mhurhangee/ep-ind-claims huggingface dataset:
Downdraft fan comprising at least one housing device for installation in at least one furniture body below at least one worktop, at least one vapour screen device having at least one suction opening for vapours, the vapour screen device in the installed state extending at least partially through at least one opening in a worktop, and at least one installation frame for insertion into the at least one opening of the worktop, the installation frame comprising at least one recess for the vapour screen device, characterised in that at least one support device having at least one support element is provided, the support device being received on the housing device and the support element at least partially supporting the installation frame and/or an adjacently arranged hob device, the support device comprising at least one height adjustment device. and at least one installation frame for insertion into the at least one opening of the worktop, the installation frame comprising at least one recess for the vapour screen device, characterised in that at least one support device having at least one support element is provided, the support device being received on the housing device and the support element at least partially supporting the installation frame and/or an adjacently arranged hob device, the support device comprising at least one height adjustment device.
A walk-behind tiller comprising: a transmission case housing a transmission mechanism which transmits driving power from an engine that is fixed to a frame to a pair of right and left traveling wheels (2R, 2L) via right and left axles (50L, 50R), and to tilling claws that till a farm filed, characterized in that the walk-behind tiller comprises a main clutch operating lever which switches between connection and disconnection of transmission of the driving power from the engine; a main clutch lock lever which restrains a switching operation to the connection performed by the main clutch operating lever, and releases the restraining, and a parking brake lever which switches between operation and release of a parking brake device which stops a movement of the traveling wheels (2R, 2L), wherein the main clutch operating lever, the main clutch lock lever, and the parking brake lever are arranged on any one side part of a left side part and a right side part of an operating handle which extends reward from a vehicle body. a transmission case housing a transmission mechanism which transmits driving power from an engine that is fixed to a frame to a pair of right and left traveling wheels (2R, 2L) via right and left axles (50L, 50R), and to tilling claws that till a farm filed, characterized in that the walk-behind tiller comprises a main clutch operating lever which switches between connection and disconnection of transmission of the driving power from the engine; a main clutch lock lever which restrains a switching operation to the connection performed by the main clutch operating lever, and releases the restraining, and a parking brake lever which switches between operation and release of a parking brake device which stops a movement of the traveling wheels (2R, 2L), wherein the main clutch operating lever, the main clutch lock lever, and the parking brake lever are arranged on any one side part of a left side part and a right side part of an operating handle which extends reward from a vehicle body.
A radiant tube for furnaces for heat-treating sheets and other products made of steel or other material, comprising at least one conduit supported by a flange fixed to a lateral wall of the furnace which allows the inlet and the outlet of heating hot fluid into/from the radiant tube, and by at least one radiant tube back support suitable to rest on a surface of a furnace socket fixed to another wall of the furnace, characterized in that said radiant tube back support is tubular and has an outer surface comprising an alternating series of protrusions and recesses in sequence along the direction of a sliding axis of said radiant tube back support which is orthogonal to said wall of the furnace, so that the radiant tube back support rests on the surface of the furnace socket only at peak points of the protrusions.
A multi-channel culvert assembly, comprising: a first culvert unit having an arch-shaped top wall, a first side wall extending substantially vertically downward from the top wall and a second sidewall extending downward and outward from the top wall; a second culvert unit having an arch-shaped top wall, a first side wall extending substantially vertically downward from the top wall and a second side wall extending downward and outward from the top wall; wherein the first culvert unit is positioned with its first side wall toward an inner part of the assembly and the second culvert unit is positioned with its first side wall toward an inner side of the assembly to create first and second channels (348,350) of the assembly, the first channel beneath the first culvert unit, the second channel beneath the second culvert unit, wherein the first channel has an inner side that is substantially vertical and an outer side that is angled from vertical and the second channel has an inner side that is substantially vertical and an outer side that is angled from vertical; characterized in that: said first culvert unit and said second culvert unit each has an open bottom; the second wall (338,346) of each of said first culvert unit and said second culvert unit has a substantially planar inner surface and a substantially planar outer surface; and an outer surface of the first side wall of the first culvert unit is positioned adjacent an outer surface of the first side wall of the second culvert unit. a first culvert unit having an arch-shaped top wall, a first side wall extending substantially vertically downward from the top wall and a second sidewall extending downward and outward from the top wall; a second culvert unit having an arch-shaped top wall, a first side wall extending substantially vertically downward from the top wall and a second side wall extending downward and outward from the top wall; wherein the first culvert unit is positioned with its first side wall toward an inner part of the assembly and the second culvert unit is positioned with its first side wall toward an inner side of the assembly to create first and second channels (348,350) of the assembly, the first channel beneath the first culvert unit, the second channel beneath the second culvert unit, wherein the first channel has an inner side that is substantially vertical and an outer side that is angled from vertical and the second channel has an inner side that is substantially vertical and an outer side that is angled from vertical; said first culvert unit and said second culvert unit each has an open bottom; the second wall (338,346) of each of said first culvert unit and said second culvert unit has a substantially planar inner surface and a substantially planar outer surface; and an outer surface of the first side wall of the first culvert unit is positioned adjacent an outer surface of the first side wall of the second culvert unit.
A method for controlling an orthotic or prosthetic device which can be placed on the body of a user and secured thereon, comprising a. a joint device with a proximal component and a distal component, which are mounted pivotably on each other about a pivot axis, b. at least one adjustable actuator, which is arranged between the proximal component and the distal component and via which a movement behavior with respect to a pivoting of the proximal component relative to the distal component is adjustable, c. at least one detection device for detecting muscle contractions, and d. a control device which is coupled to the detection device and to the actuator, processes signals from the detection unit, and adjusts the actuator according to the signals, characterized in that the detection device is designed for detecting muscle co-contractions and is arranged on a limb of the user and coupled to the control device, in that at least one muscle co-contraction is detected by the detection device, that it is determined whether there is a co-contraction and in that the movement behavior is changed by the actuator according to the detected muscle co-contraction. a. a joint device with a proximal component and a distal component, which are mounted pivotably on each other about a pivot axis, b. at least one adjustable actuator, which is arranged between the proximal component and the distal component and via which a movement behavior with respect to a pivoting of the proximal component relative to the distal component is adjustable, c. at least one detection device for detecting muscle contractions, and d. a control device which is coupled to the detection device and to the actuator, processes signals from the detection unit, and adjusts the actuator according to the signals, characterized in that
A disulfonic acid ester represented by the following general formula; wherein, two R 16 's represent independently a halogen atom or a C1-C3 fluoroalkyl group, and two m's represent independently an integer from 1 to 5.
Hydraulic power steering system, consisting of at least - a steering actuator, for the control of which in opposite steering directions two subsystems (12; 14), each in the form of a flow-control valve arrangement (16; 18) with a relief valve (V3; V6), are used, and of - a fault detection device, by means of which at least one faulty component (V1, V2; V4, V5) of a respective subsystem (12; 14) can be determined and deactivated and by means of which the fault-free components (V1, V2, V3; V4, V5, V6) of at least one subsystem (12; 14) can be caused to maintain the control of the steering actuator, characterised in that each flow-control valve arrangement (16; 18) has an inlet valve (V1; V4) and a discharge valve (V2; V5), which are assigned to each other in pairs, are configured as continuous-control valves and can be electrically actuated by means of control signals which, when compared with each other by means of the fault detection device, lead to the deactivation of at least one valve (V1, V2, V3; V4, V5, V6) which is detected as faulty in the event of deviations which are detected as relevant. - a steering actuator, for the control of which in opposite steering directions two subsystems (12; 14), each in the form of a flow-control valve arrangement (16; 18) with a relief valve (V3; V6), are used, and of - a fault detection device, by means of which at least one faulty component (V1, V2; V4, V5) of a respective subsystem (12; 14) can be determined and deactivated and by means of which the fault-free components (V1, V2, V3; V4, V5, V6) of at least one subsystem (12; 14) can be caused to maintain the control of the steering actuator, characterised in that each flow-control valve arrangement (16; 18) has an inlet valve (V1; V4) and a discharge valve (V2; V5), which are assigned to each other in pairs, are configured as continuous-control valves and can be electrically actuated by means of control signals which, when compared with each other by means of the fault detection device, lead to the deactivation of at least one valve (V1, V2, V3; V4, V5, V6) which is detected as faulty in the event of deviations which are detected as relevant.
A fluid characterization method comprising: obtaining a fluid sample of a reservoir fluid; analyzing the fluid sample to derive input parameters, wherein the input parameters comprise fluid properties obtained from measurement of the fluid sample; determining component mole fractions of the fluid sample using a mole fraction distribution function; determining calculated fluid properties using equation of state flash calculating; and characterized by calculating differences between said derived input fluid parameters and said calculated fluid parameters, and determining updated values for molecular weight of C6+ components and density of C36+ components of the fluid sample if said differences are not within a tolerance error, and then repeating the steps of determining component mole fractions and determining calculated fluid properties. obtaining a fluid sample of a reservoir fluid; analyzing the fluid sample to derive input parameters, wherein the input parameters comprise fluid properties obtained from measurement of the fluid sample; determining component mole fractions of the fluid sample using a mole fraction distribution function; determining calculated fluid properties using equation of state flash calculating; and characterized by calculating differences between said derived input fluid parameters and said calculated fluid parameters, and determining updated values for molecular weight of C6+ components and density of C36+ components of the fluid sample if said differences are not within a tolerance error, and then repeating the steps of determining component mole fractions and determining calculated fluid properties.
A method of producing metallic tantalum comprising the steps of, providing a precursor material, the precursor material comprising a tantalate of a first metal, in which the first metal is an alkali metal or an alkaline earth metal, arranging the precursor material in contact with a molten salt in an electrolytic cell, the electrolytic cell further comprising an anode and a cathode arranged in contact with the molten salt, the anode comprising a molten second metal, wherein the second metal is, or is an alloy of, any metal selected from the list consisting of zinc, tellurium, bismuth, lead, magnesium, tin, and aluminium, and applying a potential between the anode and the cathode such that the precursor material is reduced to tantalum, in which the anode does not comprise a carbon material. providing a precursor material, the precursor material comprising a tantalate of a first metal, in which the first metal is an alkali metal or an alkaline earth metal, arranging the precursor material in contact with a molten salt in an electrolytic cell, the electrolytic cell further comprising an anode and a cathode arranged in contact with the molten salt, the anode comprising a molten second metal, wherein the second metal is, or is an alloy of, any metal selected from the list consisting of zinc, tellurium, bismuth, lead, magnesium, tin, and aluminium, and applying a potential between the anode and the cathode such that the precursor material is reduced to tantalum, in which the anode does not comprise a carbon material.
Contact-making module for a transmission controller, which has: a module housing (3, 5), and a punched grill made of metal, which is accommodated in the module housing (3, 5), and has a plurality of conductor tracks with free ends, wherein contact faces for making contact with corresponding contact tongues of components, i.e. the Solenoid valves and, if appropriate, sensors, are formed at the free ends, characterized in that free spaces, which extend in a vertical direction (v) through the module housing (3, 5), are formed in the module housing (3, 5), at least some of the free ends are arranged at least partially in the free spaces, the contact faces of at least some of the free ends run essentially in the vertical direction (v), and at least some of the free ends are of elastically resilient design, at least in the region of their contact faces, with the result that contact tongues of the components and the free ends of the punched grill can subsequently be compressed, for example by a resistance welding device, and placed in contact with one another. a module housing (3, 5), and a punched grill made of metal, which is accommodated in the module housing (3, 5), and has a plurality of conductor tracks with free ends, wherein contact faces for making contact with corresponding contact tongues of components, i.e. the Solenoid valves and, if appropriate, sensors, are formed at the free ends, free spaces, which extend in a vertical direction (v) through the module housing (3, 5), are formed in the module housing (3, 5), at least some of the free ends are arranged at least partially in the free spaces, the contact faces of at least some of the free ends run essentially in the vertical direction (v), and at least some of the free ends are of elastically resilient design, at least in the region of their contact faces, with the result that contact tongues of the components and the free ends of the punched grill can subsequently be compressed, for example by a resistance welding device, and placed in contact with one another.
A remote control having a housing, a battery carrier arranged in a blind hole recess of the housing, and an electronics carrier which is connected to a conductor board, characterized in that the electronics carrier is arranged so as to be linearly displaceable relative to the housing parallel to the plane of the conductor board,between the conductor board and the electronics carrier is arranged a locking spring which is held between the conductor board and the electronics carrier with a holding leg and reaches through an opening of the electronics carrier with a spring leg that is angled relative to the holding leg, with the spring leg bearing springily against a bottom of the housing, there is attached to the spring leg a snap-in leg which protrudes from the spring leg, there is arranged on the bottom of the housing a ramp which rises up to a depression, with the depression having a snap-in edge with which the snap-in leg is adapted to be brought in contact, and the electronics carrier is linearly displaceable relative to the housing at least to the extent that the battery carrier is removable from the blind hole recess.
A method for execution by an access point, AP within a radio access network, RAN, the method comprising: receiving, by the AP, data for transmission to a User Equipment, UE; and wirelessly transmitting, by the AP, the received data to the UE using a set of transmission parameters associated with a RAN slice associated with the received data; selecting the RAN slice associated with the received data from a set of RAN slices supported by the AP, wherein the set of RAN slices is associated with different respective sets of transmission parameters to enable the AP to provide different services for the UE within the RAN, and wherein at least one parameter in the respective set of transmission parameters is selected from a list comprising: radio frequency and time resources, a transmission waveform, and a numerology. receiving, by the AP, data for transmission to a User Equipment, UE; and wirelessly transmitting, by the AP, the received data to the UE using a set of transmission parameters associated with a RAN slice associated with the received data; selecting the RAN slice associated with the received data from a set of RAN slices supported by the AP, wherein the set of RAN slices is associated with different respective sets of transmission parameters to enable the AP to provide different services for the UE within the RAN, and wherein at least one parameter in the respective set of transmission parameters is selected from a list comprising: radio frequency and time resources, a transmission waveform, and a numerology.
Intervertebral fusion implant for fusion of two adjacent vertebrae (9, 9'), comprising a base piece and a cover piece, which are each designed to bear on a facing end plate (92, 93) of one of the adjacent vertebrae (9, 9'), the cover piece being adjustable in height with respect to the base piece, a ratchet mechanism, provided between base piece and cover piece, effecting a stepped adjustment of height and securing an adopted height against reversal, characterized in that the intervertebral fusion implant further comprises a catch mechanism, which limits an adjustment movement of the cover piece, and a release mechanism for the ratchet mechanism, in order to reset the height adjustment.
A complex delta-sigma modulator unit for processing a complex digital input signal comprising: a subtractor configured to subtract a complex feedback signal from the complex digital input signal and produce a delta signal; an integrator configured to integrate the delta signal into an integrated signal; a complex polar quantizer (18-1, 18-2) configured to quantize an envelope of the integrated signal and output a complex quantized output signal of substantially constant envelope, wherein the complex feedback signal is obtained from the complex quantized output signal, wherein the complex quantized output signal is obtained by: quantizing the envelope of the integrated signal into a quantized envelope; and combining the quantized envelope with a phase of the integrated signal, and characterised in that the complex polar quantizer comprises: an envelope calculator configured to determine the envelope of the integrated signal based on an in-phase component and a quadrature component of the integrated signal; a scaling factor calculator configured to calculate a scaling factor based on the determined envelope of the integrated signal and a selected quantization level; and a multiplier configured to produce the complex quantized output signal by multiplying the in-phase component and the quadrature component of the integrated signal with the scaling factor. a subtractor configured to subtract a complex feedback signal from the complex digital input signal and produce a delta signal; an integrator configured to integrate the delta signal into an integrated signal; a complex polar quantizer (18-1, 18-2) configured to quantize an envelope of the integrated signal and output a complex quantized output signal of substantially constant envelope, quantizing the envelope of the integrated signal into a quantized envelope; and combining the quantized envelope with a phase of the integrated signal, and characterised in that the complex polar quantizer comprises: an envelope calculator configured to determine the envelope of the integrated signal based on an in-phase component and a quadrature component of the integrated signal; a scaling factor calculator configured to calculate a scaling factor based on the determined envelope of the integrated signal and a selected quantization level; and a multiplier configured to produce the complex quantized output signal by multiplying the in-phase component and the quadrature component of the integrated signal with the scaling factor. an envelope calculator configured to determine the envelope of the integrated signal based on an in-phase component and a quadrature component of the integrated signal; a scaling factor calculator configured to calculate a scaling factor based on the determined envelope of the integrated signal and a selected quantization level; and a multiplier configured to produce the complex quantized output signal by multiplying the in-phase component and the quadrature component of the integrated signal with the scaling factor.
A method for producing a spacer for use as a placeholder for a joint endoprosthesis, characterised in that a cement is filled into a compressed cavity of a flexible, compressed hollow mould, wherein the flexible hollow mould is expanded by the inflowing cement and the cement is filled into the hollow mould until the cavity is expanded to an end state, wherein the cavity in the end state defines the shape of the spacer to be produced, and the cement is then cured in the cavity, and following the curing the spacer shaped from the cement is removed from the hollow mould.