permitted to transmit; and dependent upon the check indicating that the determined location is within the given area, authorising the small cell base station to transmit; in which the neighbour base stations are small cell base stations in which the small cell base station includes a Global Navigation Satellite System locator, and the small cell base station detects that the small cell base station is not in Global Navigation Satellite coverage so triggers the detecting of a neighbour base station; and in which checking at a small cell base station whether determined location is within given area is undertaken dependent upon the count that is received not exceeding a given threshold level. detecting a neighbour base station (Femto2); sending to the neighbour base station a request for information of the location of the neighbour base station; receiving said information in which a count is received with the location information, the count indicating the number of base stations between a neighbour base station (Femto1) that is the original source of the location information and the neighbour base station (Femto2) sending the information on; determining its own location from said information; checking whether the determined location is within a given area in which the small cell base station is permitted to transmit; and dependent upon the check indicating that the determined location is within the given area, authorising the small cell base station to transmit; in which the neighbour base stations are small cell base stations in which the small cell base station includes a Global Navigation Satellite System locator, and the small cell base station detects that the small cell base station is not in Global Navigation Satellite coverage so triggers the detecting of a neighbour base station; and in which checking at a small cell base station whether determined location is within given area is undertaken dependent upon the count that is received not exceeding a given threshold level.
An apparatus comprising: a tilt motor fixed to a base and configured to cause a housing to tilt about a horizontal axis; a pan motor fixed to the base and configured to cause the housing to pan about a vertical axis without affecting the tilt of the housing; a lift nut configured to traverse upwards from the base and downwards towards the base during operation of the tilt motor; and a lift arm configured such that traversing of the lift nut up and down applies a force to the lift arm, the force operative to cause the housing to tilt about the horizontal axis; and wherein the lift arm is configured to rotate about the lift nut without causing the lift nut to rotate. a tilt motor fixed to a base and configured to cause a housing to tilt about a horizontal axis; a pan motor fixed to the base and configured to cause the housing to pan about a vertical axis without affecting the tilt of the housing; a lift nut configured to traverse upwards from the base and downwards towards the base during operation of the tilt motor; and a lift arm configured such that traversing of the lift nut up and down applies a force to the lift arm, the force operative to cause the housing to tilt about the horizontal axis; and wherein the lift arm is configured to rotate about the lift nut without causing the lift nut to rotate.
A process for preparation of 3-aryl-2-phosphoryl substituted 1-indanones of the general formula 1, wherein R 1 and R 2 - are the same or different and represent hydrogen atoms, metal atoms, sodium or potassium, or alkyl group containing 1-10 carbon atoms, R 3 - represents a hydrogen atom or a fluor atom, and ArI and ArII are the same or different and represent an aromatic ring or biaryl in the case of ArII containing aryl rings, substituted or unsubstituted, selected from the group consisting of benzene, naphthalene, pyrene, or six-membered heteroaromatic rings, substituted or unsubstituted, selected from the group consisting of pyridine, pyrimidine, or heteroaromatic rings, five-membered, substituted or unsubstituted, selected from the group consisting of thiophene, pyrrole or furan, characterized in that the cyclization reaction of esters of general formula 5 is carried out: wherein R 1, R 2, ArI and ArII are as defined above in the presence of a Lewis acid, eg. FeCl 3 and AlCl 3 under mild conditions, in an organic solvent, in a single reaction vessel, without isolation of intermediate products, for the preparation of compounds of formula 1, wherein R 1, R 2, ArI and ArII are as defined above and R 3 is a hydrogen atom, eg. compounds represented by the formulas 2, 3 or 4, as shown in Scheme I. wherein R 1 and R 2 - are the same or different and represent hydrogen atoms, metal atoms, sodium or potassium, or alkyl group containing 1-10 carbon atoms, R 3 - represents a hydrogen atom or a fluor atom, and ArI and ArII are the same or different and represent an aromatic ring or biaryl in the case of ArII containing aryl rings, substituted or unsubstituted, selected from the group consisting of benzene, naphthalene, pyrene, or six-membered heteroaromatic rings, substituted or unsubstituted, selected from the group consisting of pyridine, pyrimidine, or heteroaromatic rings, five-membered, substituted or unsubstituted, selected from the group consisting of thiophene, pyrrole or furan, characterized in that the cyclization reaction of esters of general formula 5 is carried out:
A foam comprising: a thermoplastic-based, fibrillated, non-cellular structure; wherein the foam is formed from aqueous dispersions of polyolefin particles that are combined with polyolefin fibres, and wherein the foam has an average density of about 0.02 g/cm 3 to about 0.07 g/cm 3. a thermoplastic-based, fibrillated, non-cellular structure; wherein the foam is formed from aqueous dispersions of polyolefin particles that are combined with polyolefin fibres, and wherein the foam has an average density of about 0.02 g/cm 3 to about 0.07 g/cm 3.
Apparatus for use with renal veins and a vena cava of a subject, the apparatus comprising: a tube that defines: a flared downstream portion thereof that diverges toward a downstream end of the tube, and a flared upstream portion thereof that diverges toward an upstream end of the tube, such that a central portion of the tube is narrower than at the ends of the tube, and a plurality of lateral openings; and a support frame configured to support the tube within the subject's vena cava, such that: the downstream portion of the tube is sealed with respect to an inner wall of the vena cava at a location that is downstream of junctions of the vena cava with all of the subject's renal veins, and the upstream portion of the tube is sealed with respect to the inner wall of the vena cava at a location that is upstream of junctions of the vena cava with all of the subject's renal veins. a tube that defines: a flared downstream portion thereof that diverges toward a downstream end of the tube, and a flared upstream portion thereof that diverges toward an upstream end of the tube, such that a central portion of the tube is narrower than at the ends of the tube, and a plurality of lateral openings; and a flared downstream portion thereof that diverges toward a downstream end of the tube, and a flared upstream portion thereof that diverges toward an upstream end of the tube, such that a central portion of the tube is narrower than at the ends of the tube, and a plurality of lateral openings; and a support frame configured to support the tube within the subject's vena cava, such that: the downstream portion of the tube is sealed with respect to an inner wall of the vena cava at a location that is downstream of junctions of the vena cava with all of the subject's renal veins, and the upstream portion of the tube is sealed with respect to the inner wall of the vena cava at a location that is upstream of junctions of the vena cava with all of the subject's renal veins. the downstream portion of the tube is sealed with respect to an inner wall of the vena cava at a location that is downstream of junctions of the vena cava with all of the subject's renal veins, and the upstream portion of the tube is sealed with respect to the inner wall of the vena cava at a location that is upstream of junctions of the vena cava with all of the subject's renal veins.
A vacuum insulating panel comprising: a first substrate; a second substrate; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at a pressure less than atmospheric pressure; a seal comprising a first seal layer; wherein the first seal layer comprises from about 20-80 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3, and wherein the first seal layer comprises more TeO 3 than TeO 4 by wt.%; wherein the first seal layer further comprises vanadium oxide, the vanadium oxide comprising VO 2 and V 2 O 5, and wherein more V in the first seal layer is in a form of VO 2 than V 2 O 5; and wherein the first seal layer by wt.% comprises more tellurium oxide than vanadium oxide. a first substrate; a second substrate; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at a pressure less than atmospheric pressure; a seal comprising a first seal layer; wherein the first seal layer comprises from about 20-80 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3, and wherein the first seal layer comprises more TeO 3 than TeO 4 by wt.%; wherein the first seal layer further comprises vanadium oxide, the vanadium oxide comprising VO 2 and V 2 O 5, and wherein more V in the first seal layer is in a form of VO 2 than V 2 O 5; and wherein the first seal layer by wt.% comprises more tellurium oxide than vanadium oxide.
Refrigerator, in particular household refrigerator, with a refrigerating unit, having an inner liner equipped with heat insulating material and comprising a back wall and two side walls (4, 5), an evaporator operatively connected to the refrigerating unit of the refrigerator, and a drip water collecting device which is disposed in a first depth plane at a distance from the back wall of the inner liner, wherein the evaporator is disposed in a second depth plane different from the first depth plane of the drip water collecting device, in which second plane the drip water collecting device is outside the fall area of water dripping from the evaporator, and wherein, below the evaporator, a deflecting device is disposed which deflects the water dripping from the evaporator into the first depth plane of the drip water collecting device, characterised in that the deflecting device is attached as a separate component to at least one of the side walls (4, 5) close to the back wall of the inner liner.
A method of relatively positioning an integrated circuit and the propagation axis of a laser or other directed-energy beam during SEE sensitivity mapping of a microchip memory, the method comprising effecting relative displacements of the integrated circuit and the propagation axis along orthogonal axes so that an intersection of the propagation axis with the integrated circuit is moved at substantially constant speed along a spiral path, whereby the propagation axis is the propagation axis of a pulsed laser or other directed-energy beam; the change in radius per revolution between successive turns of the spiral path is constant; and the method is carried out with respect to the integrated circuit during at least two traverses of the spiral path.
A viral particle released after infection of mammalian cells by human cytomegalovirus (HCMV), wherein the viral particle is a dense body, wherein a) the particle is surrounded by a lipid membrane in which viral glycoproteins are embedded, b) the particle contains neither viral DNA nor capsids; and c) the particle contains a fusion protein comprising one or more parts of the T-cell antigen pp65 and at least one antigenic heterologous peptide, and wherein the at least one antigenic heterologous peptide is inserted at amino acid position W175 or A534 of the amino acid sequence of the T-cell antigen pp65 of SEQ ID NO: 1. a) the particle is surrounded by a lipid membrane in which viral glycoproteins are embedded, b) the particle contains neither viral DNA nor capsids; and c) the particle contains a fusion protein comprising one or more parts of the T-cell antigen pp65 and at least one antigenic heterologous peptide,
A semiconductor die, comprising: a power rail; a first gate (420b, 420b-1); a second gate (420d, 420d-1); a first gate contact (820, 1020) electrically coupled to the first gate, wherein the first gate contact is formed from a first middle of line, MOL, metal layer; a second gate contact (825, 1025) electrically coupled to the second gate, wherein the second gate contact is formed from the first MOL metal layer; and an interconnect (810, 1010) formed from a second MOL metal layer, wherein the interconnect is electrically coupled to the first and second gate contacts, and forms an electrical bridge between the first and the second gate contact, and at least a portion of the interconnect is underneath the power rail. a power rail; a first gate (420b, 420b-1); a second gate (420d, 420d-1); a first gate contact (820, 1020) electrically coupled to the first gate, wherein the first gate contact is formed from a first middle of line, MOL, metal layer; a second gate contact (825, 1025) electrically coupled to the second gate, wherein the second gate contact is formed from the first MOL metal layer; and an interconnect (810, 1010) formed from a second MOL metal layer, wherein the interconnect is electrically coupled to the first and second gate contacts, and forms an electrical bridge between the first and the second gate contact, and at least a portion of the interconnect is underneath the power rail.
An information processing device comprising: an imaging position information acquisition unit configured to acquire imaging position information at a time when a structure is imaged which is acquired by an imaging device configured to fly over a periphery of the structure to image the structure on the basis of certain flight information; an image combining unit configured to generate a combined image in which a plurality of captured images is stitched; a damage position calculating unit configured to calculate the position of damage of the structure included in the combined image using the imaging positions of the corners of the plurality of captured images; and a damage data generating unit configured to generate data related to damage of the structure including position information of damage of the structure on the basis of the imaging position information and an accuracy of the imaging of position information at a time when the structure is imaged which is acquired by the imaging device, wherein the accuracy of position information is GPS position measurement data which comprises: an indication that a state in which 2D position measurement is being performed, a state in which 3D position measurement is being performed, a position measurement disable state or an indication of the number of reception satellites. an imaging position information acquisition unit configured to acquire imaging position information at a time when a structure is imaged which is acquired by an imaging device configured to fly over a periphery of the structure to image the structure on the basis of certain flight information; an image combining unit configured to generate a combined image in which a plurality of captured images is stitched; a damage position calculating unit configured to calculate the position of damage of the structure included in the combined image using the imaging positions of the corners of the plurality of captured images; and a damage data generating unit configured to generate data related to damage of the structure including position information of damage of the structure on the basis of the imaging position information and an accuracy of the imaging of position information at a time when the structure is imaged which is acquired by the imaging device, wherein the accuracy of position information is GPS position measurement data which comprises: an indication that a state in which 2D position measurement is being performed, a state in which 3D position measurement is being performed, a position measurement disable state or an indication of the number of reception satellites.
Steam ironing apparatus comprising a soleplate with a steam chamber having a plurality of steam outlet ports configured for emitting steam, a heating element disposed in thermal contact with the soleplate, the heating element being adapted for heating the soleplate, a water tank (12, 33) in fluidic connection with a motor pump (13, 34), the motor pump (13, 34) being adapted for supplying water to the steam chamber for generating steam, a temperature sensor disposed in thermal contact with the soleplate, the temperature sensor being adapted for generating a temperature signal in dependence on the temperature of the soleplate, a control unit connected to the heating element, the temperature sensor and the motor pump (13, 34), characterised in that the control unit is adapted for evaluating, upon activation of the motor pump (13, 34), a subsequent signal progression of the temperature signal and for deriving from said signal progression whether or not there is water in the water tank (12, 33); wherein the signal progression of the temperature signal upon activation of the motor pump (13, 34) is the variation of the temperature signal as a function of time after the motor pump's (13, 34) operation is started; wherein the control unit is adapted for determining, upon activation of the motor pump (13, 34) if there is a cooling effect related to the flow of water supplied by the motor pump (13, 34), such that in case the signal progression indicates a cooling of the soleplate, this cooling effect indicates that there still is water in the water tank (12, 33); and wherein in case there is no such cooling, the control unit determines that the water tank (12, 33) is empty.