mhurhangee/patent-ind-claim-en huggingface dataset:
A sliding support assembly, comprising: an elongate rail , a slide member slidable in a longitudinal direction relative to the elongate rail and first and second locating assemblies , wherein the first locating assembly comprises a first retaining strip and a first series of balls , and the second locating assembly comprises a second retaining strip and a second series of balls , and the elongate rail comprising: a channel section defined by a first web , a first flange , and a second flange ; a first wall ; and a second wall ; wherein the first flange and the first wall define a first channel in the channel section of the elongate rail for retaining the first locating assembly and the second flange and the second wall define a second channel in the channel section of the elongate rail for retaining the second locating assembly, characterised in that the first retaining strip bows so that at least a portion of the first retaining strip presses against the first wall, and the second retaining strip bows so that at least a portion of the second retaining strip presses against the second wall. an elongate rail , a slide member slidable in a longitudinal direction relative to the elongate rail and first and second locating assemblies , wherein the first locating assembly comprises a first retaining strip and a first series of balls , and the second locating assembly comprises a second retaining strip and a second series of balls , and the elongate rail comprising: a channel section defined by a first web , a first flange , and a second flange ; a first wall ; and a second wall ; wherein the first flange and the first wall define a first channel in the channel section of the elongate rail for retaining the first locating assembly and the second flange and the second wall define a second channel in the channel section of the elongate rail for retaining the second locating assembly, characterised in that the first retaining strip bows so that at least a portion of the first retaining strip presses against the first wall, and the second retaining strip bows so that at least a portion of the second retaining strip presses against the second wall. a channel section defined by a first web , a first flange , and a second flange ; a first wall ; and a second wall ; wherein the first flange and the first wall define a first channel in the channel section of the elongate rail for retaining the first locating assembly and the second flange and the second wall define a second channel in the channel section of the elongate rail for retaining the second locating assembly, characterised in that the first retaining strip bows so that at least a portion of the first retaining strip presses against the first wall, and the second retaining strip bows so that at least a portion of the second retaining strip presses against the second wall.
Method for locating metallic or metal-containing objects and materials, in which currents in at least two transmitting coils can be regulated relative to one another in such a way that a receiving coil output signal received by at least one receiving coil is continuously regulated to "zero", even in the case of metal influence, the mean value of the receiving coil output signal in a first demodulation phase (6.1) being equal to the mean value of the receiving coil output signal of a further demodulation phase (6.2) offset by 90° in the state regulated to "zero", wherein the amplitude of the receiving coil output signal demodulated for the state compensated to "zero" by demodulation in the first demodulation phase and the amplitude of the receiving coil output signal demodulated for the state compensated to "zero" by demodulation in the further demodulation phase (6.2) offset by 90°, preferably at least at 0° and at a demodulation offset by 90°, are detected as values, characterised in that the amplitudes are matched, and in that the demodulated signal of the first demodulation phase (6.1) and the demodulated signal of the further demodulation phase (6.2) offset by 90° are brought into coincidence by means of a multiplier determined from the amplitudes.
A computer implemented method of protecting data in a message for communication from a sender to a receiver , the sender and receiver sharing a secret , the method comprising: splitting the message into a number of ordered message blocks , the order being a proper order such that an aggregation of the blocks in the proper order constitutes the message ; generating , for each block, an encoded indication of a position of the block in the proper order of blocks, the encoding being reversible and based on at least a hash value for the block, a secret shared between the sender and the receiver , and a position of the block in the proper order; communicating the blocks and the encoded indications to the receiver , the blocks being communicated in an order different to the proper order so as to obfuscate the message , such that the blocks can be reassembled by the receiver in the proper order on the basis of the shared secret ; and wherein the number of ordered message blocks is continually adjusted and determined on the basis of a continually tested performance analysis of a computing device of the sender or receiver, the continually tested performance analysis determining a maximum number of hashing operations that can be performed by the device while satisfying a predetermined performance criterion for the device. splitting the message into a number of ordered message blocks , the order being a proper order such that an aggregation of the blocks in the proper order constitutes the message ; generating , for each block, an encoded indication of a position of the block in the proper order of blocks, the encoding being reversible and based on at least a hash value for the block, a secret shared between the sender and the receiver , and a position of the block in the proper order; communicating the blocks and the encoded indications to the receiver , the blocks being communicated in an order different to the proper order so as to obfuscate the message , such that the blocks can be reassembled by the receiver in the proper order on the basis of the shared secret ; and wherein the number of ordered message blocks is continually adjusted and determined on the basis of a continually tested performance analysis of a computing device of the sender or receiver, the continually tested performance analysis determining a maximum number of hashing operations that can be performed by the device while satisfying a predetermined performance criterion for the device.
A variable geometry turbocharger comprising a nozzle vane and a nozzle shaft fixed to the nozzle vane , wherein the nozzle vane has an airfoil including a leading edge , a trailing edge , a pressure surface , and a suction surface at least in a center position in a blade height direction, and wherein 0.45<(Xp/L)≤0.60 is satisfied, where L is a chord length of the nozzle vane , and Xp is a distance between a leading edge of the nozzle vane and the nozzle shaft being a rotation center of the nozzle vane , wherein the nozzle vane comprises a chord line (Chl) connecting the leading edge and the trailing edge , and a virtual line (VL) passing through the nozzle shaft and being perpendicular to the chord line, wherein the nozzle shaft is positioned on the virtual line (VL) between intersections (P5, P7) of the virtual line (VL) with the pressure surface and the suction surface , wherein the airfoil includes a flat or substantially flat portion which satisfies 0≤(W1 max/ L1)<0.05, where W1 max is a maximum value of a length of a straight line perpendicular to a first line segment (LS1) connecting two points (P11, P12) on the suction surface at 10% and 60% chord positions from the leading edge toward the trailing edge , respectively, from the first line segment (LS1) to a point (P13), where the straight line intersects the suction surface between the two points (P11, P12) on the suction surface at 10% and 60% chord positions from the leading edge toward the trailing edge , and L1 is a length of the first line segment (LS1). wherein the nozzle vane has an airfoil including a leading edge , a trailing edge , a pressure surface , and a suction surface at least in a center position in a blade height direction, and wherein 0.45<(Xp/L)≤0.60 is satisfied, where L is a chord length of the nozzle vane , and Xp is a distance between a leading edge of the nozzle vane and the nozzle shaft being a rotation center of the nozzle vane , wherein the nozzle vane comprises a chord line (Chl) connecting the leading edge and the trailing edge , and a virtual line (VL) passing through the nozzle shaft and being perpendicular to the chord line, wherein the nozzle shaft is positioned on the virtual line (VL) between intersections (P5, P7) of the virtual line (VL) with the pressure surface and the suction surface , wherein the airfoil includes a flat or substantially flat portion which satisfies 0≤(W1 max/ L1)<0.05, where W1 max is a maximum value of a length of a straight line perpendicular to a first line segment (LS1) connecting two points (P11, P12) on the suction surface at 10% and 60% chord positions from the leading edge toward the trailing edge , respectively, from the first line segment (LS1) to a point (P13), where the straight line intersects the suction surface between the two points (P11, P12) on the suction surface at 10% and 60% chord positions from the leading edge toward the trailing edge , and L1 is a length of the first line segment (LS1).
An in-wall frame system for sliding doors, the system comprising a first abutment post connected, by means of an upper crossmember , to a pair of second front abutment posts of a pocket provided with a seat formed by a series of crossmembers , which are arranged in pairs parallel to each other, said sliding door being accommodatable slidingly between the internal side walls thereof, and which are in turn connected at one end to a third rear abutment post , characterized in that said system comprises also an alignment device , said alignment device comprising a single profile, which can be arranged in the interspace between said internal side walls formed by said crossmembers of said pocket , and which has a length equal to the distance between said first abutment post and said third rear abutment post , said single profile being connectable to said first abutment post , to said pair of second front abutment posts , and to said third rear abutment post .
An optical waveguide integrated light receiving element comprising: a first contact layer made of a compound semiconductor of a first conductivity type; a second contact layer made of a compound semiconductor of a second conductivity type; a light absorption layer made of a compound semiconductor and formed between the first contact layer and the second contact layer ; a multiplication layer made of a compound semiconductor and formed between the light absorption layer and one of the first contact layer and the second contact layer ; and an optical waveguide arranged on a side of the second contact layer opposite to a side of said second contact layer where the light absorption layer is arranged, having a waveguide direction parallel to a plane of the light absorption layer , and optically coupled with the second contact layer , characterized in that the second contact layer has, in a planar view, a size of an area smaller than that of the light absorption layer , and arranged inside the light absorption layer in the planar view. a first contact layer made of a compound semiconductor of a first conductivity type; a second contact layer made of a compound semiconductor of a second conductivity type; a light absorption layer made of a compound semiconductor and formed between the first contact layer and the second contact layer ; a multiplication layer made of a compound semiconductor and formed between the light absorption layer and one of the first contact layer and the second contact layer ; and an optical waveguide arranged on a side of the second contact layer opposite to a side of said second contact layer where the light absorption layer is arranged, having a waveguide direction parallel to a plane of the light absorption layer , and optically coupled with the second contact layer , characterized in that the second contact layer has, in a planar view, a size of an area smaller than that of the light absorption layer , and arranged inside the light absorption layer in the planar view.
Undercarriage for a robot, manipulator, a driving surface cleaning device and/or monitoring devices for driving over surfaces suitable for suction modules which can be acted upon by means of a vacuum or electromagnetic force, having suction feet which always point towards the driving surface and can be lifted off and lowered with respect to the driving surface, the suction modules being arranged on an at least two-part base construction , and a linear movement and a pivoting movement relative to the driving surface being possible wherein the base construction consists of at least two base plates , wherein the base plates are motor-driven relative to one another, are rotatable and the suction modules are arranged on the base plates , characterised in that the individual suction modules each have their own controllable travel drives and lifting drives .
Optical apparatus comprising: a first substrate comprising a first waveguide formed by laser inscription of the first substrate , wherein the first waveguide comprises a curved section ; and a second substrate having a ledge-type arrangement and comprising a second waveguide , wherein the second waveguide is located at a distance from a first edge of the second substrate ; the apparatus further comprises a further waveguide on the first substrate , wherein the further waveguide is positioned proximal to the first waveguide in order to provide evanescent coupling of the optical signal between the first waveguide and the further waveguide ; and the second substrate comprises an edge coupler, the apparatus being characterized in that a second edge of the first substrate has a shape that is complementary to the shape of the first edge of the second substrate to provide complementary coupling of the first substrate and the second substrate ; and the edge coupler is configured to provide butt-coupling between the further waveguide and the second waveguide when the first substrate and the second substrate are coupled, thereby providing coupling of an optical signal between the first waveguide and the second waveguide via the further waveguide . a first substrate comprising a first waveguide formed by laser inscription of the first substrate , wherein the first waveguide comprises a curved section ; and a second substrate having a ledge-type arrangement and comprising a second waveguide , wherein the second waveguide is located at a distance from a first edge of the second substrate ; the apparatus further comprises a further waveguide on the first substrate , wherein the further waveguide is positioned proximal to the first waveguide in order to provide evanescent coupling of the optical signal between the first waveguide and the further waveguide ; and the second substrate comprises an edge coupler, the apparatus being characterized in that a second edge of the first substrate has a shape that is complementary to the shape of the first edge of the second substrate to provide complementary coupling of the first substrate and the second substrate ; and the edge coupler is configured to provide butt-coupling between the further waveguide and the second waveguide when the first substrate and the second substrate are coupled, thereby providing coupling of an optical signal between the first waveguide and the second waveguide via the further waveguide .
A package for displaying items , the package comprising: a carton body having at least a front panel ; a pusher including a resilient member and a rigid member , characterised in that said rigid member being detachably coupled to said carton body for transformation from an inactive configuration to an active configuration, said resilient member being positioned to urge the rigid member towards said front panel of said carton body when in said active configuration. a carton body having at least a front panel ; a pusher including a resilient member and a rigid member , characterised in that said rigid member being detachably coupled to said carton body for transformation from an inactive configuration to an active configuration, said resilient member being positioned to urge the rigid member towards said front panel of said carton body when in said active configuration.
A user equipment, in a radio communication system including a base station and the user equipment, comprising: a plurality of channel quality indicator tables, wherein each of the channel quality indicator tables is defined for a predetermined block error rate, wherein each of the channel quality indicator tables indicates correspondence between an index of the channel quality indicator and a modulation method and a coding rate, a reception unit configured to receive (S11) an instruction message related to a calculation of a channel quality indicator; and a transmission unit configured to select an index of the channel quality indicator from the channel quality indicator table which has been defined for a block error rate corresponding to the instruction message , and report (S13) the index of the channel quality indicator, which is calculated (S12) in accordance with the instruction message, to the base station. a plurality of channel quality indicator tables, wherein each of the channel quality indicator tables is defined for a predetermined block error rate, wherein each of the channel quality indicator tables indicates correspondence between an index of the channel quality indicator and a modulation method and a coding rate, a reception unit configured to receive (S11) an instruction message related to a calculation of a channel quality indicator; and a transmission unit configured to select an index of the channel quality indicator from the channel quality indicator table which has been defined for a block error rate corresponding to the instruction message , and report (S13) the index of the channel quality indicator, which is calculated (S12) in accordance with the instruction message, to the base station.
Use of a kit in in vitro detection or diagnosis of lung cancer in a sample from a subject, wherein the kit comprises a nucleic acid(s) capable of specifically binding to a polynucleotide of lung cancer marker: miR-2467-3p, or to a polynucleotide consisting of a nucleotide sequence complementary to that of the polynucleotide.
An oil-in-water emulsion sunscreen cosmetic comprising: (A) one or more selected from a UV absorbing agent and a UV scattering agent; (B) a fatty acid that is solid at room temperature; and (C) an oil having at least an 0.5 IOB, wherein the IOB is defined as described in the description and wherein the oil is selected from the group consisting of ester oils, polyalkylene glycols, and an alkylene oxide derivative represented by the formula (I) R 1 O-[(AO)m(EO)n]-R 2 (I) where AO is a 3-4 carbon oxyalkylene group, EO is an oxyethylene group, 1 ≤ m ≤ 70, 1 ≤ n ≤ 70, and R 1 and R 2 are independently H or hydrocarbon groups having 1 to 4 carbon atoms; wherein a neutralization rate of the fatty acid is 51% or less; and a blending ratio ((A)/(B)) between (A) and (B) is within a range of at least 0.1 and less than 10.0. (A) one or more selected from a UV absorbing agent and a UV scattering agent; (B) a fatty acid that is solid at room temperature; and (C) an oil having at least an 0.5 IOB, wherein the IOB is defined as described in the description and wherein the oil is selected from the group consisting of ester oils, polyalkylene glycols, and an alkylene oxide derivative represented by the formula (I) R 1 O-[(AO)m(EO)n]-R 2 (I) wherein a neutralization rate of the fatty acid is 51% or less; and a blending ratio ((A)/(B)) between (A) and (B) is within a range of at least 0.1 and less than 10.0.
A method for session migration in a communication system, comprising: receiving , by a media transfer controller , a request from a source terminal (A10) using a media session control protocol, the request indicating a transfer from a session between the source terminal (A10) and another terminal (B10) to a session between a target terminal (A11) and the other terminal (B10); negotiating , by the media transfer controller , with the target terminal (A11) about transfer parameters using the media session control protocol, wherein the negotiating with the target terminal (A11) comprises receiving a message from the target terminal (A11) carrying session description information of the target terminal (A11); negotiating , by the media transfer controller , with a media relay about transfer parameters using the media session control protocol, wherein the negotiating with the media relay comprises sending a message to the media relay carrying the session description information of the target terminal (A11), wherein the source terminal (A10) and the target terminal (A11) are attached to the media transfer controller and the media relay and the media transfer controller controls the media relay using the media session control protocol; and responding , by the media transfer controller , to the request of the source terminal (A10). receiving , by a media transfer controller , a request from a source terminal (A10) using a media session control protocol, the request indicating a transfer from a session between the source terminal (A10) and another terminal (B10) to a session between a target terminal (A11) and the other terminal (B10); negotiating , by the media transfer controller , with the target terminal (A11) about transfer parameters using the media session control protocol, wherein the negotiating with the target terminal (A11) comprises receiving a message from the target terminal (A11) carrying session description information of the target terminal (A11); negotiating , by the media transfer controller , with a media relay about transfer parameters using the media session control protocol, wherein the negotiating with the media relay comprises sending a message to the media relay carrying the session description information of the target terminal (A11), wherein the source terminal (A10) and the target terminal (A11) are attached to the media transfer controller and the media relay and the media transfer controller controls the media relay using the media session control protocol; and responding , by the media transfer controller , to the request of the source terminal (A10).
A tire having a tread that comprises a rubber composition based on at least a diene elastomer, a reinforcing filler, a plasticizing agent comprising a polar liquid plasticizer, and a diacetal represented by the formula (I): wherein R 1 and R 2 are the same or different and each represent a hydrogen atom, a C 1 to C 4 alkyl group, a C 1 to C 4 alkoxy group, a C 1 to C 4 alkoxycarbonyl group or a halogen atom; a and b are each an integer of 1 to 5; c is 0 or 1; when a is 2, the two R 1 groups taken together with the benzene ring to which they are linked may form a tetralin ring; and when b is 2, the two R 2 groups taken together with the benzene ring to which they are linked may form a tetralin ring.