mhurhangee/patent-ind-claim-en huggingface dataset:
An impact absorbing structure for a vehicle comprising: a resin frame member extending in a vehicle front-rear direction and including an opening portion in a surface thereof on one side in a vehicle width direction; and a strut member disposed in the opening portion of the frame member , wherein the frame member includes a frame body having the opening portion , and a rib protruding at least either upward or downward from the frame body and extending in the vehicle front-rear direction, and the strut member is disposed between a pair of opening edges for defining an upper edge and a lower edge of the opening portion , and at a position abuttable against the paired opening edges , when the frame member is deformed by input of a load at a time of oblique collision from upward or oblique collision from downward, characterized in that a gap (Su, Sd) is formed along the vehicle front-rear direction and in at least one of positions between the upper opening edge and an upper end of the strut member , and between the lower opening edge and a lower end of the strut member . a resin frame member extending in a vehicle front-rear direction and including an opening portion in a surface thereof on one side in a vehicle width direction; and a strut member disposed in the opening portion of the frame member , wherein the frame member includes a frame body having the opening portion , and a rib protruding at least either upward or downward from the frame body and extending in the vehicle front-rear direction, and the strut member is disposed between a pair of opening edges for defining an upper edge and a lower edge of the opening portion , and at a position abuttable against the paired opening edges , when the frame member is deformed by input of a load at a time of oblique collision from upward or oblique collision from downward,
Feeler device for geometrically controlling parts, capable of determining the position of a feeler member when it comes into contact with a part to be controlled, comprising a contact rod movable in translation inside a casing by direct or indirect friction with the rotating axis of a motor , a microcontroller for controlling the movement of the rod, the device being such that the contact rod cooperates with a magnetic sensor for detecting the position thereof, and that it comprises a supporting or retaining countersupporting part for countersupporting the friction contact of the rod of the feeler with the rotating axis of the motor, said countersupporting or retaining part comprising a roller fixed on the casing .
A screw compressor comprising: a casing ; a drive shaft having one end supported, via a bearing , on a bearing holder held by the casing , and the other end coupled to an electric motor; a screw rotor coupled to the drive shaft ; a gate rotor defining a compression chamber in the casing by meshing with a helical groove formed on the screw rotor ; a slide valve slidable in an axial direction of the screw rotor and capable of regulating an area of a discharge opening of the compression chamber ; and a slide valve driving mechanism including a hydropneumatic cylinder configured to drive the slide valve , the hydropneumatic cylinder being located opposite to the screw rotor with respect to the bearing interposed therebetween, and the bearing holder having an outer peripheral surface configured as a guide surface guiding a sliding movement of the slide valve , and characterized in that one of axial end portions of the bearing holder located opposite to the screw rotor constitutes a cylinder tube of the hydropneumatic cylinder , thereby integrating the bearing holder and the hydropneumatic cylinder into a single part. a casing ; a drive shaft having one end supported, via a bearing , on a bearing holder held by the casing , and the other end coupled to an electric motor; a screw rotor coupled to the drive shaft ; a gate rotor defining a compression chamber in the casing by meshing with a helical groove formed on the screw rotor ; a slide valve slidable in an axial direction of the screw rotor and capable of regulating an area of a discharge opening of the compression chamber ; and a slide valve driving mechanism including a hydropneumatic cylinder configured to drive the slide valve , the hydropneumatic cylinder being located opposite to the screw rotor with respect to the bearing interposed therebetween, and the bearing holder having an outer peripheral surface configured as a guide surface guiding a sliding movement of the slide valve , and characterized in that one of axial end portions of the bearing holder located opposite to the screw rotor constitutes a cylinder tube of the hydropneumatic cylinder , thereby integrating the bearing holder and the hydropneumatic cylinder into a single part.
An electrode for a secondary battery in which two or more unit electrodes (10; 201) are laminated in a state of being in close contact with each other, and mutually adjacent unit electrodes are electrically connected through an electrode mixture , wherein in each of the unit electrodes, the electrode mixture containing an electrode active material is introduced into pores of a unit current collector with a three-dimensional network structure, the unit current collector with a three-dimensional network structure is conductive metal felt, an average thickness of the unit current collector with a three-dimensional network structure is in a range of 30 μm to 400 μm, and an average diameter of pores in the unit current collector with a three-dimensional network structure is in a range of 1 μm to 100 μm. two or more unit electrodes (10; 201) are laminated in a state of being in close contact with each other, and mutually adjacent unit electrodes are electrically connected through an electrode mixture , wherein in each of the unit electrodes, the electrode mixture containing an electrode active material is introduced into pores of a unit current collector with a three-dimensional network structure, the unit current collector with a three-dimensional network structure is conductive metal felt, an average thickness of the unit current collector with a three-dimensional network structure is in a range of 30 μm to 400 μm, and an average diameter of pores in the unit current collector with a three-dimensional network structure is in a range of 1 μm to 100 μm.
A drug administration instrument comprising: a syringe including: a tubular surrounding periphery forming a drug chamber configured to store a drug; a discharge part disposed at one end axially of the surrounding periphery ; and a flange portion disposed at the other end axially of the surrounding periphery ; and a sheath member having a tubular shape surrounding an outer circumference of the surrounding periphery of the syringe and holding the syringe , wherein the sheath member includes a fitting part configured to support at least one of the surrounding periphery and the discharge part of the syringe , characterized in that the sheath member includes an engagement section that engages with the flange portion of the syringe , wherein the engagement section is disposed in about the middle of the sheath member . a syringe including: a tubular surrounding periphery forming a drug chamber configured to store a drug; a discharge part disposed at one end axially of the surrounding periphery ; and a flange portion disposed at the other end axially of the surrounding periphery ; and a sheath member having a tubular shape surrounding an outer circumference of the surrounding periphery of the syringe and holding the syringe , wherein the sheath member includes a fitting part configured to support at least one of the surrounding periphery and the discharge part of the syringe ,
An aqueous pharmaceutical solution for use in the treatment of diseases of the central nervous system (CNS), the aqueous pharmaceutical solution comprising, at least 5 mg/ml dissolved levodopa, the dopa decarboxylase (DDC) inhibitor carbidopa, and having a pH in the range of 3.0 to 8.5, wherein said solution is provided by mixing; a) an aqueous stock solution comprising levodopa and carbidopa, and said stock solution having a pH of less than 2.8 at 25 °C; and b) an aqueous buffering solution, for increasing the pH of said stock solution, comprising at least one buffer component, said buffering solution having a pH of at least 4.0 at 25 °C, wherein the aqueous buffering solution and aqueous stock solution are continuously mixed and the thereby obtained aqueous pharmaceutical solution is continuously administered to a subject suffering from a disease of the central nervous system (CNS) within 2 hours, 1 hour, 30 minutes, 20 minutes, 10 minutes, 5 minutes or 1 minute, from mixing the aqueous stock solution and the aqueous buffering solution, and wherein the disease of the central nervous system is selected from the group consisting of Parkinson's disease, Atypical Parkinsonism, Alzheimer's disease, and Restless Legs Syndrome (RLS). a) an aqueous stock solution comprising levodopa and carbidopa, and said stock solution having a pH of less than 2.8 at 25 °C; and b) an aqueous buffering solution, for increasing the pH of said stock solution, comprising at least one buffer component, said buffering solution having a pH of at least 4.0 at 25 °C,
An apparatus comprising a rotary head assembly , wherein the rotary head assembly comprises at least one cutting member receptacle wherein said cutting member receptacle : (i) optionally either rotates or is fixed onto the rotary head assembly ; (ii) defines at least one cutter inlet and at least one cutter outlet , wherein the cutter inlet is positioned opposite the cutter outlet and sized and configured to receive at least one cutting member ; and (iii) comprises a cutting member retainer , wherein the cutting member retainer is positioned in between the cutter inlet and the cutter outlet , defines a channel extending from the cutter inlet to the cutter outlet and comprises a ramp surface which is either inclining or declining, relative to a point of entry into the inlet so that the cutting member may be inserted into the cutter inlet and engaged with the cutting member retainer and retained by the cutting member receptacle until it is threaded through the cutter outlet , characterized in that the ramp surface comprises at least two side edges configured and sized to define at least two side channels extending from the cutter inlet to the cutter outlet sufficient to receive a cutting member through the cutter inlet and retain the cutting member within the cutting member retainer when in use and release the cutting member when threaded through the cutter outlet . (i) optionally either rotates or is fixed onto the rotary head assembly ; (ii) defines at least one cutter inlet and at least one cutter outlet , wherein the cutter inlet is positioned opposite the cutter outlet and sized and configured to receive at least one cutting member ; and (iii) comprises a cutting member retainer , wherein the cutting member retainer is positioned in between the cutter inlet and the cutter outlet , defines a channel extending from the cutter inlet to the cutter outlet and comprises a ramp surface which is either inclining or declining, relative to a point of entry into the inlet so that the cutting member may be inserted into the cutter inlet and engaged with the cutting member retainer and retained by the cutting member receptacle until it is threaded through the cutter outlet , characterized in that
A pharmaceutical composition comprising: a therapeutically-effective amount of a Tie-2 activator of the formula: or a pharmaceutically-acceptable salt thereof; and 2-hydroxypropyl-β-cyclodextrin, wherein the pharmaceutical composition is formulated in a unit dosage form. or a pharmaceutically-acceptable salt thereof; and 2-hydroxypropyl-β-cyclodextrin, wherein the pharmaceutical composition is formulated in a unit dosage form.
A lock input unit , comprising a base , a mechanical combination lock dial and an electronic password input portion, wherein the base is disposed on a surface of a lock, and the mechanical combination lock dial is rotatably disposed on the base , with password scales disposed around the bottom thereof, configured to control opening of a mechanical combination lock portion of the lock; and the electronic password input portion comprises a housing , a power source , an electronic processing member and an electronic input member , configured to control opening of an electronic combination lock portion of the lock, the power source and the electronic processing member are disposed inside the housing , the housing is disposed on an outer side of the mechanical combination lock dial , and the electronic input member is disposed on an outer side surface of the housing , characterized in that the lock input unit further comprises a pull block comprising a fixture block and a circuit joint , wherein if the pull block is pulled out, the input unit can rotate and the circuit of the electronic lock is disconnected, and if the pull block is not pulled out, the input unit cannot rotate, and the electronic password input manner is used.
A composite structure having an embedded, side-emitting optical fiber, comprising: an optical fiber having a lengthwise segment in which a scattering structure is formed that is to redirect primary propagating light within the fiber sideways out of the optical fiber , and an active photoluminescent layer integrated in the optical fiber that is to wavelength-convert the primary propagating light into secondary light, wherein the secondary light is emitted sideways from an outer side surface of the lengthwise segment of the optical fiber ; and a composite overcoating formed on the outer side surface of the lengthwise segment of the optical fiber , having (i) an inactive light transmissive material that does not wavelength-convert and is formed on and entirely surrounds the outer side surface of the lengthwise segment of the optical fiber , and (ii) a light reflective layer that is formed on and conforms to an outer side surface of the inactive light transmissive material except for a top layer of the inactive light transmissive material , wherein the composite overcoating has an asymmetric shape about a longitudinal center axis of the optical fiber such that light emitted sideways from the optical fiber is reflected by the reflective layer in a preferred transverse direction so as to emerge from the composite structure through the top layer of the inactive light transmissive material . an optical fiber having a lengthwise segment in which a scattering structure is formed that is to redirect primary propagating light within the fiber sideways out of the optical fiber , and an active photoluminescent layer integrated in the optical fiber that is to wavelength-convert the primary propagating light into secondary light, wherein the secondary light is emitted sideways from an outer side surface of the lengthwise segment of the optical fiber ; and a composite overcoating formed on the outer side surface of the lengthwise segment of the optical fiber , having (i) an inactive light transmissive material that does not wavelength-convert and is formed on and entirely surrounds the outer side surface of the lengthwise segment of the optical fiber , and (ii) a light reflective layer that is formed on and conforms to an outer side surface of the inactive light transmissive material except for a top layer of the inactive light transmissive material , wherein the composite overcoating has an asymmetric shape about a longitudinal center axis of the optical fiber such that light emitted sideways from the optical fiber is reflected by the reflective layer in a preferred transverse direction so as to emerge from the composite structure through the top layer of the inactive light transmissive material .
An X-ray imaging apparatus comprising: an X-ray source configured to generate and irradiate an X-ray; a photographing device equipped in the X-ray source for capturing a camera image; and a controller configured to detect a plurality of indicators from the camera image, calculate a thickness of an X-raying portion of a subject based on a distance between the plurality of indicators, and control an X-ray irradiation condition based on the thickness of the X-raying portion, wherein the photographing device comprises a three dimensional, 3D, camera which obtains a depth information, and wherein the distance between the plurality of indicators corresponds to a difference in position between the plurality of indicators in an irradiation direction of the X-ray determined based on the depth information. an X-ray source configured to generate and irradiate an X-ray; a photographing device equipped in the X-ray source for capturing a camera image; and a controller configured to detect a plurality of indicators from the camera image, calculate a thickness of an X-raying portion of a subject based on a distance between the plurality of indicators, and control an X-ray irradiation condition based on the thickness of the X-raying portion, wherein the photographing device comprises a three dimensional, 3D, camera which obtains a depth information, and wherein the distance between the plurality of indicators corresponds to a difference in position between the plurality of indicators in an irradiation direction of the X-ray determined based on the depth information.
A grain dryer (A) associable with a combine harvester provided with an endothermic engine, comprising at least a first feed screw and a second feed screw , whose helicoids feature an outer diameter close to the inner diameter of the pipe that receives them, configured to transfer grains towards a collection tank (B), wherein the grain is conveyed first along the first feed screw and then along the second feed screw, wherein while being transferred grains are licked by a heated air blown by ventilation means , the air at least partially taken from the external world, said first feed screw having a heated air inlet port in its start section and an outlet port in its end section, so that the heated air runs through it longitudinally, characterized in that the grain dryer further comprises a first heat exchanger configured so that, when the dryer is associated with the combine harvester, the air that crosses said first feed screw is heated by the high temperature exhaust fumes ejected by said endothermic engine and a second heat exchanger configured so that, when the dryer is associated with the combine harvester, the air that runs through said second feed screw is heated by the cooling liquid of said endothermic engine, in that it comprises grain sensors which measure the humidity and the temperature of the grains output from said first feed screw and in that the circuit of the air coming from said first heat exchanger comprises branches, provided with appropriate choking and intercepting means, which are operated as a function of the measurements taken by said grain sensors, each of said branches delivering said air to a corresponding section of said first feed screw .
Mixer , in particular for mixing food in conventional household quantities, having - a mixer base , in which at least one drive motor is arranged, and - a jug-shaped attachment , which has a rotating first tool , wherein the mixer base and the jug-shaped attachment are designed to be separable from one another, and wherein at least one drive shaft of the drive motor is guided out of the mixer base and has a first coupling device for a corresponding first counter coupling device on the base of the jug-shaped attachment , wherein a second coupling device for a corresponding second counter coupling device of the jug-shaped attachment is arranged on the mixer base , characterised in that the drive shaft assigned to the first coupling device and a drive shaft assigned to the second coupling device rotate simultaneously with a different rotational speed. - a mixer base , in which at least one drive motor is arranged, and - a jug-shaped attachment , which has a rotating first tool , wherein the mixer base and the jug-shaped attachment are designed to be separable from one another, and
A process for producing polycrystalline silicon using an apparatus for producing polycrystalline silicon comprising: a reactor for producing polycrystalline silicon, a coolant circulation path for cooling the reactor using hot water having a temperature higher than a standard boiling point, wherein the hot water discharged from the reactor is flushed to generate steam; and wherein said process comprises generating steam during growth of polycrystalline silicon while keeping the temperature of an inner wall surface of the reactor at not more than 370°C, wherein the inner wall surface of the reactor which contacts a process gas comprises a steel type containing a first alloy for which a value of a relational expression in mass content (% by mass) among chromium, nickel, and silicon, [Cr] + [Ni] - 1.5 [Si], is not less than 40%. a reactor for producing polycrystalline silicon, a coolant circulation path for cooling the reactor using hot water having a temperature higher than a standard boiling point, wherein the hot water discharged from the reactor is flushed to generate steam; and wherein said process comprises generating steam during growth of polycrystalline silicon while keeping the temperature of an inner wall surface of the reactor at not more than 370°C, wherein the inner wall surface of the reactor which contacts a process gas comprises a steel type containing a first alloy for which a value of a relational expression in mass content (% by mass) among chromium, nickel, and silicon, [Cr] + [Ni] - 1.5 [Si], is not less than 40%.
A method of controlling a plurality of lighting devices , the method comprising: - obtaining a 360 degree panoramic image, - rendering the 360 degree panoramic image partially on an image rendering device , - obtaining positions of the plurality of lighting devices relative to the image rendering device , - mapping the 360 degree panoramic image onto the plurality of lighting devices based on the positions of the plurality of lighting devices relative to the image rendering device , such that each lighting device is associated with a respective part of the 360 degree panoramic image, - determining , for each lighting device, a light setting based on an image characteristic of the respective part of the 360 degree image, and - controlling each lighting device according to the respective light setting, characterized in that the method further comprises - receiving an input indicative of a rotation of the 360 degree panoramic image relative to the image rendering device , and - adjusting the mapping of the 360 degree panoramic image onto the plurality of lighting devices in dependence on the rotation. - obtaining a 360 degree panoramic image, - rendering the 360 degree panoramic image partially on an image rendering device , - obtaining positions of the plurality of lighting devices relative to the image rendering device , - mapping the 360 degree panoramic image onto the plurality of lighting devices based on the positions of the plurality of lighting devices relative to the image rendering device , such that each lighting device is associated with a respective part of the 360 degree panoramic image, - determining , for each lighting device, a light setting based on an image characteristic of the respective part of the 360 degree image, and - controlling each lighting device according to the respective light setting, characterized in that the method further comprises - receiving an input indicative of a rotation of the 360 degree panoramic image relative to the image rendering device , and - adjusting the mapping of the 360 degree panoramic image onto the plurality of lighting devices in dependence on the rotation.