mhurhangee/ep-ind-claims huggingface dataset:
A method of servo-controlling an electric motor during its start-up, the method comprising at least one step of measuring a speed of the motor after a determined duration counting from a commencement of start-up; characterized in that the method comprises: - determining a difference between the measured speed and a preset speed during a first start-up; - modifying at least one parameter (T D, T C, T A, V D, V C, V A) to be applied to the motor during its start-up, wherein the at least one parameter is a control value (V D, V C, V A) to be applied to the motor or a duration parameter (T D, T C, T A) related to a duration for applying a control value (V D, V C, V A) to the motor, the at least one parameter (T D, T C, T A, V D, V C, V A) being modified as a function of the difference of the measured speed and the preset speed determined during the first start-up, so as to reduce the difference of the measured speed and the preset speed; and - applying the at least one modified parameter (T D, T C, T A, V D, V C, V A) to the motor during a second start-up. - determining a difference between the measured speed and a preset speed during a first start-up; - modifying at least one parameter (T D, T C, T A, V D, V C, V A) to be applied to the motor during its start-up, wherein the at least one parameter is a control value (V D, V C, V A) to be applied to the motor or a duration parameter (T D, T C, T A) related to a duration for applying a control value (V D, V C, V A) to the motor, the at least one parameter (T D, T C, T A, V D, V C, V A) being modified as a function of the difference of the measured speed and the preset speed determined during the first start-up, so as to reduce the difference of the measured speed and the preset speed; and - applying the at least one modified parameter (T D, T C, T A, V D, V C, V A) to the motor during a second start-up.
A damper (20; 100) comprising: a damper body that is configured to be attached to a workpiece during a machining process, wherein a first side (26; 108) of the damper body is configured to abut a first side (16; 18) of the workpiece, and the damper body further comprises: a frame (30; 110) forming an outer periphery of the damper body; a plurality of damper nodes (42; 122) with a cavity (48; 128) in each damper node (42; 122) positioned in the frame (30; 110); and a plurality of ribs (44; 124) extending between the frame (30; 110) and the damper nodes (42; 122); and a damping material (50; 50'; 50"; 130) positioned in the cavity (48; 128) of each damper node (42; 122). a frame (30; 110) forming an outer periphery of the damper body; a plurality of damper nodes (42; 122) with a cavity (48; 128) in each damper node (42; 122) positioned in the frame (30; 110); and a plurality of ribs (44; 124) extending between the frame (30; 110) and the damper nodes (42; 122); and a damping material (50; 50'; 50"; 130) positioned in the cavity (48; 128) of each damper node (42; 122).
A linear actuator leverage assembly comprising: a structural base having two exposed surfaces (126,128) defining a corner therebetween, the two surfaces (126,128) including a generally straight side surface and a back surface; a rail member coupled to the base and constrained against relative motion other than in a direction generally parallel to the side surface of the base; a lever arm having a bearing surface, the lever arm pivotally connected to the rail member at a first pivot spaced from the bearing surface; and a linear actuator having a first end coupled to the base and a second end connected to the lever arm at a second pivot spaced from both the bearing surface and the first pivot, with the first pivot disposed generally between the second pivot and the bearing surface, such that the linear actuator is adapted to move the rail member with respect to the base over a linear stroke of the linear actuator that moves the second pivot along a continuous motion path, including: a first path segment generally parallel to the side surface, over which the bearing surface moves along the side surface to the corner; and a second path segment, beginning at a point where the bearing surface moves past the corner to bear against the back surface, over which the lever arm pivots about the bearing surface as a fulcrum, thereby increasing leverage applied by the actuator to the rail. a structural base having two exposed surfaces (126,128) defining a corner therebetween, the two surfaces (126,128) including a generally straight side surface and a back surface; a rail member coupled to the base and constrained against relative motion other than in a direction generally parallel to the side surface of the base; a lever arm having a bearing surface, the lever arm pivotally connected to the rail member at a first pivot spaced from the bearing surface; and a linear actuator having a first end coupled to the base and a second end connected to the lever arm at a second pivot spaced from both the bearing surface and the first pivot, with the first pivot disposed generally between the second pivot and the bearing surface, such that the linear actuator is adapted to move the rail member with respect to the base over a linear stroke of the linear actuator that moves the second pivot along a continuous motion path, including: a first path segment generally parallel to the side surface, over which the bearing surface moves along the side surface to the corner; and a second path segment, beginning at a point where the bearing surface moves past the corner to bear against the back surface, over which the lever arm pivots about the bearing surface as a fulcrum, thereby increasing leverage applied by the actuator to the rail. a first path segment generally parallel to the side surface, over which the bearing surface moves along the side surface to the corner; and a second path segment, beginning at a point where the bearing surface moves past the corner to bear against the back surface, over which the lever arm pivots about the bearing surface as a fulcrum, thereby increasing leverage applied by the actuator to the rail.
A steel foil comprising: a rolled steel foil; and a Ni adhering on an outermost layer of the rolled steel foil, wherein the steel foil has a thickness of 100 μm or less, and wherein the Ni has a <111>//RD texture, wherein <111>//RD means that a <111> orientation of the Ni in a face-centered cubic structure is parallel to a rolling direction. a rolled steel foil; and a Ni adhering on an outermost layer of the rolled steel foil, wherein the steel foil has a thickness of 100 μm or less, and wherein the Ni has a <111>//RD texture, wherein <111>//RD means that a <111> orientation of the Ni in a face-centered cubic structure is parallel to a rolling direction.
An orthosis for supporting an arm of a person, comprising a securing device for securing the orthosis to a torso of the person, and a positioning device for supporting and fixing the arm, in particular the forearm, elbow and/or upper arm, relative to a person's shoulder associated to that arm, the positioning device being supported by the securing device, the securing device comprising an abdominal strap device and a shoulder strap device, the abdominal strap device surrounding the torso in a transversal plane when the orthosis is placed on a person, and the shoulder strap device running over a person's shoulder opposite of that arm, wherein the shoulder strap device comprises a shoulder strap and a chest strap connected to said shoulder strap, said straps being hinged to a distal end and to a proximal end of the positioning device and to a ventral portion of the abdominal strap device, wherein the shoulder strap runs between the proximal end of the positioning device and the chest strap characterized in that the chest strap runs between the distal end of the positioning device and the ventral portion of the abdominal strap device, and wherein the positioning device comprises a support device that is attached to a lateral portion of the abdominal strap device, and the positioning device comprises an arm rest, an arm of a person being fixable to the arm rest, and the support device being connected to the arm rest by means of a connecting device.
Exhaust gas turbocharger for an internal combustion engine, having a housing and a rotor assembly, wherein the housing has an air guide portion, through which there can be a flow, an exhaust gas guide portion, through which there can be a flow, and a bearing portion, and the rotor assembly comprises a compressor wheel for drawing in and compressing air, a turbine wheel for expansion of exhaust gas and a shaft mounted in the bearing portion for rotationally fixing the compressor wheel to the turbine wheel, wherein the compressor wheel is rotationally supported in the air guide portion and the turbine wheel is rotationally supported in the exhaust gas guide portion, characterised in that a ratio of a first mass (mVer) of the compressor wheel and a second mass (mTur) of the turbine wheel follows the function M = mVer mTur wherein the ratio lies in the following value range: 0.8 < M < 1.2
A recto-cystocele device configured to be inserted in a vagina of a woman through a vaginal opening, the recto-cystocele device comprising: a handle; a paddle, wherein the recto-cystocele device forms essentially an L-shaped unit, a bend of the L-shaped unit being located between the paddle and the handle; the bend possessing a sufficient radius adapted to avoid contact between a pelvic region of the woman and the recto-cystocele device; at least one expandable sheath being located on the paddle, the sheath being adapted to be expanded in the vagina of the woman after being inserted therein, characterised in that the expandable sheath in its expanded state extends beyond the distal end of the paddle to be in contact with at least an upper portion of the vagina that includes a posterior fornix of the vagina and a lower portion of the vagina that does not include the posterior fornix, and wherein the handle, which is configured not to go into the vagina, is configured to be manually manipulated by the woman to translate directional pressure against the posterior fornix and the lower portion of the vagina via the expandable sheath when expanded. a handle; a paddle, wherein the recto-cystocele device forms essentially an L-shaped unit, a bend of the L-shaped unit being located between the paddle and the handle; the bend possessing a sufficient radius adapted to avoid contact between a pelvic region of the woman and the recto-cystocele device; at least one expandable sheath being located on the paddle, the sheath being adapted to be expanded in the vagina of the woman after being inserted therein, characterised in that the expandable sheath in its expanded state extends beyond the distal end of the paddle to be in contact with at least an upper portion of the vagina that includes a posterior fornix of the vagina and a lower portion of the vagina that does not include the posterior fornix, and wherein the handle, which is configured not to go into the vagina, is configured to be manually manipulated by the woman to translate directional pressure against the posterior fornix and the lower portion of the vagina via the expandable sheath when expanded.
A method for wireless communication, comprising: determining a plurality of component carriers -CCs- configured for a user equipment - UE-, each of the plurality of CCs being associated with a particular system configuration of a plurality of system configurations indicating whether frequency division duplex -FDD- or time division duplex -TDD- is utilized for the CC and a particular uplink-downlink configuration for the CC if TDD is utilized, the plurality of CCs including at least two CCs associated with different sets of subframes available to send channel state information -CSI, wherein the at least two CCs are associated with at least two different system configurations of the plurality of system configurations; obtaining a periodic CSI reporting configuration for a first CC of the plurality of CCs, determined based on the system configuration of a second CC of the plurality of CCs; and sending CSI for the first CC on the second CC based on a set of subframes available to send CSI on the second CC. determining a plurality of component carriers -CCs- configured for a user equipment - UE-, each of the plurality of CCs being associated with a particular system configuration of a plurality of system configurations indicating whether frequency division duplex -FDD- or time division duplex -TDD- is utilized for the CC and a particular uplink-downlink configuration for the CC if TDD is utilized, the plurality of CCs including at least two CCs associated with different sets of subframes available to send channel state information -CSI, wherein the at least two CCs are associated with at least two different system configurations of the plurality of system configurations; obtaining a periodic CSI reporting configuration for a first CC of the plurality of CCs, determined based on the system configuration of a second CC of the plurality of CCs; and sending CSI for the first CC on the second CC based on a set of subframes available to send CSI on the second CC. obtaining a periodic CSI reporting configuration for a first CC of the plurality of CCs, determined based on the system configuration of a second CC of the plurality of CCs; and sending CSI for the first CC on the second CC based on a set of subframes available to send CSI on the second CC.
A catheter comprising: a proximal elongate shaft comprising a longitudinal axis, a distal end, a lumen, and a shaft braid; and an expandable distal tip section at the distal end of the elongate shaft, the tip section comprising a collapsed delivery configuration, an expanded deployed configuration, a tip braid, and a distal mouth comprising a beveled profile and a perimeter defined by a reinforcing ring; the reinforcing ring comprising a plurality of relief features spaced equally around the longitudinal axis, characterized in that the relief features comprise proximally extending cutouts. a proximal elongate shaft comprising a longitudinal axis, a distal end, a lumen, and a shaft braid; and an expandable distal tip section at the distal end of the elongate shaft, the tip section comprising a collapsed delivery configuration, an expanded deployed configuration, a tip braid, and a distal mouth comprising a beveled profile and a perimeter defined by a reinforcing ring; the reinforcing ring comprising a plurality of relief features spaced equally around the longitudinal axis, characterized in that the relief features comprise proximally extending cutouts.
A syringe barrel with puncture function comprising: a cylindrical main body portion configured to allow liquid-tight sliding of a gasket; and a hollow distal end portion configured to extend distally from the cylindrical main body portion, the distal end portion of the syringe barrel including: a hollow small-diameter distal end portion having a puncture end portion configured to be inserted into a puncturable portion of a medical device; and a large-diameter portion having a diameter larger than a diameter of the small-diameter distal end portion, an outer surface of the large-diameter portion being tapered such that the outer diameter of the large-diameter portion increases from a distal end to a proximal end thereof by a 6/100 taper, characterized by the distal end of the large-diameter portion having an outer diameter of 4.04 to 4.20 mm, the small-diameter distal end portion having a length of 5 to 6 mm, the small-diameter distal end portion capable of being used to puncture a puncturable portion of the other medical device, and the large-diameter portion is configured to connect to a connection portion of a medical device having a female luer taper, and the small-diameter distal end portion is housed in the connection portion upon connection of the large-diameter portion to the connection portion, and the large-diameter portion has a length of 5 to 9 mm. a cylindrical main body portion configured to allow liquid-tight sliding of a gasket; and a hollow distal end portion configured to extend distally from the cylindrical main body portion, the distal end portion of the syringe barrel including: a hollow small-diameter distal end portion having a puncture end portion configured to be inserted into a puncturable portion of a medical device; and a large-diameter portion having a diameter larger than a diameter of the small-diameter distal end portion, an outer surface of the large-diameter portion being tapered such that the outer diameter of the large-diameter portion increases from a distal end to a proximal end thereof by a 6/100 taper, characterized by a hollow small-diameter distal end portion having a puncture end portion configured to be inserted into a puncturable portion of a medical device; and a large-diameter portion having a diameter larger than a diameter of the small-diameter distal end portion, an outer surface of the large-diameter portion being tapered such that the outer diameter of the large-diameter portion increases from a distal end to a proximal end thereof by a 6/100 taper, characterized by the distal end of the large-diameter portion having an outer diameter of 4.04 to 4.20 mm, the small-diameter distal end portion having a length of 5 to 6 mm, the small-diameter distal end portion capable of being used to puncture a puncturable portion of the other medical device, and the large-diameter portion is configured to connect to a connection portion of a medical device having a female luer taper, and the small-diameter distal end portion is housed in the connection portion upon connection of the large-diameter portion to the connection portion, and the large-diameter portion has a length of 5 to 9 mm.
Apparatus for roasting coffee beans comprising: - a roasting chamber, - an air driver configured to drive air inside the roasting chamber through a bottom opening of said chamber, - a heater configured to heat air driven inside the roasting chamber, - a chaff collector connected to the roasting chamber through a first channel, - at least one collector for fully roasted beans connected to the roasting chamber through at least one second channel, characterised in that said apparatus comprises a distributing device configured to open either the first channel to the chaff collector only or the at least one second channel to the at least one beans collector only. - a roasting chamber, - an air driver configured to drive air inside the roasting chamber through a bottom opening of said chamber, - a heater configured to heat air driven inside the roasting chamber, - a chaff collector connected to the roasting chamber through a first channel, - at least one collector for fully roasted beans connected to the roasting chamber through at least one second channel,
A solid composition of matter, consisting of a support and a coating, whereby said support comprises a non-metallic, porous component, and said coating consists of a first metallic component and a second metallic component, characterized in that • said component is selected from the group consisting of metal oxides, silicates, and carbonaceous materials, • said component is selected from the group consisting of gallium and gallium containing alloys having the oxidation state +/-0 and having a mp. below 200°C, • said component is catalytically active and selected from the group of metals as defined by IUPAC group 3 to 12 and from the group of alloys comprising a metal as defined by IUPAC group 3 to 12, • said component is present in component in dissolved form, • said component has a solubility of at least 0.01 wt-% in component, • said coating has a melting point below 200°C. • said component is selected from the group consisting of metal oxides, silicates, and carbonaceous materials, • said component is selected from the group consisting of gallium and gallium containing alloys having the oxidation state +/-0 and having a mp. below 200°C, • said component is catalytically active and selected from the group of metals as defined by IUPAC group 3 to 12 and from the group of alloys comprising a metal as defined by IUPAC group 3 to 12, • said component is present in component in dissolved form, • said component has a solubility of at least 0.01 wt-% in component, • said coating has a melting point below 200°C.
A relaxation apparatus comprising a body-supporting unit for supporting a body of a user, a rocking unit for rocking the body-supporting unit and a controller for controlling the rocking unit to rock the body-supporting unit, characterized in that: the controller is adapted to control the rocking unit to rock the user so that in use the vestibular organ or a body part equivalent in position thereto of the user is moved within a rocking range of a specific radius, wherein the rocking range of the vestibular organ or the body part equivalent in position thereto is reduced as a rocking frequency of the body-supporting unit gets higher. the controller is adapted to control the rocking unit to rock the user so that in use the vestibular organ or a body part equivalent in position thereto of the user is moved within a rocking range of a specific radius, wherein the rocking range of the vestibular organ or the body part equivalent in position thereto is reduced as a rocking frequency of the body-supporting unit gets higher.
A self-triggered flow-cytometer comprising: a liquid flow path for carrying a bio-sample to a region of the liquid flow path an excitation light source arranged to illuminate the region of the flow path, wherein the illumination of the bio sample in the region of the flow path causes the bio-sample to luminesce; a spectrum dispersive element arranged to disperse at least a portion of the luminescence from the bio-sample; a photo detection device having an array of photodetectors arranged to receive the luminescence dispersed by the spectrum dispersive element such that each photodetector receives a particular spectrum content of the dispersed luminescence, and arranged to generate an analog signal; a digital signal processor, the digital signal processor including an analog to digital converter for converting the analog signals from the array of photodetectors to digital signals, including a storage space having a digital storage space input and a digital storage space output, additionally including an analysis space, wherein the digital signal processor is configured to use the signals received from the array of photodetectors to cause the digital signal processor to store and analyse data from the photo detection device; the flow cytometer is charaterised in that the digital signal processor includes an add-logic that logically adds signals received from the array of photodetectors and uses the logically added signals as a trigger to cause the digital signal processor to store and analyse data from the photo detection device. a liquid flow path for carrying a bio-sample to a region of the liquid flow path an excitation light source arranged to illuminate the region of the flow path, wherein the illumination of the bio sample in the region of the flow path causes the bio-sample to luminesce; a spectrum dispersive element arranged to disperse at least a portion of the luminescence from the bio-sample; a photo detection device having an array of photodetectors arranged to receive the luminescence dispersed by the spectrum dispersive element such that each photodetector receives a particular spectrum content of the dispersed luminescence, and arranged to generate an analog signal; a digital signal processor, the digital signal processor including an analog to digital converter for converting the analog signals from the array of photodetectors to digital signals, including a storage space having a digital storage space input and a digital storage space output, additionally including an analysis space,