mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for measuring distance, comprising: - a transmitter operative to emit a transmit light signal toward a target at an emission time, - a receiving system comprising an optical subsystem to receive a return light signal, and an opto-electrical converter to convert the return light signal to a return electrical signal, - at least one attenuator to apply an attenuation to at least one of the return light signal and the return electrical signal, the attenuation varying, as time passes, after emission of the transmit light signal, according to a time-dependent attenuation function such that the attenuation is maximum at a critical time elapsed since the emission time of said transmit light signal, said critical time being dependent on at least one geometrical parameter of the optical subsystem, - a detection unit to determine a receive time from the return electrical signal, and - a processor unit to calculate a measured distance based on at least the emission time and the receive time. - a transmitter operative to emit a transmit light signal toward a target at an emission time, - a receiving system comprising an optical subsystem to receive a return light signal, and an opto-electrical converter to convert the return light signal to a return electrical signal, an optical subsystem to receive a return light signal, and an opto-electrical converter to convert the return light signal to a return electrical signal, - at least one attenuator to apply an attenuation to at least one of the return light signal and the return electrical signal, the attenuation varying, as time passes, after emission of the transmit light signal, according to a time-dependent attenuation function such that the attenuation is maximum at a critical time elapsed since the emission time of said transmit light signal, said critical time being dependent on at least one geometrical parameter of the optical subsystem, - a detection unit to determine a receive time from the return electrical signal, and - a processor unit to calculate a measured distance based on at least the emission time and the receive time.
A labyrinth seal (30; 130; 230), comprising: rotating and static components (32; 132; 232; 34; 134; 234; 334) rotatable relative to one another relative to a central axis , characterised in that the rotating component (32; 132; 232) is securable to a shaft via a tight fit engagement at an engagement location (L) on the rotating component (32; 123; 232), the engagement location (L) including a portion of a radially inner face of the rotating component (32; 132; 232), the static component (34; 134; 234) securable to a housing ; teeth (32a; 132a; 232a) protruding from one of the rotating and static components (32; 132; 232; 34; 134; 234; 334) towards a seal land (34a; 134a; 234a; 334a) defined by the other one of the rotating and static components (32; 132; 232; 34; 134; 234; 334); and clearances (G) between the teeth (32a; 132a; 232a) and the seal land (34a; 134a; 234a; 334a), a first clearance (G1) of the clearances (G) greater than a second clearance (G2) of the clearances (G), the first clearance (G1) located closer to the engagement location (L) of the rotating component (32; 123; 232) than the second clearance (G2).
Downpipe furnace for heating particulate material, in particular for expanding expandable particulate material such as perlite, comprising - a downpipe with a drop chamber for the particulate material , - a feeding device for the particulate material arranged at the upper end of the downpipe , - a removal device for the particulate material arranged at the bottom end of the downpipe , and - a heating device surrounding the downpipe at least over a partial length, by means of which the particulate material passing through the downpipe can be heated by radiant heat (Q), characterized by - an evacuation device which is connected to the drop chamber of the downpipe so that the particulate material passes through the drop chamber during the heating process under negative pressure conditions of at least one rough vacuum of less than 300 mbar, wherein the feeding device (7; 7') is provided with an arrangement of at least one pressure-tight storage container (13.1, 13.2; 36). - a downpipe with a drop chamber for the particulate material , - a feeding device for the particulate material arranged at the upper end of the downpipe , - a removal device for the particulate material arranged at the bottom end of the downpipe , and - a heating device surrounding the downpipe at least over a partial length, by means of which the particulate material passing through the downpipe can be heated by radiant heat (Q), - an evacuation device which is connected to the drop chamber of the downpipe so that the particulate material passes through the drop chamber during the heating process under negative pressure conditions of at least one rough vacuum of less than 300 mbar, wherein the feeding device (7; 7') is provided with an arrangement of at least one pressure-tight storage container (13.1, 13.2; 36).
A mill blank for dental CAD/CAM for preparing a dental restoration by being installed in a CAD/CAM device, wherein, the mill blank for dental CAD/CAM has a substantially columnar shape, the mill blank for dental CAD/CAM has at least one recess in a circumference portion , the recess does not extend over the whole of the circumference portion of the mill blank for dental CAD/CAM in the circumferential direction, the recess of the mill blank for dental CAD/CAM has a shape which can be engaged with the CAD/CAM device, characterized in that the mill blank for dental CAD/CAM includes a first recess which opens to a top surface in the substantially columnar shape, only the first recess opens to the top surface as the recess, the first recess does not extend over the whole of the circumference portion of the mill blank for dental CAD/CAM in the circumferential direction and the first recess has a shape which can be engaged with the CAD/CAM device, and the mill blank for dental CAD/CAM includes a second recess which opens to a bottom surface in the substantially columnar shape, only the second recess opens to the bottom surface as the recess, the second recess does not extend over the whole of the circumference portion of the mill blank for dental CAD/CAM in the circumferential direction and the second recess has a shape which can be engaged with the CAD/CAM device.
An interference management method in a Wireless Local Area Network, WLAN, the method comprising: an access point, AP , identifying at least one station, STA, associated with a first basic service set, BSS , as an edge STA or a non-edge STA based on interference associated with the at least one STA from other BSSs; the AP grouping STAs identified as edge STAs in a first edge group and grouping STAs identified as non-edge STAs in a non-edge group; receiving information associated with an adjacent second BSS , wherein a second edge group is associated with the second BSS; and coordinating carrier sense multiple access with collision avoidance, CSMA/CA, for access to a wireless channel between at least one of the first edge group and the non-edge group, wherein coordinating CSMA/CA for access to a wireless channel includes coordinating timing of access between the first and second edge groups and the non-edge group, and wherein the access is coordinated to minimize interference to at least one edge STA in the first edge group and is based at least on the received information associated with the second BSS. an access point, AP , identifying at least one station, STA, associated with a first basic service set, BSS , as an edge STA or a non-edge STA based on interference associated with the at least one STA from other BSSs; the AP grouping STAs identified as edge STAs in a first edge group and grouping STAs identified as non-edge STAs in a non-edge group; receiving information associated with an adjacent second BSS , wherein a second edge group is associated with the second BSS; and coordinating carrier sense multiple access with collision avoidance, CSMA/CA, for access to a wireless channel between at least one of the first edge group and the non-edge group, wherein coordinating CSMA/CA for access to a wireless channel includes coordinating timing of access between the first and second edge groups and the non-edge group, and wherein the access is coordinated to minimize interference to at least one edge STA in the first edge group and is based at least on the received information associated with the second BSS.
A method for polar decoding a codeword vector for wireless communication, the method performed by a receiver device ,the method comprising: receiving a signal from a transmitter device , the signal including the codeword vector ; splitting the codeword vector into m consecutive elements; determining indices associated with each of the m consecutive elements, each of the m consecutive elements associated with a different index; bit reversing a binary sequence of each of the m consecutive elements, each of the m consecutive elements include a different binary sequence; determining a bit-reversed order of the indices; writing each of the m consecutive elements to a different memory bank in parallel based at least in part on the bit-reversed order of the indices; and polar decoding the m consecutive elements after bit-reversal to produce an estimate of an original information vector. receiving a signal from a transmitter device , the signal including the codeword vector ; splitting the codeword vector into m consecutive elements; determining indices associated with each of the m consecutive elements, each of the m consecutive elements associated with a different index; bit reversing a binary sequence of each of the m consecutive elements, each of the m consecutive elements include a different binary sequence; determining a bit-reversed order of the indices; writing each of the m consecutive elements to a different memory bank in parallel based at least in part on the bit-reversed order of the indices; and polar decoding the m consecutive elements after bit-reversal to produce an estimate of an original information vector.
Refrigeration appliance with a refrigerated goods container , the refrigerated goods container 110 has essentially the shape of a cuboid open toward the front side and truncated to the rear with a top wall , base walls (122 and 124), left and right side walls (126 and 128) and a graduated rear wall, which define an interior , with a first tube evaporator , which is disposed on the refrigerated goods container outside the interior and which is wound around the top wall 120, the base walls and the left and right side walls (126 and 128), and with a second tube evaporator , wherein the first tube evaporator and the second tube evaporator are connected in series with one another for flow purposes, characterised in that the second tube evaporator is arranged within the interior on the top wall of the refrigerated goods container.
A method comprising: receiving, in a mobile station, a code transmitted by a first base station, the code indicating to the mobile station that it is permitted to access a second base station using radio channels of a restricted area if it has capability to access the second base station; in response to receiving the code, determining a position of the mobile station; comparing the position of the mobile station to the restricted area; determining whether the mobile station is in the restricted area, in response to a determination that the mobile station is outside the restricted area, accessing the first base station by the mobile station; in response to a determination that the mobile station is in the restricted area, searching for the second base station; and if operation using radio channels of the restricted area is permitted at the position of the mobile station, the mobile station accessing the mobile network using the radio channels of the second base station. receiving, in a mobile station, a code transmitted by a first base station, the code indicating to the mobile station that it is permitted to access a second base station using radio channels of a restricted area if it has capability to access the second base station; in response to receiving the code, determining a position of the mobile station; comparing the position of the mobile station to the restricted area; determining whether the mobile station is in the restricted area, in response to a determination that the mobile station is outside the restricted area, accessing the first base station by the mobile station; in response to a determination that the mobile station is in the restricted area, searching for the second base station; and if operation using radio channels of the restricted area is permitted at the position of the mobile station, the mobile station accessing the mobile network using the radio channels of the second base station.
A composition, comprising: a surfactant selected from sodium dodecyl sulfate, sodium dodecylbenzenesulfonate, hexadecyltrimethylammonium bromide, and sodium 3,4-dichlorobenzoate, an oxidizable water-soluble dye, a thickening agent, an alkaline builder selected from sodium hydroxide and potassium hydroxide, and a hydrotrope selected from sodium p-toluenesulfonate, potassium toluene-4-sulphonate, sodium xylenesulfonate, potassium xylenesulphonate, and sodium cumenesulfonate, wherein the oxidizable water-soluble dye is capable of colorizing a bleach solution, when dissolved therein, for a period of time before fading to clear, wherein the mechanism for providing discoloration is an oxidation reaction. a surfactant selected from sodium dodecyl sulfate, sodium dodecylbenzenesulfonate, hexadecyltrimethylammonium bromide, and sodium 3,4-dichlorobenzoate, an oxidizable water-soluble dye, a thickening agent, an alkaline builder selected from sodium hydroxide and potassium hydroxide, and a hydrotrope selected from sodium p-toluenesulfonate, potassium toluene-4-sulphonate, sodium xylenesulfonate, potassium xylenesulphonate, and sodium cumenesulfonate,
A method of operation of a radio access node in a cellular communications network to transmit multi-stage downlink control information, comprising: transmitting a first part of a multi-stage downlink control information in a first Orthogonal Frequency Division Multiplexing, OFDM, symbol; and transmitting a second part of the multi-stage downlink control information in a second OFDM symbol that is subsequent to the first OFDM symbol; wherein Cyclic Redundancy Check, CRC, bits are attached to the second part of the multi-stage downlink control information and CRC bits are not attached to the first part of the multi-stage downlink control information. transmitting a first part of a multi-stage downlink control information in a first Orthogonal Frequency Division Multiplexing, OFDM, symbol; and transmitting a second part of the multi-stage downlink control information in a second OFDM symbol that is subsequent to the first OFDM symbol; wherein Cyclic Redundancy Check, CRC, bits are attached to the second part of the multi-stage downlink control information and CRC bits are not attached to the first part of the multi-stage downlink control information.
A device for moving sheets of fiber reinforced material having parallel longitudinally oriented fibers embedded in a thermoplastic matrix material, in particular sheets presenting anisotropic stiffness, comprising a conveying path for conveying sheets of fiber reinforced material in a direction substantially along the orientation of the fibers, and a drive element arranged substantially transversely to the conveying path to in use engage a face of a sheet of fiber reinforced material to be conveyed along the path , and arranged to exert friction onto the face in a direction substantially along the orientation of the fibers, characterized in that the device comprises a guide element arranged substantially transversely to the conveying path to in use engage the opposite face of the sheet of fiber reinforced material to be conveyed along the path , the drive element and the guide element being arranged to envelope the conveying path , and in that the drive and guide element are disposed on opposite sides of the conveying path and are interspaced to leave a slot that allows limited free movement of the sheet to be conveyed transverse to its face .
A recombinant plant, wherein the plant has been engineered to contain at least one modified apyrase gene, wherein the modified apyrase gene comprises a polynucleotide comprising the sequence of SEQ ID NO:4 or a polynucleotide that encodes a polypeptide comprising the sequence of SEQ ID NO:2.
Bumper of vehicle with structure, bumper including - a main portion intended to be attached to the vehicle structure; and - a fastening opening intended to receive a fastening part for a vehicle equipment, including a light device , which also includes a holding portion swivel in relation to the main part ; the holding portion rotating between a position away from the attachment opening and a position close to the attachment opening in order to maintain the attachment part , the holding portion having a guide passage for a fastening tool of the attachment part . The holding portion includes a stop surface suitable for blocking the attachment part in the close position . - a main portion intended to be attached to the vehicle structure; and - a fastening opening intended to receive a fastening part for a vehicle equipment, including a light device , which also includes a holding portion swivel in relation to the main part ; the holding portion rotating between a position away from the attachment opening and a position close to the attachment opening in order to maintain the attachment part , the holding portion having a guide passage for a fastening tool of the attachment part . The holding portion includes a stop surface suitable for blocking the attachment part in the close position .
A stand for musical instruments, in particular a multiple guitar stand, for depositing at least one musical instrument having a body and a neck, in particular at least one guitar and/or bass guitar, wherein the stand for musical instruments comprises a rack and at least one pair of supporting members that are mountable on the rack and each have a supporting surface for the body of the musical instrument, wherein the rack includes a supporting frame with two supporting struts mutually extending in parallel and each having a non-rotationally symmetrical, in particular rectangular cross-sectional shape (Q1), and an abutment bracket connected to the supporting frame in particular in a pivotable manner, wherein the abutment bracket includes an abutment strut extending in parallel to the supporting struts , and at least one supporting arm connecting the abutment strut in each case to the supporting frames , wherein the abutment strut , directly on abutment elements that can be fastened directly or above the abutment strut , defines at least one abutment surface for the neck of the musical instrument, characterized in that the supporting members each include a fastening recess adapted to the cross-sectional shape (Q1) of the supporting struts for fastening each supporting member to a supporting strut in at least one supporting orientation (S1, S2) rotationally determined relative to the supporting strut , wherein each supporting member is formed, in a rotationally determined first supporting orientation (S1) relative to the supporting strut , in particular for supporting a first musical instrument, and in a rotationally determined second supporting orientation (S2) relative to the supporting strut , in particular for supporting a second musical instrument that is different from the first musical instrument, to be mountable to the supporting struts , wherein the first and the second supporting orientations (S1 and S2, respectively) are rotated with respect to one another.
Filler spout comprising a tubular body having mounted therein a valve member extending facing a valve seat (1.22) and a secondary shutter arranged in a distribution chamber (1.3) downstream from the valve member and rigidly connected thereto with a small amount of axial clearance between the valve member and the secondary shutter , and a movable portion of an actuator being coupled to the valve member in order to move it between an extreme closure position and an extreme opening position, the spout being characterized in that the valve member possesses an intermediate closure position and in that the valve member comprises a portion that is received in a bore (1.21) opening out into the distribution chamber (1.3) in order to form a suction system when the valve member is moved from the extreme closure position to the intermediate closure position.
A method for manufacturing a pipe conduit arrangement comprising two pipe conduit units which have a pipe conduit middle axis , wherein the pipe conduit unit comprises a pipe conduit which has a pipe conduit outer surface , a pipe conduit end-face and a pipe conduit outer diameter , and a pipe stub which has a pipe stub inner diameter and which comprises a flange section and a pipe section , said flange section comprising a flange section end-face and said pipe section comprising a pipe section inner surface , a seal which is arranged axially between the flange section end-faces of the pipe stubs , and a clamping device which axially clamps the flange sections of the pipe stubs of the two pipe conduit units to one another, characterised in that the pipe stub is stuck onto the pipe conduit at least up to a flush state of the flange section end-face and the pipe conduit end-face , the pipe conduit is fixed in the pipe stub in a press fit which is produced by the radial widening of the pipe conduit and the arisen pipe conduit units are axially clamped by way of clamping the flange sections of the pipe stubs into the pipe conduit arrangement , characterised in that the seal comprises a seal insert and after the clamping of the pipe conduit units into the pipe conduit arrangement , the seal forms defined transition between the two pipe conduit units which are clamped to one another, wherein the transition which is defined by the pressing forces which are set by the seal insert is formed such that the arching with respect to a pipe conduit inner diameter forms an obtuse angle (α).
Mixed flow turbine for the expansion phase of a steam thermodynamic cycle or an organic Rankine cycle comprising: - a first section (A) in which a first expansion of a main flow of a working fluid takes place in a substantially radial direction, said first section (A) comprising at least one stator stage (S1, S2, ..., Sn) and at least one rotor stage (R1, R2, ..., Rn), - a second section (B) in which a second expansion of the main flow of the working fluid takes place in a substantially axial direction, said second section (B) comprising at least one stator stage and at least one rotor stage, - between said first and second section, at least one angular row of stator blades (S4) which deflect the main flow of the working fluid from the initial radial direction to a substantially axial direction, said turbine being characterized by means for injection and/or means for extraction of a second flow of the working fluid, accommodated within the angular row of stator blades (S4). - a first section (A) in which a first expansion of a main flow of a working fluid takes place in a substantially radial direction, said first section (A) comprising at least one stator stage (S1, S2, ..., Sn) and at least one rotor stage (R1, R2, ..., Rn), - a second section (B) in which a second expansion of the main flow of the working fluid takes place in a substantially axial direction, said second section (B) comprising at least one stator stage and at least one rotor stage, - between said first and second section, at least one angular row of stator blades (S4) which deflect the main flow of the working fluid from the initial radial direction to a substantially axial direction, said turbine being characterized by means for injection and/or means for extraction of a second flow of the working fluid, accommodated within the angular row of stator blades (S4).