mhurhangee/ep-ind-claims huggingface dataset:
Bracket element (100; 200; 300; 400) which is positionable on an axial inner side of an associated bracket portion of the rear bracket portions, which serve for holding an axle (7; 70; 80) of a rear-wheel axle arrangement (4, 5, 6, 7, 8) of a rear wheel, of a bicycle frame for the purposes of installing a rear gearshift mechanism of a derailleur system on the bicycle frame, comprising a first portion, which has an opening or aperture (120, 122; 220, 222) assigned to the axle and which, in the installed state, with the cooperation of further components, is subjected to a clamping force which acts between the rear bracket portions, and comprising a second portion, which second portion has an installation opening (130; 230) which is radially offset in relation to the opening or aperture in the installed state with respect to the axis and to which an attachment end of a base element of the rear gearshift mechanism is fixable, characterized in that an abutment surface of the second portion, which abutment surface surrounds the installation opening (130; 230) and is provided for forming a support surface for the attachment end of the installed base element, is offset in relation to an abutment surface of the first portion, which abutment surface surrounds the opening or aperture (120, 122; 220, 222) and is on an axial outer side of the bracket element, said offset being in the direction of the axial inner side of the bracket element. comprising a first portion, which has an opening or aperture (120, 122; 220, 222) assigned to the axle and which, in the installed state, with the cooperation of further components, is subjected to a clamping force which acts between the rear bracket portions, and comprising a second portion, which second portion has an installation opening (130; 230) which is radially offset in relation to the opening or aperture in the installed state with respect to the axis and to which an attachment end of a base element of the rear gearshift mechanism is fixable, characterized in that an abutment surface of the second portion, which abutment surface surrounds the installation opening (130; 230) and is provided for forming a support surface for the attachment end of the installed base element, is offset in relation to an abutment surface of the first portion, which abutment surface surrounds the opening or aperture (120, 122; 220, 222) and is on an axial outer side of the bracket element, said offset being in the direction of the axial inner side of the bracket element.
A mower having an end-of-cut speed control system, comprising: a forward foot pedal sensor providing signals to a vehicle controller that commands a traction drive system of the mower; a PTO switch providing signals to the vehicle controller and turning on cutting motors on a plurality of cutting units; characterized in that a proximity switch is provided, operable to provide signals to the vehicle controller indicating if the plurality of cutting units are on the ground in a mow position or are raised to a cross cut position; in that a display module is operable to provide signals to the vehicle controller based on a setting of a control to a maximum mow mode ground speed and a setting of a control to an end-of-cut mode ground speed as a percentage of the mow mode ground speed; and in that the vehicle controller is operable to command the traction drive system to a reduced ground speed determined as the product of a current ground speed based on the signals from the forward foot pedal sensor and the end-of-cut speed percentage, if the PTO switch is on and the proximity switch indicates the cutting units are raised to the cross cut position. a forward foot pedal sensor providing signals to a vehicle controller that commands a traction drive system of the mower; a PTO switch providing signals to the vehicle controller and turning on cutting motors on a plurality of cutting units; characterized in that a proximity switch is provided, operable to provide signals to the vehicle controller indicating if the plurality of cutting units are on the ground in a mow position or are raised to a cross cut position; in that a display module is operable to provide signals to the vehicle controller based on a setting of a control to a maximum mow mode ground speed and a setting of a control to an end-of-cut mode ground speed as a percentage of the mow mode ground speed; and in that the vehicle controller is operable to command the traction drive system to a reduced ground speed determined as the product of a current ground speed based on the signals from the forward foot pedal sensor and the end-of-cut speed percentage, if the PTO switch is on and the proximity switch indicates the cutting units are raised to the cross cut position.
A distributed antenna system, the system comprising: a plurality of host units (102, 103, 104, 105), each host unit coupled to at least one of a plurality of remote units, wherein the plurality of host units (102, 103, 104, 105) are coupled to the plurality of remote units through a communication link network comprising a plurality of communication links; wherein a first host unit of the plurality of host units (102, 103, 104, 105) is designated and configured to provide a master clock to the system based on a Master Clock Priority Level, MCPL, assigned to the first host unit, wherein the first host unit is configured to transmit to the communication link network a reference clock signal based on the master clock; wherein each of the plurality of host units (102, 103, 104, 105) and each of the plurality of remote units are configured to periodically transmit to the communication link network a Network Chain Level, NCL, that indicates the MCPL of the first host unit and a chain level value indicating a chain depth that represents a number of links down a chain from the first host unit; wherein each of the plurality of remote units are configured to synchronize to the master clock based on a received reference clock signal associated with a highest priority NCL value. a plurality of host units (102, 103, 104, 105), each host unit coupled to at least one of a plurality of remote units, wherein the plurality of host units (102, 103, 104, 105) are coupled to the plurality of remote units through a communication link network comprising a plurality of communication links; wherein a first host unit of the plurality of host units (102, 103, 104, 105) is designated and configured to provide a master clock to the system based on a Master Clock Priority Level, MCPL, assigned to the first host unit, wherein the first host unit is configured to transmit to the communication link network a reference clock signal based on the master clock; wherein each of the plurality of host units (102, 103, 104, 105) and each of the plurality of remote units are configured to periodically transmit to the communication link network a Network Chain Level, NCL, that indicates the MCPL of the first host unit and a chain level value indicating a chain depth that represents a number of links down a chain from the first host unit; wherein each of the plurality of remote units are configured to synchronize to the master clock based on a received reference clock signal associated with a highest priority NCL value.
An image forming apparatus, comprising: a) an image process unit and a fixing device that are adapted to form a toner image of text on a recording sheet based on page description language data (401, 402), and to thermally fix the toner image, the PDL data (401, 402) prescribing text data and one or more print conditions of the text data; b) a condition acquisition unit that analyzes the PDL data (401, 402) to acquire, as the print conditions, one or more of a character number, a character spacing, and a line spacing from the PDL data (401, 402); c) a judgment unit that makes a judgment for each of the acquired print conditions, by comparing the acquired print condition with a reference value corresponding to the acquired print condition, the judgment indicating whether the acquired print condition is suitable for ensuring fixability of the toner image if the toner image is thermally fixed at a temperature that is lower than a predetermined temperature; and d) a temperature control unit that, when the judgment unit judges negatively with respect to at least one of the acquired print conditions, sets a fixing temperature at which the toner image is to be thermally fixed to the predetermined temperature, and when the judgment unit judges affirmatively with respect to all of the acquired print conditions, sets the fixing temperature to the temperature that is lower than the predetermined temperature. a) an image process unit and a fixing device that are adapted to form a toner image of text on a recording sheet based on page description language data (401, 402), and to thermally fix the toner image, the PDL data (401, 402) prescribing text data and one or more print conditions of the text data; b) a condition acquisition unit that analyzes the PDL data (401, 402) to acquire, as the print conditions, one or more of a character number, a character spacing, and a line spacing from the PDL data (401, 402); c) a judgment unit that makes a judgment for each of the acquired print conditions, by comparing the acquired print condition with a reference value corresponding to the acquired print condition, the judgment indicating whether the acquired print condition is suitable for ensuring fixability of the toner image if the toner image is thermally fixed at a temperature that is lower than a predetermined temperature; and d) a temperature control unit that, when the judgment unit judges negatively with respect to at least one of the acquired print conditions, sets a fixing temperature at which the toner image is to be thermally fixed to the predetermined temperature, and when the judgment unit judges affirmatively with respect to all of the acquired print conditions, sets the fixing temperature to the temperature that is lower than the predetermined temperature.
A high temperature generator for heating a fluid, the generator comprising: a furnace module comprising: a combustion chamber adapted for producing heat and hot combustion gases; and a convection module comprising: a plurality of convection tubes movably mounted in the convection module; the convection module being in communication with the furnace module to receive the hot combustion gases from the furnace module for heating the convection tubes; and wherein the fluid circulates in the convection tubes where the fluid is heated; the furnace module further comprises a plurality of cooling tubes covering at least partially the combustion chamber for cooling the combustion chamber, wherein the fluid from the convection tubes then circulates into the cooling tubes where the fluid is further heated by the combustion chamber, the combustion chamber of the furnace module being covered by the cooling tubes and the convection module being covered by some of the convection tubes, these tubes forming as such a top, floor, rear, front and side walls of the generator; and the generator further comprises fluidly interconnected headers fluidly connected to the convection tubes to receive heated fluid therefrom, the headers extending along at least one of the walls of the generator contributing as such to the structure of the generator. a furnace module comprising: a combustion chamber adapted for producing heat and hot combustion gases; and a convection module comprising: a plurality of convection tubes movably mounted in the convection module; the convection module being in communication with the furnace module to receive the hot combustion gases from the furnace module for heating the convection tubes; and a plurality of convection tubes movably mounted in the convection module; the convection module being in communication with the furnace module to receive the hot combustion gases from the furnace module for heating the convection tubes; and wherein the fluid circulates in the convection tubes where the fluid is heated; the furnace module further comprises a plurality of cooling tubes covering at least partially the combustion chamber for cooling the combustion chamber, wherein the fluid from the convection tubes then circulates into the cooling tubes where the fluid is further heated by the combustion chamber, the combustion chamber of the furnace module being covered by the cooling tubes and the convection module being covered by some of the convection tubes, these tubes forming as such a top, floor, rear, front and side walls of the generator; and the generator further comprises fluidly interconnected headers fluidly connected to the convection tubes to receive heated fluid therefrom, the headers extending along at least one of the walls of the generator contributing as such to the structure of the generator.
A cargo system for cargo platform, cargo cabinet or container, comprising a compartment for goods in liquid form, wherein the compartment has bellows sides, and wherein the compartment is arranged, so that due to the bellows sides it has a maximum height in the case of filled compartments and a minimum height in the case of empty compartments, wherein the arrangement further comprises a rectangular cargo-receiving surface horizontally arranged on top of the compartment in such a manner that the height of the cargo-receiving surface follows the state of fullness in the compartment with a maximum height in the case of filled compartments and a minimum height in the case of empty compartments, characterized in that the bellows sides comprise rubber and graphene.
An apparatus for generating an analog radio frequency signal using a digital signal comprising a radius component and a second component related to an oscillation period of the digital signal, comprising: a first plurality of digital-to-analog converter cells configured to generate a first contribution to the analog radio frequency signal based on the radius component and a local oscillator signal related to a quantized length of the oscillation period; and a second plurality of digital-to-analog converter cells configured to generate a second contribution to the analog radio frequency signal based on the local oscillator signal and a quantization error of the quantized length of the oscillation period. a first plurality of digital-to-analog converter cells configured to generate a first contribution to the analog radio frequency signal based on the radius component and a local oscillator signal related to a quantized length of the oscillation period; and a second plurality of digital-to-analog converter cells configured to generate a second contribution to the analog radio frequency signal based on the local oscillator signal and a quantization error of the quantized length of the oscillation period.
A jointed mechanical device, comprising: a weight bearing member comprising a plurality of powered joints; and a controller for singly actuating the plurality of powered joints, wherein the controller is configured for actuating the plurality of powered joints in at least one of a semi-autonomous weight bearing mode or a non-weight bearing mode, the actuating of the plurality of powered joints responsive to a myoelectric control signals associated with a user of the weight bearing member, characterised in that the controller further comprises a selector module configured for alternating between the plurality of powered joints. a weight bearing member comprising a plurality of powered joints; and a controller for singly actuating the plurality of powered joints, wherein the controller is configured for actuating the plurality of powered joints in at least one of a semi-autonomous weight bearing mode or a non-weight bearing mode, the actuating of the plurality of powered joints responsive to a myoelectric control signals associated with a user of the weight bearing member, characterised in that the controller further comprises a selector module configured for alternating between the plurality of powered joints.
A method for determining a system state of a fluid cylinder of an actuator system comprising the steps: detecting a position of a piston of the fluid cylinder; and estimating at least one system state from the detected position of the piston, wherein one of the system states is a chamber pressure of the fluid cylinder, a temperature in a chamber (Ch1, Ch2) of the fluid cylinder, or a mass of a fluid, characterized in that the system states are estimated based on an estimated contraction coefficient of the fluid, and the contraction coefficient is tuned to improve estimation accuracy. detecting a position of a piston of the fluid cylinder; and estimating at least one system state from the detected position of the piston, wherein one of the system states is a chamber pressure of the fluid cylinder, a temperature in a chamber (Ch1, Ch2) of the fluid cylinder, or a mass of a fluid, characterized in that the system states are estimated based on an estimated contraction coefficient of the fluid, and the contraction coefficient is tuned to improve estimation accuracy.
4-{[4-({[4-(2,2,2-Trifluoroethoxy)-1,2-benzisoxazol-3-yl]oxy}methyl)piperidin-1-yl]methyl}tetrahydro-2H-pyran-4-carboxylic acid HCl-salt, which is characterized by a powder X-ray diffraction (PXRD) pattern obtained by irradiation with Cu-K-alpha radiation which includes main peaks at 2-theta 5.9, 9.4, 11.1, 11.9, 13.2, 18.2, 18.6, 22.1, 25.2 and 26.5 (°), wherein each peak has a margin of error of +/- 0.2 (°).
A control system for controlling a process, said system comprising a safety modul and an output module, wherein the safety module provides a secure signal, the output module comprises an output for outputting the secure signal for controlling the process, the output module comprises a means for reading back an actual state of the output, characterised in that the read-back actual state can be compared by means of the safety module with a target state, and, in case of a difference between the actual state and the target state, the process can be transferred into a safe state by switching off the secure signal.
A device for improved visibility viewing of an underwater device in an underwater diving environment comprising: a closed container having a flexible portion formed of a relatively transparent material with respect to said underwater device to be viewed; a fluid that is relatively transparent with respect to said underwater device and is disposed in said closed container; and said closed container having a viewing portion and a gauge portion, said gauge portion may be placed against a face element of said underwater device for viewing of said underwater device through said closed container, wherein said closed container is provided with straps for attachment of the container to the underwater device. a closed container having a flexible portion formed of a relatively transparent material with respect to said underwater device to be viewed; a fluid that is relatively transparent with respect to said underwater device and is disposed in said closed container; and said closed container having a viewing portion and a gauge portion, said gauge portion may be placed against a face element of said underwater device for viewing of said underwater device through said closed container, wherein said closed container is provided with straps for attachment of the container to the underwater device.
An aerial drone reel device comprising: an aerial drone fixating portion, a reel body arranged along a rotational axis, wherein said reel body is rotatably attached to said aerial drone fixating portion, wherein said reel body comprises: a first winding segment for providing a first winding lever distance to said rotational axis, a second winding segment providing a second winding lever distance to said rotational axis, wherein said first and second winding segment (122, 124) is adapted to wind a tether at said first and second winding lever distance respectively, and wherein said first winding lever distance is larger than said second winding lever distance, wherein a first portion of said tether is wound around said first winding segment and a second portion of said tether is wound around said second winding segment, characterized in that at least one of said first and second winding segment (122, 124) has a width of at least two times a thickness of said tether and the winding lever distance is kept constant for a given winding segment. an aerial drone fixating portion, a reel body arranged along a rotational axis, wherein said reel body is rotatably attached to said aerial drone fixating portion, wherein said reel body comprises: a first winding segment for providing a first winding lever distance to said rotational axis, a second winding segment providing a second winding lever distance to said rotational axis, wherein said first and second winding segment (122, 124) is adapted to wind a tether at said first and second winding lever distance respectively, and wherein said first winding lever distance is larger than said second winding lever distance, wherein a first portion of said tether is wound around said first winding segment and a second portion of said tether is wound around said second winding segment, characterized in that at least one of said first and second winding segment (122, 124) has a width of at least two times a thickness of said tether and the winding lever distance is kept constant for a given winding segment. a first winding segment for providing a first winding lever distance to said rotational axis, a second winding segment providing a second winding lever distance to said rotational axis, wherein said first and second winding segment (122, 124) is adapted to wind a tether at said first and second winding lever distance respectively, and wherein said first winding lever distance is larger than said second winding lever distance, wherein a first portion of said tether is wound around said first winding segment and a second portion of said tether is wound around said second winding segment, characterized in that at least one of said first and second winding segment (122, 124) has a width of at least two times a thickness of said tether and the winding lever distance is kept constant for a given winding segment.
A faceplate assembly for a shower device, the assembly comprising: a faceplate having a front surface and a rear surface, a plurality of apertures being defined between the front surface and the rear surface, the faceplate being at least partially formed of a transparent material proximate the front surface; an opaque material located proximate the rear surface; and a pattern formed from facets and located rearwardly of the front surface of the faceplate such that when some light passes through the faceplate the pattern is made visible through the front surface. a faceplate having a front surface and a rear surface, a plurality of apertures being defined between the front surface and the rear surface, the faceplate being at least partially formed of a transparent material proximate the front surface; an opaque material located proximate the rear surface; and a pattern formed from facets and located rearwardly of the front surface of the faceplate such that when some light passes through the faceplate the pattern is made visible through the front surface.