mhurhangee/patent-ind-claim-en huggingface dataset:
A method for indicating downlink resources of a coordinated multi-point network, wherein the coordinated multi-point network is in a Long-Term Evolution, LTE, system, the method comprising: determining (S10) a control station and cell and a service station and cell of a User Equipment, UE; and indicating (S20), by the control station and cell, through signaling that a Physical Downlink Shared Channel, PDSCH, of the UE occupies radio resources in a control region of the service station and cell, whereby a start position of the PDSCH allocated for the UE by the service station and cell is a first symbol of a subframe, and when a resource mapping in the control region is performed, the PDSCH does not occupy Resource Elements, REs, occupied by a Cell Reference Signal, CRS, a Physical Control Format Indicator Channel, PCFICH, a Physical Hybrid-ARQ Indicator Channel, PHICH, and a Physical Downlink Control Channel, PDCCH, of the UE. determining (S10) a control station and cell and a service station and cell of a User Equipment, UE; and indicating (S20), by the control station and cell, through signaling that a Physical Downlink Shared Channel, PDSCH, of the UE occupies radio resources in a control region of the service station and cell, whereby a start position of the PDSCH allocated for the UE by the service station and cell is a first symbol of a subframe, and when a resource mapping in the control region is performed, the PDSCH does not occupy Resource Elements, REs, occupied by a Cell Reference Signal, CRS, a Physical Control Format Indicator Channel, PCFICH, a Physical Hybrid-ARQ Indicator Channel, PHICH, and a Physical Downlink Control Channel, PDCCH, of the UE.
Deflector (D2) for a wheeled vehicle comprising a base (SS) extending in longitudinal and transverse directions and having a first part (P1) to which is joined another deflector (D1) and a second part (P2) comprising a transverse end (ET) to which is connected supporting equipment (ES), the said deflector (D2) comprising a main part (PP1) and a first edge Transversal (BT1) intended to be securely linked together to the second part (P2) and to the support equipment (ES), characterized in that the first transversal edge (BT1) includes at least one first coupling leg (PC1) with a head (TP) suitable to be inserted into a first hole (TT1) of the said support equipment (ES) to anchor temporarily on the latter (ES) in order to suspend the said deflector (D2) for the support equipment (ES), and in so far as it includes a second transverse edge (BT2), opposite the first transverse edge (BT1), and comprising at least one second coupling leg (PC2) with a free end (EL) suitable for insertion into a second hole (TT2) of the said other deflector (D1) and having an anti-setback transverse stop (BL) TA) suitable to run on a circumference of the second hole (TT2) to connect the said deflector (D2) to the other deflector (D1).
Method for operating an audio system (2, 2', 2", 2′′′) for transmitting wireless audio streams to a hearing system comprising a hearing device and an accessory device , wherein the accessory device is selected from the group of a mobile phone, a tablet computer, a smart phone, a hearing device remote control unit, and a key card, the hearing device comprising a processor configured to compensate for hearing loss or disability of the hearing device user, the audio system (2, 2', 2", 2′′′) comprising a communication unit and a radio system comprising at least one stationary transmitter unit (10, 10', 10", 10′′′) including a first transmitter unit for transmitting at least a first audio stream with first audio identification data indicative of the first audio stream, the method comprising: - receiving request data comprising hearing device identification data and a request indicative of at least one audio track, wherein receiving request data comprises receiving request data from the accessory device of the hearing system ; - determining radio system configuration data based on the request data ; - transmitting at least one audio stream according to the determined radio system configuration data, wherein the audio stream comprises audio stream data and audio identification data, the audio identification data comprising hearing device identification data, for allowing the hearing system to receive the audio stream representative of the requested audio track; and - identifying and receiving, with the hearing device , the requested audio stream by the audio identification data comprising the hearing device identification data. - receiving request data comprising hearing device identification data and a request indicative of at least one audio track, wherein receiving request data comprises receiving request data from the accessory device of the hearing system ; - determining radio system configuration data based on the request data ; - transmitting at least one audio stream according to the determined radio system configuration data, wherein the audio stream comprises audio stream data and audio identification data, the audio identification data comprising hearing device identification data, for allowing the hearing system to receive the audio stream representative of the requested audio track; and - identifying and receiving, with the hearing device , the requested audio stream by the audio identification data comprising the hearing device identification data.
Method of changing a roll configuration in a roll stand, wherein the roll stand comprises at least two work rolls , wherein for a change in configuration at least one work roll of the roll stand is exchanged for a roll arrangement as exchange set, wherein the exchange set comprises at least three exchange rolls all mounted in a common cassette , the outer contour of which substantially corresponds at least in part with each of those of the work roll chocks of the work roll to be replaced, characterised in that the exchange set comprises a first and a second additional roll as well as a work roll and that the work roll as well as the first and second additional rolls of the exchange set are arranged vertically one above the other in the installed position of the cassette .
A method to achieve a constant output voltage with a buck-boost converter is comprising: providing a buck-boost converter , converting a DC input voltage (Vin) to a DC output voltage (Vout), comprising a mode control block , a buck control block controlling a buck switch , an inductor , a precharge-boost control block controlling a boost switch , and an output capacitor ; checking, if the input voltage (Vin) is significantly higher than the output voltage (Vout) required, if positive go to step 3 else go to step 5 , wherein a comparison of the buck duty cycle with a duty cycle threshold is used to determine the condition if the input voltage is significantly higher than the output voltage; operating in a first mode by performing buck control of said inductor to convert input voltage (Vin) down to output voltage (Vout); go to step 2; characterized in that it further comprises the steps of: operating in a second mode comprising a first phase for pre-charging of the inductor , which is characterized by the buck switch being on and the boost switch being on; wherein a monitoring of the input voltage V(in) is performed by an analogue-to-digital converter and a length of a pre-charge is generated in discrete levels depending on the level of the input voltage (Vin), followed by a second phase of continuation of a buck operation; go to step ; and wherein a switching hysteresis for switching to step and back to step is used for a better stabilization of the buck-boost converter providing a buck-boost converter , converting a DC input voltage (Vin) to a DC output voltage (Vout), comprising a mode control block , a buck control block controlling a buck switch , an inductor , a precharge-boost control block controlling a boost switch , and an output capacitor ; checking, if the input voltage (Vin) is significantly higher than the output voltage (Vout) required, if positive go to step 3 else go to step 5 , wherein a comparison of the buck duty cycle with a duty cycle threshold is used to determine the condition if the input voltage is significantly higher than the output voltage; operating in a first mode by performing buck control of said inductor to convert input voltage (Vin) down to output voltage (Vout); go to step 2; operating in a second mode comprising a first phase for pre-charging of the inductor , which is characterized by the buck switch being on and the boost switch being on; wherein a monitoring of the input voltage V(in) is performed by an analogue-to-digital converter and a length of a pre-charge is generated in discrete levels depending on the level of the input voltage (Vin), followed by a second phase of continuation of a buck operation; go to step ; and
A catheter for centrally crossing an occluded blood vessel, said catheter comprising: a tubular catheter body having a distal end , a proximal end , and a central passage therethrough; a rotatable drive shaft extending through the central passage of the tubular catheter body and having a distal end, a proximal end, and a central lumen therethrough; a cutting tip mounted on the distal end of the rotatable drive shaft and configured to cut through occlusive material when rotated, said cutting tip having a passage contiguous with the central lumen of the rotatable drive shaft; a plurality of flat springs disposed circumferentially about a distal portion of the tubular catheter body and adapted to elastically self-expand from a radially constrained configuration to a radially expanded configuration wherein each flat spring has: i) a wide lateral surface configured to atraumatically engage against a wall region of the blood vessel to centrally align said tubular catheter body in a lumen of the blood vessel; and, ii) a narrow distal edge configured to penetrate the occlusion as the catheter is distally advanced; a manual rotation device attached to the rotatable drive shaft; and a handle at the proximal end of the tubular catheter body. a tubular catheter body having a distal end , a proximal end , and a central passage therethrough; a rotatable drive shaft extending through the central passage of the tubular catheter body and having a distal end, a proximal end, and a central lumen therethrough; a cutting tip mounted on the distal end of the rotatable drive shaft and configured to cut through occlusive material when rotated, said cutting tip having a passage contiguous with the central lumen of the rotatable drive shaft; a plurality of flat springs disposed circumferentially about a distal portion of the tubular catheter body and adapted to elastically self-expand from a radially constrained configuration to a radially expanded configuration wherein each flat spring has: i) a wide lateral surface configured to atraumatically engage against a wall region of the blood vessel to centrally align said tubular catheter body in a lumen of the blood vessel; and, ii) a narrow distal edge configured to penetrate the occlusion as the catheter is distally advanced; a manual rotation device attached to the rotatable drive shaft; and a handle at the proximal end of the tubular catheter body.
A wire cutter for creating a cavity in a bone, said wire cutter comprising a restrainer and a cutting wire , wherein the restrainer comprises an opening at a proximal end thereof, a closed end opposite to the proximal end, a tunnel inside the restrainer and from the opening till the closed end , and a slot parallel to the tunnel and forming a passage from the tunnel to an outside of the restrainer ; and said cutting wire adapted to be received in the tunnel , wherein said cutting wire has a distal end and a holding segment away from the distal end , wherein the holding segment is able to be driven to move in the tunnel toward the closed end of the restrainer while the distal end of the cutting wire being stopped directly or indirectly by the closed end of the restrainer , so that a portion of the cutting wire will protrude from the slot to the outside of the restrainer , when the holding segment of the cutting wire is driven to move toward the closed end of the restrainer , wherein the wire cutter further comprises an advancing means for driving the holding segment of the cutting wire to move toward the closed end of the restrainer and to move away from the closed end after being driven to move toward the closed end of the restrainer , so that a greater portion of the cutting wire will protrude from the slot to the outside of the restrainer as the holding segment of the cutting wire is driven to move closer to the closed end of the restrainer , wherein the distal end of the cutting wire is stopped directly by the closed end of the restrainer , characterised in that the advancing means comprises threads formed on an inner wall of the tunnel of the restrainer and near the opening of the restrainer , and a threaded stud adapted to be in engagement with the threads , wherein the threaded stud is provided with an axial mounting hole adapted to accommodate the holding segment of the cutting wire .
Method for mill-drying coal, comprising the following steps: a) pre-drying the coal to a predeterminable first moisture level in a pre-dryer and b) milling the coal to a predeterminable particle size distribution in a mill, exhaust air , containing water vapor, from the pre-drying process being supplied to the mill for further drying the coal to a predeterminable second moisture level, characterized in that at least some_of the exhaust air from the pre-dryer is mixed with fresh air before being supplied to the mill. a) pre-drying the coal to a predeterminable first moisture level in a pre-dryer and b) milling the coal to a predeterminable particle size distribution in a mill,
A liquid chromatographic column , comprising: a cylindrical column body ; an inflow-side filter that is disposed at an eluent inflow-side end of the column body ; an outflow-side filter that is disposed at an eluent outflow-side end of the column body ; and a filler that is filled between the inflow-side filter and the outflow-side filter , wherein the inflow-side filter has a two-layer structure consisting of a first resin filter member and a second resin filter member which are disposed in this order from a side of the filler, the first resin filter member has an indentation elastic modulus lower than that of the second resin filter member , and diameters of the inflow-side filter and the outflow-side filter are larger than an inner diameter of a filler storage unit of the column body . a cylindrical column body ; an inflow-side filter that is disposed at an eluent inflow-side end of the column body ; an outflow-side filter that is disposed at an eluent outflow-side end of the column body ; and a filler that is filled between the inflow-side filter and the outflow-side filter , wherein the inflow-side filter has a two-layer structure consisting of a first resin filter member and a second resin filter member which are disposed in this order from a side of the filler, the first resin filter member has an indentation elastic modulus lower than that of the second resin filter member , and diameters of the inflow-side filter and the outflow-side filter are larger than an inner diameter of a filler storage unit of the column body .
An anti-irritant diaper for containing solid waste excreted from a wearer and preventing it from contact with the wearer's skin, the diaper having a front area , a middle area , a rear area , a pair of leg cuffs and closing tabs and comprising: a resilient flexible band disposed longitudinally and centrally along the diaper ; a pocket formed within said middle area for receiving excreted solid waste and having a space above it, said space separating said pocket from the wearer's skin; and a one-directional flexible partition , situated above said pocket and including a pair of dividers , each of said dividers attached at one end to one of said pair of leg cuffs and segmented into a plurality of flexible flaps ; wherein said resilient flexible band maintains the shape of said pocket , and wherein said flaps of said flexible partition are configured to bend downward by the weight of solid waste, so as to allow it to enter into said pocket , and said flaps are further configured to return thereafter to their original position, so as to prevent the waste from contacting the wearer's skin. a resilient flexible band disposed longitudinally and centrally along the diaper ; a pocket formed within said middle area for receiving excreted solid waste and having a space above it, said space separating said pocket from the wearer's skin; and a one-directional flexible partition , situated above said pocket and including a pair of dividers , each of said dividers attached at one end to one of said pair of leg cuffs and segmented into a plurality of flexible flaps ; wherein said resilient flexible band maintains the shape of said pocket , and wherein said flaps of said flexible partition are configured to bend downward by the weight of solid waste, so as to allow it to enter into said pocket , and said flaps are further configured to return thereafter to their original position, so as to prevent the waste from contacting the wearer's skin.
A transdermal absorption promoting agent for promoting percutaneous absorption of diclofenac sodium, comprising l-menthyl glyceryl ether and a terpene-based resin, wherein the terpene-based resin is a pinene polymer.
A method for forming a wind turbine rotor blade , the method comprising: placing first and second prefabricated skin panels defining a portion of a root section of the wind turbine rotor blade , a pressure side of the wind turbine rotor blade , or a suction side of the wind turbine rotor blade in a mold , wherein the first prefabricated skin panel partially overlaps or is positioned adjacent to the second prefabricated panel to define a connection region ; placing a vacuum bag over the mold ; and infusing the connection region with a resin , characterized in that placing the first and second prefabricated skin panels comprises aligning the first or second prefabricated skin panels with one or more locating features in the mold . placing first and second prefabricated skin panels defining a portion of a root section of the wind turbine rotor blade , a pressure side of the wind turbine rotor blade , or a suction side of the wind turbine rotor blade in a mold , wherein the first prefabricated skin panel partially overlaps or is positioned adjacent to the second prefabricated panel to define a connection region ; placing a vacuum bag over the mold ; and infusing the connection region with a resin , characterized in that placing the first and second prefabricated skin panels comprises aligning the first or second prefabricated skin panels with one or more locating features in the mold .
A gas turbine engine part comprising a heat sink portion having a surface having a plurality of protrusions (32, 40; 140; 240) distributed over an area of the surface, the protrusions (32, 40; 140; 240) projecting away from the surface, some of the protrusions being adjacent to one another and collectively forming an identifier , and other ones of the protrusions (40; 140; 240) not forming the identifier , wherein the protrusions (32, 40 140; 240) are configured to provide heat transfer when the surface is exposed to a cooling air flow.
A pharmaceutical composition comprising a recombinant antibody molecule, or an α4-binding fragment thereof, comprising a variable heavy chain and a variable light chain, wherein: (a) the variable heavy chain comprises the variable heavy chain framework sequence from IGHV1-f and the CDRs from the VH chain of murine antibody HP1/2, wherein CDR1 comprises the sequence GFNIKDTYM, CDR2 comprises the sequence RIDPASGDTKYDPKFQV and CDR3 comprises the sequence GMWVSTGYALDF, and amino acid residues at framework positions 24 and 94 of the variable heavy chain according to the Kabat numbering scheme are substituted, wherein the substituted residue at framework position 24 is alanine (A) and the substituted residue at framework position 94 is aspartic acid (D); (b) the variable light chain comprises the variable light chain framework sequence from IGKV4-1 and the CDRs from the VL chain of murine antibody HP1/2, wherein CDR1 comprises the sequence KASQSVTNDVA, CDR2 comprises the sequence YASNRYT and CDR3 comprises the sequence QQDYSSPYT, and amino acid residues at framework positions 1,67 and 87 of the variable light chain according to the Kabat numbering scheme are substituted, wherein the substituted residue at framework position 1 is serine (S), the substituted residue at framework position 67 is tyrosine (Y) and the substituted residue at framework position 87 is phenylalanine (F); and wherein the recombinant antibody molecule or the α4-binding fragment thereof binds VLA-4. (a) the variable heavy chain comprises the variable heavy chain framework sequence from IGHV1-f and the CDRs from the VH chain of murine antibody HP1/2, wherein CDR1 comprises the sequence GFNIKDTYM, CDR2 comprises the sequence RIDPASGDTKYDPKFQV and CDR3 comprises the sequence GMWVSTGYALDF, and amino acid residues at framework positions 24 and 94 of the variable heavy chain according to the Kabat numbering scheme are substituted, wherein the substituted residue at framework position 24 is alanine (A) and the substituted residue at framework position 94 is aspartic acid (D); (b) the variable light chain comprises the variable light chain framework sequence from IGKV4-1 and the CDRs from the VL chain of murine antibody HP1/2, wherein CDR1 comprises the sequence KASQSVTNDVA, CDR2 comprises the sequence YASNRYT and CDR3 comprises the sequence QQDYSSPYT, and amino acid residues at framework positions 1,67 and 87 of the variable light chain according to the Kabat numbering scheme are substituted, wherein the substituted residue at framework position 1 is serine (S), the substituted residue at framework position 67 is tyrosine (Y) and the substituted residue at framework position 87 is phenylalanine (F);
An imaging system comprising: a probe head comprising: a light source for emitting light in at least one spectral waveband suitable to generate a photoacoustic response in tissue; an ultrasound transducer having a transmit mode for transmitting ultrasound energy into the tissue and a receive mode for receiving the ultrasound energy reflected by the tissue and photoacoustic energy from the tissue; a probe handle coupled to the probe head, the probe handle and the probe head extending longitudinally along an x-axis; and a programmable system configured to actuate the light source and to actuate the ultrasound transducer between the transmit mode and the receive mode in response to a timing signal; wherein the probe head is configured to be insertable into an oral cavity of a human user to image oral tissues in the oral cavity, and the ultrasound transducer comprises a linear array transducer forming a transducer plane extending parallel to a plane containing the x-axis. a light source for emitting light in at least one spectral waveband suitable to generate a photoacoustic response in tissue; an ultrasound transducer having a transmit mode for transmitting ultrasound energy into the tissue and a receive mode for receiving the ultrasound energy reflected by the tissue and photoacoustic energy from the tissue; a probe handle coupled to the probe head, the probe handle and the probe head extending longitudinally along an x-axis; and a programmable system configured to actuate the light source and to actuate the ultrasound transducer between the transmit mode and the receive mode in response to a timing signal; wherein the probe head is configured to be insertable into an oral cavity of a human user to image oral tissues in the oral cavity, and the ultrasound transducer comprises a linear array transducer forming a transducer plane extending parallel to a plane containing the x-axis.