mhurhangee/ep-ind-claims huggingface dataset:
A transport system, in particular stretching installation, having the following features: - at least one guide path is provided, - a transport chain is arranged so as to circulate on said guide path, - for this purpose, the guide path comprises a guide rail, - the transport chain comprises a multiplicity of chain links that are articulatedly connected to one another, - clip chain units are provided which are divided into a clip part and into a chain part comprising a chain link, - furthermore, a support rail which accommodates the weight force of the clip chain unit is provided, characterized by the following further features: - the support rail or the guide rail, or the support rail and the guide rail (17, 15), is or are equipped with a duct which extends through the support rail and/or the guide rail in a longitudinal direction at least in one length segment, - the support rail running surface comprises a multiplicity of outlet openings formed therein, through which outlet openings compressed air can be supplied via the duct so as to generate an air cushion between the support rail running surface and an air bearing cushion plate on the clip chain unit, and/or - the running rail running surfaces (31a, 31b) comprise a multiplicity of outlet openings formed therein, through which outlet openings compressed air can be supplied via the duct so as to generate an air cushion between the respective guide rail running surface (31a, 33a) and a bearing device on the clip chain unit. - at least one guide path is provided, - a transport chain is arranged so as to circulate on said guide path, - for this purpose, the guide path comprises a guide rail, - the transport chain comprises a multiplicity of chain links that are articulatedly connected to one another, - clip chain units are provided which are divided into a clip part and into a chain part comprising a chain link, - furthermore, a support rail which accommodates the weight force of the clip chain unit is provided, - the support rail or the guide rail, or the support rail and the guide rail (17, 15), is or are equipped with a duct which extends through the support rail and/or the guide rail in a longitudinal direction at least in one length segment, - the support rail running surface comprises a multiplicity of outlet openings formed therein, through which outlet openings compressed air can be supplied via the duct so as to generate an air cushion between the support rail running surface and an air bearing cushion plate on the clip chain unit, and/or - the running rail running surfaces (31a, 31b) comprise a multiplicity of outlet openings formed therein, through which outlet openings compressed air can be supplied via the duct so as to generate an air cushion between the respective guide rail running surface (31a, 33a) and a bearing device on the clip chain unit.
A method for encoding a variable data length frame, the method comprising: - determining a length of said variable data length frame; - parsing the variable data length frame to a plurality of blocks, including determining a largest block size having a length less than the length of the variable data length frame, each block having a size selected from a plurality of predetermined block sizes; - encoding each of the blocks with an encoder having a coding rate based in part on the block size to generate an encoded block; and - aggregating the encoded blocks to generate an encoded data frame of variable length; and - zero padding the encoded data frame to increase its length to maximize a smallest code block length within a predetermined number of time slots of fixed duration. - determining a length of said variable data length frame; - parsing the variable data length frame to a plurality of blocks, including determining a largest block size having a length less than the length of the variable data length frame, each block having a size selected from a plurality of predetermined block sizes; determining a largest block size having a length less than the length of the variable data length frame, each block having a size selected from a plurality of predetermined block sizes; - encoding each of the blocks with an encoder having a coding rate based in part on the block size to generate an encoded block; and - aggregating the encoded blocks to generate an encoded data frame of variable length; and - zero padding the encoded data frame to increase its length to maximize a smallest code block length within a predetermined number of time slots of fixed duration.
A coin sensor (100; 200; 300; 400) comprising an electronic circuit with: a first inductive branch (113; 213; 313; 413) comprising a first inductor (112; 212; 312; 412) in series with a first resistor (114; 214; 314; 414); a second inductive branch (123; 223; 323; 423) comprising a second inductor (122; 222; 322; 422) in series with a second resistor (124; 224; 324; 424), wherein the first inductor (112; 212; 312; 412) and second inductor (122; 222; 322; 422) are arranged facing each other on both sides of a coin passage channel of coins to be discriminated; at least one capacitive branch, wherein each capacitive branch comprises a condenser (118, 128; 218, 228; 318; 418) and a resistor (116, 126; 216, 226; 316; 416) in series; an excitation circuit comprising a generator (150; 250; 350; 450) and at least one pair of switches (117, 127; 217, 227; 317, 327; 417, 427), wherein the excitation circuit is configured to alternately feed the first inductive branch (113; 213; 313; 413) and the second inductive branch (123; 223; 323; 423) with a pattern signal with spectral energy in at least two frequencies, such that the inductive branch of the inductor excited at any given time is disposed in a bridge configuration with at least one capacitive branch; and at least one differential amplifier (130, 140; 230, 240; 330; 430) configured to alternately measure the voltage between the exit nodes of the excited bridge. a first inductive branch (113; 213; 313; 413) comprising a first inductor (112; 212; 312; 412) in series with a first resistor (114; 214; 314; 414); a second inductive branch (123; 223; 323; 423) comprising a second inductor (122; 222; 322; 422) in series with a second resistor (124; 224; 324; 424), wherein the first inductor (112; 212; 312; 412) and second inductor (122; 222; 322; 422) are arranged facing each other on both sides of a coin passage channel of coins to be discriminated; at least one capacitive branch, wherein each capacitive branch comprises a condenser (118, 128; 218, 228; 318; 418) and a resistor (116, 126; 216, 226; 316; 416) in series; an excitation circuit comprising a generator (150; 250; 350; 450) and at least one pair of switches (117, 127; 217, 227; 317, 327; 417, 427), wherein the excitation circuit is configured to alternately feed the first inductive branch (113; 213; 313; 413) and the second inductive branch (123; 223; 323; 423) with a pattern signal with spectral energy in at least two frequencies, such that the inductive branch of the inductor excited at any given time is disposed in a bridge configuration with at least one capacitive branch; and at least one differential amplifier (130, 140; 230, 240; 330; 430) configured to alternately measure the voltage between the exit nodes of the excited bridge.
A lance for blowing a source gas into a container in which a reaction gas is generated, the lance comprising a suction hole formed at a gas passage, and configured to introduce the reaction gas into the passage; a wall body vertically extending, and configured to separate the outside and the passage; a storage part disposed over the suction hole, and configured to accommodate the source gas; a mixing part disposed under the suction hole, and configured to mix the source gas with the reaction gas therein; a discharge part formed under the mixing part to extend a predetermined distance, and configured to discharge the gas into the container; and a discharge hole formed at an end of the storage part, wherein the discharge hole comprises an introduction end through which the source gas is introduced and a discharge end facing the introduction end, the discharge hole being gradually broadened from the introduction end towards the discharge end; wherein the suction hole is defined in a lower portion of the storage part, in which the discharge hole is defined, to penetrate through the wall body and communicate the outside with the passage, and the reaction gas is introduced into the mixing part.
An apparatus for sensing current through a transistor device, comprising: an interface configured to receive a current from the transistor device for sensing; and a sensor component coupled to the interface and configured to receive the current from the transistor device and to generate a responsive sensor voltage, the sensor component comprising an adjustable resistance component; characterised in that the resistance value of the adjustable resistance component is selectable in response to a level of the current received at the interface and the apparatus further comprises a sense control circuit comprising an automatic ranging device configured to automatically scale the resistance in response to a magnitude value of the current. an interface configured to receive a current from the transistor device for sensing; and a sensor component coupled to the interface and configured to receive the current from the transistor device and to generate a responsive sensor voltage, the sensor component comprising an adjustable resistance component; characterised in that the resistance value of the adjustable resistance component is selectable in response to a level of the current received at the interface and the apparatus further comprises a sense control circuit comprising an automatic ranging device configured to automatically scale the resistance in response to a magnitude value of the current.
A system for controlling a weld-current in a direct current arc welding apparatus for short arc welding comprising a current regulator included in a voltage feedback loop from a power supply to a welding electrode and a ramp generator arranged to provide current ramps during a short circuit phase at said welding electrode, characterized in that said voltage feedback loop includes an open circuit detector which is arranged to detect that an open circuit state is present and to suppress a feedback error when an open circuit state is detected by said open circuit detector.
A Cu-Cr-Zn-O based pigment comprising: a Cu-Cr-O based oxide; and Zn derived from a zinc oxide added as a modifying oxide and solid-dissolved in the Cu-Cr-O based oxide, wherein the Cu-Cr-Zn-O based pigment has a composition formula of aCuO·bCr 2 O 3 ·cZnO (mol%), in which 0.1 ≤ c ≤ 5, 45 ≤ a + c ≤ 55, and 45 ≤ b ≤ 55, wherein a + b + c = 100 a Cu-Cr-O based oxide; and Zn derived from a zinc oxide added as a modifying oxide and solid-dissolved in the Cu-Cr-O based oxide, wherein the Cu-Cr-Zn-O based pigment has a composition formula of aCuO·bCr 2 O 3 ·cZnO (mol%), in which 0.1 ≤ c ≤ 5, 45 ≤ a + c ≤ 55, and 45 ≤ b ≤ 55, wherein a + b + c = 100
A fault protected current source (300, 301, 302), comprising: a positive current output and a negative current output configured to provide an operating current and operating voltage to a load; a DC-DC converter configured to receive a control signal from a processor and to adjust a maximum output voltage of the current source (300, 301, 302) in response to the control signal; an over current detection module configured to monitor current through the positive or negative current output (323, 324) and to compare the current to a control current indicated by a current level control signal provided by the processor; and characterised in that the processor is configured to monitor voltage across the positive current output and the negative current output to determine a steady state voltage across the load and to provide the control signal to the DC-DC converter to set the maximum output voltage at a predetermined voltage level above the steady state voltage to prevent excess voltage from being applied to the load in an event of an open circuit, and further configured to provide the current level control signal to the over current detection module. a positive current output and a negative current output configured to provide an operating current and operating voltage to a load; a DC-DC converter configured to receive a control signal from a processor and to adjust a maximum output voltage of the current source (300, 301, 302) in response to the control signal; an over current detection module configured to monitor current through the positive or negative current output (323, 324) and to compare the current to a control current indicated by a current level control signal provided by the processor; and characterised in that the processor is configured to monitor voltage across the positive current output and the negative current output to determine a steady state voltage across the load and to provide the control signal to the DC-DC converter to set the maximum output voltage at a predetermined voltage level above the steady state voltage to prevent excess voltage from being applied to the load in an event of an open circuit, and further configured to provide the current level control signal to the over current detection module.
A humidifier assembly (100, 100-1) configured to be provided in an airway pressure support system, comprising: a reservoir structured to hold water; a breathing gas inlet structure (112, 112-1) leading into the reservoir and a breathing gas outlet structure (114, 114-1) leading out of the reservoir; a conduit element (130, 130-1) having a first end (131, 131-1), a body portion (132, 132-1), and a second end (133, 133-1), the first end being fluidly coupled to at least one of the inlet structure (112, 112-1) and the outlet structure (114, 114-1); a float assembly (140, 140-1) coupled to the second end of the conduit element and being structured to float on the water held by the reservoir in use of the humidifier assembly (100, 100-1), the float assembly having a number of apertures (153, 153-1) structured to be in fluid communication with an interior of the reservoir and the outlet structure, wherein the body portion (132, 132-1) of the conduit element (130, 130-1) is a flexible body portion which is able to bend in directions transverse to a longitudinal axis of the conduit element (130, 130-1) and to expand/contract in direction of the longitudinal axis of the conduit element (130, 130-1) so that each of the apertures (153, 153-1) remains above the surface of the water regardless of the orientation of the reservoir. a reservoir structured to hold water; a breathing gas inlet structure (112, 112-1) leading into the reservoir and a breathing gas outlet structure (114, 114-1) leading out of the reservoir; a conduit element (130, 130-1) having a first end (131, 131-1), a body portion (132, 132-1), and a second end (133, 133-1), the first end being fluidly coupled to at least one of the inlet structure (112, 112-1) and the outlet structure (114, 114-1); a float assembly (140, 140-1) coupled to the second end of the conduit element and being structured to float on the water held by the reservoir in use of the humidifier assembly (100, 100-1), the float assembly having a number of apertures (153, 153-1) structured to be in fluid communication with an interior of the reservoir and the outlet structure, wherein the body portion (132, 132-1) of the conduit element (130, 130-1) is a flexible body portion which is able to bend in directions transverse to a longitudinal axis of the conduit element (130, 130-1) and to expand/contract in direction of the longitudinal axis of the conduit element (130, 130-1) so that each of the apertures (153, 153-1) remains above the surface of the water regardless of the orientation of the reservoir.
An orthopaedic implant, comprising: a main body having a surface with at least one bonding feature (24A, 24B); at least one porous material having a plurality of pores; and a bonding material placed in said plurality of pores of said at least one porous material and said at least one bonding feature (24A, 24B) to form a bond between said at least one porous material and said main body, wherein at least one bonding feature (24A, 24B) receives the bonding material, and the at least one bonding feature (24A, 24B) is formed to a depth in the surface, characterised in that a width of the bonding feature (24A, 24B) closer to the surface is less than a width of the bonding feature (24A, 24B) further from the surface. a main body having a surface with at least one bonding feature (24A, 24B); at least one porous material having a plurality of pores; and a bonding material placed in said plurality of pores of said at least one porous material and said at least one bonding feature (24A, 24B) to form a bond between said at least one porous material and said main body, wherein at least one bonding feature (24A, 24B) receives the bonding material, and the at least one bonding feature (24A, 24B) is formed to a depth in the surface, characterised in that a width of the bonding feature (24A, 24B) closer to the surface is less than a width of the bonding feature (24A, 24B) further from the surface.
A combination of a cap for a container and a neck of a container, wherein the neck is delimited by an outer surface from which a circular enlargement projects, the outer surface extending up to a rim of the neck, and wherein the cap comprises a side wall extending about an axis, a separation line being provided on the side wall for defining: - a retaining ring intended to engage with the circular enlargement to remain anchored to the neck, - and a closure element which can removably engage the neck so as to be movable between a closed position and an open position, wherein the separation line extends about the axis and is circumferentially interrupted to leave a joining portion between the retaining ring and the closure element, the cap further having an incision line which extends transversely to the axis between the separation line and a free edge of the retaining ring, so that between the separation line and the incision line two connecting bands (29, 30) are defined, the connecting bands (29, 30) joining the retaining ring to the joining portion, wherein each connecting band (29, 30) comprises a first portion adjacent to the separation line and a second portion adjacent to the incision line, characterized in that the first portion is configured to expand radially so that the second portion twists and passes under the first portion thereby interposing between the first portion and the neck when the closure element is moved from the closed position to the open position. - a retaining ring intended to engage with the circular enlargement to remain anchored to the neck, - and a closure element which can removably engage the neck so as to be movable between a closed position and an open position,
Aeroplane tyre, the nominal pressure of which is higher than 9 bar and the nominal deflection of which is greater than 30%, comprising: - a tread connected, by two sidewalls, to two beads intended to come into contact with a rim comprising two rim flanges, - a radial carcass reinforcement comprising a plurality of carcass reinforcement layers, the axially outermost of which is the carcass reinforcement external layer, each carcass reinforcement layer consisting of reinforcing elements which, within each bead, are wrapped around one and the same bead wire core the meridian section of which is inscribed inside a circle of centre the centre of the bead wire core, - a filling element radially on the outside of the bead wire core and having a substantially triangular meridian section exhibiting a radially external end, - each bead having a bead external face axially on the outside of the bead wire core and intended to come into contact with the rim flange, characterized in that the distance (d) between a point on the bead external face and the carcass reinforcement external layer, along the straight line perpendicular at this point to the bead external face, is at a maximum at the point on the bead external face that is the orthogonal projection of the radially external end of the filling element onto the bead external face, and in that the distance (d max) between the orthogonal projection of the radially external end of the filling element onto the bead external face and the carcass reinforcement external layer is at least equal to 1.3 times the distance (d 1) between the orthogonal projection of the centre of the bead wire core onto the bead external face and the carcass reinforcement external layer. - a tread connected, by two sidewalls, to two beads intended to come into contact with a rim comprising two rim flanges, - a radial carcass reinforcement comprising a plurality of carcass reinforcement layers, the axially outermost of which is the carcass reinforcement external layer, each carcass reinforcement layer consisting of reinforcing elements which, within each bead, are wrapped around one and the same bead wire core the meridian section of which is inscribed inside a circle of centre the centre of the bead wire core, - a filling element radially on the outside of the bead wire core and having a substantially triangular meridian section exhibiting a radially external end, - each bead having a bead external face axially on the outside of the bead wire core and intended to come into contact with the rim flange,
Handling device for the formation of a disassemblable medical instrument, having: a first component; a second component, which can be moved relative to the first component; a coupling device on the second component, wherein the coupling device is designed and arranged in order to be coupled to a corresponding coupling device at the proximal end of a force transmission device within a working range of positions of the second component and in order not to be coupled to a corresponding coupling device at the proximal end of a force transmission device in a release position of the second component; a guiding device (32, 34) on the first component for guiding a corresponding coupling device at the proximal end of a force transmission device within a transitional range between one end of the working range and the release position. a first component; a second component, which can be moved relative to the first component; a coupling device on the second component, wherein the coupling device is designed and arranged in order to be coupled to a corresponding coupling device at the proximal end of a force transmission device within a working range of positions of the second component and in order not to be coupled to a corresponding coupling device at the proximal end of a force transmission device in a release position of the second component; a guiding device (32, 34) on the first component for guiding a corresponding coupling device at the proximal end of a force transmission device within a transitional range between one end of the working range and the release position.