mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting device having a multi-lens assembly, wherein at least two lens bodies (1; 2; 3), each provided with a radiation entry and exit surface are formed to be nested within one another, wherein a second, outer lens body radially surrounds a first, inner lens body , wherein each lens body (1; 2; 3) is provided with a coupling-in optics (7; 8; 9) at its radiation entry side, wherein a spacing is present between the lens bodies (1; 2; 3) in a lateral, radial direction, as well as the lens bodies (1; 2; 3) furthermore form a common plane with their respective radiation entry surfaces, or are situated on a common plane , and the spacing furthermore preventing radiation from entering or radiation to be coupled in between respective adjacent lens bodies (1; 2 or 2; 3) by total reflection at the respective lens walls, each lens body (1; 2; 3) has a radiation source associated opposite the respective coupling-in optics (7; 8; 9); as well as the radiation sources are controllable individually or in groups such that different radiation emission angles and light effects are selectable corresponding to the spatial assignment of the radiation sources to the respective lens body (1; 2; 3) and the control scheme, characterized in that the optical axis of the multi-lens assembly runs through the coupling-in optics and the radiation exit surface of the first, inner Lens body .
Construction vehicle, having - a slewing ring , on which a superstructure is rotatably mounted; and having - a running gear unit which supports the slewing ring ; wherein - the running gear unit has an upper chassis which is rigidly connected to the slewing ring and has an upper travelling gear ; - the running gear unit has a lower chassis which is mounted so as to be pivotable relative to the upper chassis and has a lower travelling gear ; and wherein - a pivoting apparatus is provided for pivoting the lower chassis relative to the upper chassis about at least one pivot axle which extends in the travel direction. - a slewing ring , on which a superstructure is rotatably mounted; and having - a running gear unit which supports the slewing ring ; wherein - the running gear unit has an upper chassis which is rigidly connected to the slewing ring and has an upper travelling gear ; - the running gear unit has a lower chassis which is mounted so as to be pivotable relative to the upper chassis and has a lower travelling gear ; and wherein - a pivoting apparatus is provided for pivoting the lower chassis relative to the upper chassis about at least one pivot axle which extends in the travel direction.
A buckle assembly for releasably engaging a web connector , comprising: a frame having a pair of opposing openings ; a pawl rotatably coupled to the frame via the opposing openings, wherein the pawl includes a latch portion configured to releasably engage the web connector; a release actuator movably coupled to the frame ; characterized by a biasing member operably coupled between the release actuator and the pawl , wherein movement of the release actuator to a first position exerts a first force on the pawl via the biasing member , wherein continued movement of the release actuator from the first position to a second position brings the release actuator into contact with the pawl and exerts a second force on the pawl , and wherein the first force and the second force together urge the pawl to rotate in a direction that disengages the latch portion from the web connector. a frame having a pair of opposing openings ; a pawl rotatably coupled to the frame via the opposing openings, wherein the pawl includes a latch portion configured to releasably engage the web connector; a release actuator movably coupled to the frame ; characterized by a biasing member operably coupled between the release actuator and the pawl , wherein movement of the release actuator to a first position exerts a first force on the pawl via the biasing member , wherein continued movement of the release actuator from the first position to a second position brings the release actuator into contact with the pawl and exerts a second force on the pawl , and wherein the first force and the second force together urge the pawl to rotate in a direction that disengages the latch portion from the web connector.
A system for forming microstructures in polymeric materials comprising an electromechanical transducer , a vibration excitation and control generator , and a high-frequency vibration concentrator-sonotrode , wherein the electromechanical transducer comprises a rectangular U-shaped conductor comprising rectangular U-shaped ferromagnetic magnetostrictive plates wound with windings , the free ends of which are rigidly connected to a vibration concentrator-sonotrode characterised in that the vibration concentrator-sonotrode is made of a bulk ferromagnetic-magnetostrictive metal, and that in the electromechanical transducer , a winding powered by a high-frequency AC electrical signal from the vibration excitation and control generator is used to control the temperature of the vibration concentrator-sonotrode .
A device for the processing of work pieces with a transport device for the transport of the work pieces , with a first processing device for the shape processing of the circumferential sides of the work piece , with at least one first orientation device for the orientation of the work piece for the further processing of a first side of the work piece in the movement direction of the work piece , with a second processing device for the processing of the one first side of the work piece in the movement direction of the work piece, characterised by a third processing device for the processing of one of the further sides of the work piece in the movement direction of the work piece, wherein at least one rotation means for rotating the work piece is provided and wherein the device in particular has a fourth processing device for the processing of one of the further sides of the work piece and in particular a fifth processing device for the processing of one of the further sides of the work piece .
A sheet-shaped test chip comprising: a first layer on a front surface side and a second layer on a back surface side; wherein the first layer and the second layer are adjacent to each other without any intervening objects therebetween; wherein one of the first layer and the second layer has a liquid receiving section A; wherein the first layer has at least a detection confirmation section B; wherein the second layer has at least a liquid flow section D adjacent to the detection confirmation section B, and a liquid passage E connected to the liquid flow section D; wherein the liquid receiving section A is spaced from the detection confirmation section B in a direction parallel to the layers; wherein, when a sample test liquid is dropped into the liquid receiving section A, the test liquid passes through the liquid receiving section A, the liquid passage E, and the liquid flow section D in the stated order, by means of capillary action, and flows to the detection confirmation section B; and wherein the first layer is formed as a front-side layer within a single sheet-like material, and the second layer is formed as a back-side layer within the single sheet-like material. a first layer on a front surface side and a second layer on a back surface side; wherein the first layer and the second layer are adjacent to each other without any intervening objects therebetween; wherein one of the first layer and the second layer has a liquid receiving section A; wherein the first layer has at least a detection confirmation section B; wherein the second layer has at least a liquid flow section D adjacent to the detection confirmation section B, and a liquid passage E connected to the liquid flow section D; wherein the liquid receiving section A is spaced from the detection confirmation section B in a direction parallel to the layers; wherein, when a sample test liquid is dropped into the liquid receiving section A, the test liquid passes through the liquid receiving section A, the liquid passage E, and the liquid flow section D in the stated order, by means of capillary action, and flows to the detection confirmation section B; and wherein the first layer is formed as a front-side layer within a single sheet-like material, and the second layer is formed as a back-side layer within the single sheet-like material.
A method for post-processing a colored 3Y-TZP zirconium oxide ceramic, characterized in that it comprises: putting the colored 3Y-TZP zirconium oxide ceramic along with a deoxidant into a heating device, and performing a firing process at a preset temperature, wherein the colored 3Y-TZP zirconium oxide ceramic is obtained by coloring a 3Y-TZP zirconium oxide ceramic with a colorant containing Pr 3+ , and the amount of said deoxidant is over-stoichiometric with respect to the amount of oxygen present in said heating device; wherein the deoxidant is an organic or inorganic material which can react with oxygen in the heating device for removing oxygen in the heating device.
A polymerization system for suspension polymerization comprising a dispersion assistant for suspension polymerization, which comprises a polyvinyl alcohol-based polymer (A) having an acetal group (a) having an olefinic unsaturated double bond, the polymer having a saponification degree of 60 mol% or less, wherein the saponification degree is measured by the method specified in JIS K-6726, and a water-soluble polymer as a dispersion stabilizer, wherein the water-soluble polymer is selected from the group consisting of a cellulose derivative, gelatin, polyvinyl alcohol and polyvinyl pyrrolidone, wherein a mass ratio of the water-soluble polymer and the PVA-based polymer (A) is 90/10 to 30/70.
A computer implemented method for planning an orthodontic treatment, the plan relying on removable orthodontic aligners to, when in position in the mouth, elicit a selected movement of a patient's tooth, the method comprising: receiving a digital model of the patient's teeth; identifying a desired force system for eliciting the selected tooth movement; designing a patient-customized attachment configured to engage a removable orthodontic aligner when positioned in a patient's mouth and apply a repositioning force to the patient's tooth corresponding to the desired force system, the patient-customized attachment comprising one or more parameters having values selected based on the digital model, the desired force system, and one or more patient-specific characteristics and providing for improved application of the selected force system to the patient's tooth. receiving a digital model of the patient's teeth; identifying a desired force system for eliciting the selected tooth movement; designing a patient-customized attachment configured to engage a removable orthodontic aligner when positioned in a patient's mouth and apply a repositioning force to the patient's tooth corresponding to the desired force system, the patient-customized attachment comprising one or more parameters having values selected based on the digital model, the desired force system, and one or more patient-specific characteristics and providing for improved application of the selected force system to the patient's tooth.
A composition for forming a coating film which comprises a polymer (P) containing a hydroxyl group, and the hydroxyl group is derived only from a phosphoric acid group, a polycarbodiimide (C) containing a structure represented by the following formula (c-1): -N=C=N- (c-1) , and a solvent. a polymer (P) containing a hydroxyl group, and the hydroxyl group is derived only from a phosphoric acid group, a polycarbodiimide (C) containing a structure represented by the following formula (c-1): -N=C=N- (c-1) , and a solvent.
A method of testing HIV viral load, which comprises detecting HIV viral RNA in a sample of leukocyte depleted blood that has been obtained by filtering a whole blood sample or a diluted whole blood sample through a leukoreduction filter to deplete the whole blood sample or the diluted whole blood sample of at least 99.9% of leukocytes present in the whole blood sample or the diluted whole blood sample, and wherein the method does not include use of centrifuge equipment.
An on-ear speaker component for a communication device , the on-ear speaker component comprising: an on-ear speaker housing , wherein the on-ear speaker housing is configured to be disposed on an ear of a user, behind the pinna of the ear, and further configured to extend to the front of the ear of the user in operation of the communication device; a speaker disposed in the on-ear speaker housing, wherein the internal volume of the on-ear speaker component housing is adapted so that it cooperates with the speaker to provide a pre-determined frequency response; an electrical connection adapted to communicatively couple the speaker to a microphone in a housing different from the on-ear speaker housing. an on-ear speaker housing , wherein the on-ear speaker housing is configured to be disposed on an ear of a user, behind the pinna of the ear, and further configured to extend to the front of the ear of the user in operation of the communication device; a speaker disposed in the on-ear speaker housing, wherein the internal volume of the on-ear speaker component housing is adapted so that it cooperates with the speaker to provide a pre-determined frequency response; an electrical connection adapted to communicatively couple the speaker to a microphone in a housing different from the on-ear speaker housing.
A method for dosing cleaning agents in cleaning machines with a mobile dosing device, comprising the steps of: - receiving control information, wherein the control information is dependent on information relating to a cleaning machine; - determining the progress of a cleaning process; and - dosing cleaning agent depending on the received control information and the determined progress of the cleaning process; - wherein the information relating to the cleaning machine can be determined by means of sensor-based automatic recognition, characterized in that the sensor-based automatic recognition of the information relating to the cleaning machine comprises capturing an image of at least one part of a cleaning machine, wherein the image information is optically captured by means of a sensor arranged in a user terminal, and wherein the at least one part of the cleaning machine comprises parts specific to a cleaning machine, so that the information relating to the cleaning machine is determined on the basis of this information, and in that after identifying the information relating to the cleaning machine, the control information is determined on the basis thereof, which control information is used for subsequent parameterization of the movable dosing device. - receiving control information, wherein the control information is dependent on information relating to a cleaning machine; - determining the progress of a cleaning process; and - dosing cleaning agent depending on the received control information and the determined progress of the cleaning process; - wherein the information relating to the cleaning machine can be determined by means of sensor-based automatic recognition,
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: identifying a channel state information reference signal, CSI-RS, resource indicator, CRI, for a CSI-RS resource among a plurality of CSI-RS resources configured for the UE; if a number of antenna ports in each of the plurality of CSI-RS resources is one, transmitting, to a base station, BS, the CRI based on a first reporting interval that is an integer multiple of a periodicity for a channel quality indicator, CQI, reporting in subframes; and if the number of antenna ports in each of the plurality of CSI-RS resources is more than one, transmitting, to the BS, the CRI based on a second reporting interval that is the integer multiple of a periodicity for a rank indicator, RI, reporting, wherein the periodicity for the RI reporting is a multiple of the periodicity for the CQI reporting in subframes. identifying a channel state information reference signal, CSI-RS, resource indicator, CRI, for a CSI-RS resource among a plurality of CSI-RS resources configured for the UE; if a number of antenna ports in each of the plurality of CSI-RS resources is one, transmitting, to a base station, BS, the CRI based on a first reporting interval that is an integer multiple of a periodicity for a channel quality indicator, CQI, reporting in subframes; and if the number of antenna ports in each of the plurality of CSI-RS resources is more than one, transmitting, to the BS, the CRI based on a second reporting interval that is the integer multiple of a periodicity for a rank indicator, RI, reporting, wherein the periodicity for the RI reporting is a multiple of the periodicity for the CQI reporting in subframes.
A method of distributed fibre optic sensing of temperature or strain comprising performing a series of interrogations of an optical fibre, each interrogation comprising launching interrogating radiation comprising at least one pulse pair into the fibre, wherein the pulses of a pulse pair are introduced to the optical fibre with a time interval therebetween, and sampling radiation which is Rayleigh backscattered from within said fibre to obtain at least one sample from each interrogation; characterized in that the method further comprises determining any phase modulation in samples from different interrogations of the optical fibre which are related to the same portion of fibre, wherein the step of determining the phase modulation comprises isolating components of the phase modulation which are below a threshold frequency, the threshold frequency being between 0,1 Hz and 5Hz.
A smart lighting system comprising: a plurality of non-imaging color sensors ; a plurality of color controllable lights, configured to generate a base light in a space; a control strategy module that perturbs the color controllable lights within the space by adding a sequence of perturbations to the base light, characterized by the smart lighting system further comprising: an occupancy sensing module that collects a set of sensor readings, corresponding to the sequence of perturbations, from the non-imaging color sensors and builds a light transport model based on the sequence of perturbations and the corresponding set of sensor readings; an occupancy estimation system that estimates an occupancy within the space based on the light transport model; and a base light manager that adjusts the base light based on the estimated occupancy within the space. a plurality of non-imaging color sensors ; a plurality of color controllable lights, configured to generate a base light in a space; a control strategy module that perturbs the color controllable lights within the space by adding a sequence of perturbations to the base light, an occupancy sensing module that collects a set of sensor readings, corresponding to the sequence of perturbations, from the non-imaging color sensors and builds a light transport model based on the sequence of perturbations and the corresponding set of sensor readings; an occupancy estimation system that estimates an occupancy within the space based on the light transport model; and a base light manager that adjusts the base light based on the estimated occupancy within the space.
A pedicle screw implant construct kit, comprising: an elongated rod ; a pedicle screw including a screw head and a lower fastener having a proximal end and a distal end, wherein said lower fastener includes a recess extending distally from said lower fastener proximal end, said recess sized and shaped for receiving said elongated rod ; and an embracing structure having two adaptors configured to fit at least partly inside said lower fastener , distal to said elongated rod, said embracing structure defining a recess for a portion of the screw head , each of said two adaptors of said embracing structure having at least one curved portion which matches a curvature of said elongated rod; wherein each of the elongated rod , said pedicle screw , said lower fastener , and said two adaptors comprises composite material including reinforcing filaments embedded in a polymer matrix; characterized in that : said lower fastener includes a hole extending through said lower fastener; and said pedicle screw implant construct kit includes a restricting pin configured to extend through said hole , configured to extend in between said two adaptors, and configured to maintain said two adaptors at a selected orientation relative to said lower fastener . an elongated rod ; a pedicle screw including a screw head and a lower fastener having a proximal end and a distal end, wherein said lower fastener includes a recess extending distally from said lower fastener proximal end, said recess sized and shaped for receiving said elongated rod ; and an embracing structure having two adaptors configured to fit at least partly inside said lower fastener , distal to said elongated rod, said embracing structure defining a recess for a portion of the screw head , each of said two adaptors of said embracing structure having at least one curved portion which matches a curvature of said elongated rod; wherein each of the elongated rod , said pedicle screw , said lower fastener , and said two adaptors comprises composite material including reinforcing filaments embedded in a polymer matrix; characterized in that : said lower fastener includes a hole extending through said lower fastener; and said pedicle screw implant construct kit includes a restricting pin configured to extend through said hole , configured to extend in between said two adaptors, and configured to maintain said two adaptors at a selected orientation relative to said lower fastener . said lower fastener includes a hole extending through said lower fastener; and said pedicle screw implant construct kit includes a restricting pin configured to extend through said hole , configured to extend in between said two adaptors, and configured to maintain said two adaptors at a selected orientation relative to said lower fastener .
A recombinant nucleic acid comprising: a nucleic acid sequence of having at least 90% sequence identity to at least 0.25 Kb of a maize B chromosome sequence consisting of SEQ ID NO: 881, and at least one DNA of interest, wherein at least one of the DNA of interest is integrated into the maize B chromosome sequence to produce the recombinant nucleic acid, and wherein the DNA of interest is a DNA sequence not naturally found in the maize B chromosome.
Switching device having two interrupter units connected in series, having at least one drive unit for moving at least one contact and having two control capacitors which are connected in parallel with the interrupter units in each case, characterized in that at least one control capacitor has mechanically movable components for changing the capacitance and at least one of these components has a mechanical coupling to the drive unit .