mhurhangee/ep-ind-claims huggingface dataset:
A fixture (200, 400) that facilitates sandblasting of a generally cylindrical object, comprising: a frame (210, 410); a rotary table (220, 420) mounted on the frame, the rotary table comprising a mounting system (222,422) that is operable to securely hold a generally cylindrical object and being configured to selectively rotate the cylindrical object; the mounting system comprising a plurality of mounting units that are operable to clamp a generally cylindrical object between the plurality of mounting units the mounting units including fingers (225,425) operable to selectively extend from the mounting unit to engage and hold the object; a blast head movement unit (240, 440, 506) mounted on the frame; and a blast head (244, 444) mounted on the blast head movement unit, wherein the blast head movement unit is configured to move the blast head in a vertical direction, a rotational direction and to oscillate, and wherein the blast head is configured to be attached to a grit supply system. a frame (210, 410); a rotary table (220, 420) mounted on the frame, the rotary table comprising a mounting system (222,422) that is operable to securely hold a generally cylindrical object and being configured to selectively rotate the cylindrical object; the mounting system comprising a plurality of mounting units that are operable to clamp a generally cylindrical object between the plurality of mounting units the mounting units including fingers (225,425) operable to selectively extend from the mounting unit to engage and hold the object; a blast head movement unit (240, 440, 506) mounted on the frame; and a blast head (244, 444) mounted on the blast head movement unit, wherein the blast head movement unit is configured to move the blast head in a vertical direction, a rotational direction and to oscillate, and wherein the blast head is configured to be attached to a grit supply system.
An adapter for the detachable and relockable coupling of an endoscope with a camera head, comprising: - an external wall, extending along an axial direction, and an internal wall, at least partially surrounded by the external wall and extending along the same axial direction, which are connected to one another via a connecting wall extending between the internal and external wall at or in the vicinity of their first axial ends and which are arranged at at least a lateral distance from one another, so that between internal and external wall there arises a free space open at a second axial side opposite the first axial ends and - a coupling wall which at or close to a second axial end of the internal wall closes a free space, enclosed by the internal wall, so that the free space enclosed by the internal wall is open at a first axial side opposite the second axial end of the internal wall, wherein one of the free spaces (24, 28) is for coupling with at least one part of a distal camera-head end and wherein the other one of the free spaces (24, 28) is for coupling with at least one part of a proximal endoscope end, characterized in that the adapter furthermore is designed to ensure that, in a state in which the adapter is coupled with endoscope and camera head, the parts, of the proximal endoscope end and the distal camera-head end, projecting in a respective free space (24, 28) overlap along an axial direction of the adapter by at least 50% of an axial length of at least one of the free spaces (24, 28), wherein the coupling wall has at least one optical window for optical image emergence, which window is designed to transmit radiation in the optical wave length range. - an external wall, extending along an axial direction, and an internal wall, at least partially surrounded by the external wall and extending along the same axial direction, which are connected to one another via a connecting wall extending between the internal and external wall at or in the vicinity of their first axial ends and which are arranged at at least a lateral distance from one another, so that between internal and external wall there arises a free space open at a second axial side opposite the first axial ends and - a coupling wall which at or close to a second axial end of the internal wall closes a free space, enclosed by the internal wall, so that the free space enclosed by the internal wall is open at a first axial side opposite the second axial end of the internal wall,
A method for adjusting a signal, comprising: applying loss compensation for frequency-dependent distortion to a signal before or after the distortion occurs to generate an output signal; using a clock signal, sampling the output signal to generate a plurality of data values and boundary values, wherein a boundary value is comprised between successive data values, each value comprising either a high value or a low value based on the sampling of the output signal; and based only on the high or low values of one or more of the data values and boundary values, adjusting the loss compensation applied to the signal, wherein: if the loss compensation applied to the signal is to be increased, the loss compensation is increased by a first amount; if the loss compensation applied to the signal is to be decreased, the loss compensation is decreased by a second amount; the magnitude of the first amount is not equal to the magnitude of the second amount; the first amount and the second amount are associated with a control target value; and the control target value is adjusted dynamically based on the value of the loss compensation applied to the signal. applying loss compensation for frequency-dependent distortion to a signal before or after the distortion occurs to generate an output signal; using a clock signal, sampling the output signal to generate a plurality of data values and boundary values, wherein a boundary value is comprised between successive data values, each value comprising either a high value or a low value based on the sampling of the output signal; and based only on the high or low values of one or more of the data values and boundary values, adjusting the loss compensation applied to the signal, if the loss compensation applied to the signal is to be increased, the loss compensation is increased by a first amount; if the loss compensation applied to the signal is to be decreased, the loss compensation is decreased by a second amount; the magnitude of the first amount is not equal to the magnitude of the second amount; the first amount and the second amount are associated with a control target value; and the control target value is adjusted dynamically based on the value of the loss compensation applied to the signal.
A method for manufacturing a microelectromechanical resonator, wherein the microelectromechanical resonator is a flexural mode resonator and comprises a deforming element with an elongate body that extends along a spring axis Z, the dimension of the elongate body along the spring axis being at least three times the dimensions of the elongate body in a direction traverse to the spring axis, and the method comprises: providing a semiconductor wafer of silicon crystal material that has a nominal n-type doping concentration, such that a surface of the semiconductor wafer is aligned with a plane of the silicon crystal; forming the deforming element out of the semiconductor wafer such that the spring axis of the elongate body of the deforming element is aligned with the plane of the silicon crystal and a crystal orientation angle is formed between the spring axis of the deforming element and a <100> crystal axis of the silicon crystal lattice; characterized in that for the flexural mode vibrations in a selected design temperature range of -40...+85 degrees Celsius, the crystal orientation angle and the nominal n-type doping concentration of the semiconductor wafer in units of 1.10 19 cm -3 are in a range defined by equation: C > k 1 ∗ Θ 3 + k 2 ∗ Θ 2 + k 3 ∗ Θ + k 4, and Θ≥13 deg where Θ is the crystal orientation angle C is the nominal n-type doping concentration k1= 0.0027 deg -3 cm -3 k2=-0.0886 deg -2 cm -3 k3= 1.1667 deg -1 cm -3 k4=-2.2624 cm -3. providing a semiconductor wafer of silicon crystal material that has a nominal n-type doping concentration, such that a surface of the semiconductor wafer is aligned with a plane of the silicon crystal; forming the deforming element out of the semiconductor wafer such that the spring axis of the elongate body of the deforming element is aligned with the plane of the silicon crystal and a crystal orientation angle is formed between the spring axis of the deforming element and a <100> crystal axis of the silicon crystal lattice; characterized in that for the flexural mode vibrations in a selected design temperature range of -40...+85 degrees Celsius, the crystal orientation angle and the nominal n-type doping concentration of the semiconductor wafer in units of 1.10 19 cm -3 are in a range defined by equation: C > k 1 ∗ Θ 3 + k 2 ∗ Θ 2 + k 3 ∗ Θ + k 4, and Θ≥13 deg where Θ is the crystal orientation angle C is the nominal n-type doping concentration k1= 0.0027 deg -3 cm -3 k2=-0.0886 deg -2 cm -3 k3= 1.1667 deg -1 cm -3 k4=-2.2624 cm -3. where Θ is the crystal orientation angle C is the nominal n-type doping concentration k1= 0.0027 deg -3 cm -3 k2=-0.0886 deg -2 cm -3 k3= 1.1667 deg -1 cm -3 k4=-2.2624 cm -3.
A spray nozzle chip (1-1; 1-2; 1-3; 1-4) comprising: a first layer provided with a first layer orifice, and a mechanically flexible nozzle layer provided with a nozzle orifice, wherein the first layer has a valve seat arranged aligned with the nozzle orifice, wherein the spray nozzle chip (1-1; 1-2; 1-3; 1-4) has a valve functionality obtained by movement of the nozzle layer relative to the valve seat due to pressure changes, and wherein the nozzle layer is arranged at a distance from the valve seat when the nozzle layer is in a default non-pressurised state, whereby a gap with a gap length is formed between the nozzle layer and the valve seat, wherein the gap length is smaller than a dimension of a specific bacterial type, to thereby seal against bacterial ingrowth through the nozzle orifice of the specific bacterial type wherein the first layer and the nozzle layer are connected by means of an intermediate layer, the thickness of which at least partly defines the gap length; characterized in that the intermediate layer compromises a bonding layer; and in that the bonding layer is a Parylene, preferably Parylene C. a first layer provided with a first layer orifice, and a mechanically flexible nozzle layer provided with a nozzle orifice, wherein the first layer has a valve seat arranged aligned with the nozzle orifice, wherein the spray nozzle chip (1-1; 1-2; 1-3; 1-4) has a valve functionality obtained by movement of the nozzle layer relative to the valve seat due to pressure changes, and wherein the nozzle layer is arranged at a distance from the valve seat when the nozzle layer is in a default non-pressurised state, whereby a gap with a gap length is formed between the nozzle layer and the valve seat, wherein the gap length is smaller than a dimension of a specific bacterial type, to thereby seal against bacterial ingrowth through the nozzle orifice of the specific bacterial type wherein the first layer and the nozzle layer are connected by means of an intermediate layer, the thickness of which at least partly defines the gap length; characterized in that the intermediate layer compromises a bonding layer; and in that the bonding layer is a Parylene, preferably Parylene C.
Buried inspection pit for inspecting and monitoring buried networks (2, 3), which is constituted by a cylindrical caisson that receives an inlet conduit and an outlet conduit, the said caisson being constituted by a peripheral wall and a bottom wall; the bottom of the caisson comprises a bottom unit made up of an assembly of two pieces (12,13), namely a basic piece and a supplementary piece, the two pieces (12, 13) that make up the bottom unit being independent pieces which are movable in relation to one another; the said peripheral wall of the caisson comprises a first lateral orifice which is intended to receive one conduit for the liquid, and a second lateral orifice which is intended to receive another conduit for the said liquid, the two holes being disposed at the lower part of the peripheral wall of the caisson, characterised in that the first orifice is a circular hole whereas the second orifice is an oblong hole which extends horizontally over an angular sector of between 5° and 175°.
A server system comprising: - a chassis having a plurality of plugin slots for receiving a plurality of server plugins; - at least one printed circuit board arranged within the chassis to contact server plugins received in the plugin slots and - a first server plugin arranged in a first plugin slot and coupled with the at least one printed circuit board, wherein the first server plugin comprises a first system management controller; characterized in that the printed circuit board comprises at least a first microcontroller, wherein the first microcontroller and the first system management controller are coupled to one another via at least one first signal line and the first microcontroller is adapted to provide the first system management controller with at least one chassis-specific configuration value. - a chassis having a plurality of plugin slots for receiving a plurality of server plugins; - at least one printed circuit board arranged within the chassis to contact server plugins received in the plugin slots and - a first server plugin arranged in a first plugin slot and coupled with the at least one printed circuit board, wherein the first server plugin comprises a first system management controller; characterized in that the printed circuit board comprises at least a first microcontroller,
A power switching module, the power switching module comprising: a plurality of input interfaces (3a - 3d); a plurality of output interfaces (4a - 4d); a plurality of switches (5 a - 5d) connected between respective ones of the input interfaces (3a - 3d) and output interfaces (4a - 4d); and a controller operable to selectively open and close the switches (5a - 5d), characterised in that the controller is at least one of i) connected to a communications input interface and a communications output interface for a dedicated communications line and ii) in electrical communication with the plurality of input interfaces (3a - 3d) and the plurality of output interfaces (4a - 4d), wherein the power switching module is received in a marinised canister. a plurality of input interfaces (3a - 3d); a plurality of output interfaces (4a - 4d); a plurality of switches (5 a - 5d) connected between respective ones of the input interfaces (3a - 3d) and output interfaces (4a - 4d); and a controller operable to selectively open and close the switches (5a - 5d), characterised in that the controller is at least one of i) connected to a communications input interface and a communications output interface for a dedicated communications line and ii) in electrical communication with the plurality of input interfaces (3a - 3d) and the plurality of output interfaces (4a - 4d), wherein the power switching module is received in a marinised canister.
A transporting apparatus comprising: a first roller that transports a web-like or sheet-like transport target object) and a second roller disposed downstream of the first roller in a transport path of the transport target object; and a first detection section and a second detection section that are disposed between the first roller and the second roller in the transport path, the first detection section being provided on one side in the transport path and the second detection section being provided on another side in the transport path; characterized by further comprising a measuring section that measures a time from when the transport target object is detected by the first detection section until the transport target object is detected by the second detection section; and a rotation control section that modifies a rotation speed of the second roller when the time measured by the measuring section is shorter than a first reference time. a first roller that transports a web-like or sheet-like transport target object) and a second roller disposed downstream of the first roller in a transport path of the transport target object; and a first detection section and a second detection section that are disposed between the first roller and the second roller in the transport path, the first detection section being provided on one side in the transport path and the second detection section being provided on another side in the transport path; characterized by further comprising a measuring section that measures a time from when the transport target object is detected by the first detection section until the transport target object is detected by the second detection section; and a rotation control section that modifies a rotation speed of the second roller when the time measured by the measuring section is shorter than a first reference time.
A device for printing on hollow bodies, having a segmented wheel which is rotatable about a rotational axis, wherein the segmented wheel has a plurality of segments one behind the other on its periphery, each for receiving a printing blanket, wherein at least one of the printing blankets arranged on one of the segments is arranged rolling or at least capable of rolling along the hollow body to be printed on, characterized in that each of the printing blankets is arranged on a plate-shaped metallic substrate, wherein said plate-shaped metallic substrate is embodied as flexible and, together with the printing blanket arranged thereon, forms a metal printing blanket, wherein each of the metal printing blankets formed from the substrate together with the printing blanket arranged thereon is or at least can be arranged as such, changeable as a complete unit, on one of the segments of the segmented wheel, wherein the substrate of the metal printing blanket in question arranged on one of the segments of the segmented wheel is held on this segment in a form-fitting connection and/or in a force-fitting connection.
A skin care composition comprising: a dermatologically acceptable carrier; at least a first and a second interference pigment; wherein the composition has a redness reduction index of less than -9.5; wherein the composition has a healthy skin color change value (HSCCV) of less than 3; wherein the first interference pigment has a hue angle (h°) between 180°-224° and wherein the second interference pigment has a hue angle (h°) between 80°-95°, wherein said RRI and HSCCV are determined according to the methods in the description. a dermatologically acceptable carrier; at least a first and a second interference pigment; wherein the composition has a redness reduction index of less than -9.5; wherein the composition has a healthy skin color change value (HSCCV) of less than 3; wherein the first interference pigment has a hue angle (h°) between 180°-224° and wherein the second interference pigment has a hue angle (h°) between 80°-95°,
Method for forming a DFT-spread OFDM symbol comprising data and pilots, characterized in that the method comprises the steps of: - forming a pilot symbol in the time domain, the pilot symbol comprising at least two parts, a first part of the pilot symbol comprising samples of front pilots, a second part of the pilot symbol comprising null values and being consecutive to the first part of the pilot symbol, - performing a DFT-spread OFDM modulation of the pilot symbol, - precoding the data in order to compensate a modification of the data contribution onto a part of the DFT-spread OFDM modulated data symbol corresponding to the first part of the data symbol prior to the DFT-spread OFDM modulation, - putting the precoded data under the form of a data symbol in the time domain, the data symbol comprising at least two parts, a first part of the data symbol comprising null values, a second part of the data symbol comprising the data, the second part of the data symbol being consecutive to the first part of the data symbol, - performing a DFT-spread OFDM modulation of the data symbol, - modifying the part of the DFT-spread OFDM modulated data symbol corresponding to the first part of the data symbol prior to the DFT-spread OFDM modulation in order to form a DFT-spread OFDM modulated data symbol to be combined, - combining the DFT-spread OFDM modulated data symbol to be combined to the DFT-spread OFDM modulated pilot symbol in order to form a full DFT-spread OFDM symbol. - forming a pilot symbol in the time domain, the pilot symbol comprising at least two parts, a first part of the pilot symbol comprising samples of front pilots, a second part of the pilot symbol comprising null values and being consecutive to the first part of the pilot symbol, - performing a DFT-spread OFDM modulation of the pilot symbol, - precoding the data in order to compensate a modification of the data contribution onto a part of the DFT-spread OFDM modulated data symbol corresponding to the first part of the data symbol prior to the DFT-spread OFDM modulation, - putting the precoded data under the form of a data symbol in the time domain, the data symbol comprising at least two parts, a first part of the data symbol comprising null values, a second part of the data symbol comprising the data, the second part of the data symbol being consecutive to the first part of the data symbol, - performing a DFT-spread OFDM modulation of the data symbol, - modifying the part of the DFT-spread OFDM modulated data symbol corresponding to the first part of the data symbol prior to the DFT-spread OFDM modulation in order to form a DFT-spread OFDM modulated data symbol to be combined, - combining the DFT-spread OFDM modulated data symbol to be combined to the DFT-spread OFDM modulated pilot symbol in order to form a full DFT-spread OFDM symbol.
A clutch assembly having a multi-disc clutch for a drive train of a motor vehicle, having an inner disc holder used to hold inner discs, an outer disc holder used to hold outer discs, wherein the inner discs and the outer discs overlap in the radial direction and alternate in the axial direction, and a pressure plate which, when activated via a pressure piece, brings the discs (37, 39) into frictional contact with one another, wherein an actuation system is also provided, which is used to actuate the multi-disc clutch, wherein the inner disc holder is designed to act as a stop for an element (42; 45) actuating the multi-disc clutch, characterised in that the inner disc holder provides radial centring of the pressure piece.