mhurhangee/patent-ind-claim-en huggingface dataset:
A parallel light generation device comprising: a light source to emit light; and a lens to convert light emitted from the light source and entered from an incident surface of the lens into parallel light and to emit the parallel light from an exit surface of the lens, the incident surface being a convex surface, the exit surface being a cylindrical surface, wherein, in a plane perpendicular to an optical axis of the lens, a direction in which the cylindrical surface has zero curvature is a direction of generatrix of the lens, and a direction in which the cylindrical surface has non-zero curvature and that is orthogonal to the direction of generatrix is a direction of curvature of the lens, and the light source is disposed at a focal position in the direction of generatrix on a side of the incident surface of the lens, and emits light toward the incident surface of the lens, the light having a difference between a divergence angle in the direction of generatrix of the lens and a divergence angle in the direction of curvature of the lens; characterized in that a light beam in the direction of curvature of the lens is condensed and diverged by the convex surface, so that a beam diameter of the light beam is made larger, and wherein the light beam whose beam diameter is made larger is emitted to an outside of the lens , after the divergence angle thereof is reduced by the convex surface having the curvature on the exit surface . a light source to emit light; and a lens to convert light emitted from the light source and entered from an incident surface of the lens into parallel light and to emit the parallel light from an exit surface of the lens, the incident surface being a convex surface, the exit surface being a cylindrical surface, wherein, in a plane perpendicular to an optical axis of the lens, a direction in which the cylindrical surface has zero curvature is a direction of generatrix of the lens, and a direction in which the cylindrical surface has non-zero curvature and that is orthogonal to the direction of generatrix is a direction of curvature of the lens, and the light source is disposed at a focal position in the direction of generatrix on a side of the incident surface of the lens, and emits light toward the incident surface of the lens, the light having a difference between a divergence angle in the direction of generatrix of the lens and a divergence angle in the direction of curvature of the lens; characterized in that a light beam in the direction of curvature of the lens is condensed and diverged by the convex surface, so that a beam diameter of the light beam is made larger, and wherein the light beam whose beam diameter is made larger is emitted to an outside of the lens , after the divergence angle thereof is reduced by the convex surface having the curvature on the exit surface .
Sampling device which has the following features: a) a core drill having a drill shaft , with a drill head disposed on a first end of the drill shaft , with a handle disposed on a second end of the drill shaft and with a centring ring disposed between the two ends of the drill shaft at a predetermined distance to the handle , which centring ring has an outer diameter , b) a drill pipe having a drill bit disposed on a first end of the drill pipe , with a handle disposed on a second end of the drill pipe , wherein the drill pipe has an inner diameter which corresponds to the outer diameter of the centring ring , characterised in that c) the handle of the core drill and the centring ring have the same outer diameters. a) a core drill having a drill shaft , with a drill head disposed on a first end of the drill shaft , with a handle disposed on a second end of the drill shaft and with a centring ring disposed between the two ends of the drill shaft at a predetermined distance to the handle , which centring ring has an outer diameter , b) a drill pipe having a drill bit disposed on a first end of the drill pipe , with a handle disposed on a second end of the drill pipe , wherein the drill pipe has an inner diameter which corresponds to the outer diameter of the centring ring , characterised in that c) the handle of the core drill and the centring ring have the same outer diameters.
An online extracorporeal photopheresis system comprising: (a) a disposable fluid circuit comprising: i. a processing chamber for separating whole blood into one or more components including mononuclear cells, ii. at least one storage container adapted to receive mononuclear cells wherein at least a portion of said container is transparent to light of a selected wavelength, (b) a separation device adapted to receive said processing chamber for effecting separation of said mononuclear cells from whole blood, the processing chamber being mounted thereon, (c) an irradiation device housed separately from said separation device , and adapted to receive said mononuclear cell storage container for treating said mononuclear cells with a selected dose of light, the storage container being mounted thereon; (d) a controller separate from the separation device and the irradiation device and configured for communication therewith, so that operation of both the separation device and the irradiation device can be remotely controlled by the controller; wherein said disposable fluid circuit provides a sterile closed pathway between the separation chamber mounted in said separation device and said storage container mounted in irradiation device . (a) a disposable fluid circuit comprising: i. a processing chamber for separating whole blood into one or more components including mononuclear cells, ii. at least one storage container adapted to receive mononuclear cells wherein at least a portion of said container is transparent to light of a selected wavelength, i. a processing chamber for separating whole blood into one or more components including mononuclear cells, ii. at least one storage container adapted to receive mononuclear cells wherein at least a portion of said container is transparent to light of a selected wavelength, (b) a separation device adapted to receive said processing chamber for effecting separation of said mononuclear cells from whole blood, the processing chamber being mounted thereon, (c) an irradiation device housed separately from said separation device , and adapted to receive said mononuclear cell storage container for treating said mononuclear cells with a selected dose of light, the storage container being mounted thereon; (d) a controller separate from the separation device and the irradiation device and configured for communication therewith, so that operation of both the separation device and the irradiation device can be remotely controlled by the controller;
A lower part protection film for an OLED panel, comprising: a base-carrier film comprising a base film including a first adhesive layer disposed on an upper surface of a first base material and a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer ; and a liner film adhered using the first adhesive layer , wherein the first adhesive layer and the second adhesive layer comprise an antistatic agent, at least one surface of each of the liner film , the first base material , and the second base material is antistatic treated, and wherein the lower part protection film for an OLED panel satisfies both Conditions and below: a reflectance of the lower part protection film for an OLED panel is 12 to 18% at a wavelength of 400 to 700 nm; and a reflectance ratio between the liner film and the base-carrier film at a wavelength of 400 to 700 nm is 1 : 0.3 to 3.0. a base-carrier film comprising a base film including a first adhesive layer disposed on an upper surface of a first base material and a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer ; and a liner film adhered using the first adhesive layer , wherein the first adhesive layer and the second adhesive layer comprise an antistatic agent, at least one surface of each of the liner film , the first base material , and the second base material is antistatic treated, and wherein the lower part protection film for an OLED panel satisfies both Conditions and below: a reflectance of the lower part protection film for an OLED panel is 12 to 18% at a wavelength of 400 to 700 nm; and a reflectance ratio between the liner film and the base-carrier film at a wavelength of 400 to 700 nm is 1 : 0.3 to 3.0. a reflectance of the lower part protection film for an OLED panel is 12 to 18% at a wavelength of 400 to 700 nm; and a reflectance ratio between the liner film and the base-carrier film at a wavelength of 400 to 700 nm is 1 : 0.3 to 3.0.
A composition comprising a first and a second compound, wherein said first compound is a vasoconstrictive compound and said second compound is a compound specifically targeting a Staphylococcus cell and wherein said second compound comprises one or more enzymatic active domains exhibiting peptidoglycan hydrolase activity.
Sensor device for the detection of the rotary position of a rotating shaft which is mounted rotatably in a housing, with a transmitter magnet which is fastened on a carrier part which is connected to the shaft , the carrier part being a carrier pin, and the transmitter magnet being of annular configuration and enclosing the carrier pin , characterized in that the transmitter magnet has a central recess which is at least partially smaller than the external diameter of the carrier part , and the carrier part is inserted into the recess of the transmitter magnet and is connected in an integrally joined and positively locking manner by means of pressing in and ultrasonic welding.
A fitting assembly for connection to a flexible duct , the fitting assembly comprising: a ferrule configured for insertion into an open end of the flexible duct , the ferrule comprising: a sidewall defining a minor diameter (D min ) and a major diameter (D maj ) spaced apart from the minor diameter (D min ); and a ferrule thread extending radially outward from the sidewall ; a fitting removably connected to the ferrule , wherein the minor diameter (D min ) is less than or equal to an inner diameter of the flexible duct with the flexible duct in an untensioned state, wherein the major diameter (D maj ) is greater than the inner diameter of the flexible duct with the flexible duct fully elongated, wherein one of the fitting and the ferrule defines a recess , wherein the other of the fitting and the ferrule comprises a tab configured to extend into the recess , wherein one of the recess and the tab comprises an edge , characterized in that the other of the recess and the tab comprises a ramped surface extending in a circumferential direction of the ferrule , such that rotation of the ferrule relative to the fitting causes the ramped surface to engage the edge , thereby radially deflecting the tab and disengaging the tab from the recess . a ferrule configured for insertion into an open end of the flexible duct , the ferrule comprising: a sidewall defining a minor diameter (D min ) and a major diameter (D maj ) spaced apart from the minor diameter (D min ); and a ferrule thread extending radially outward from the sidewall ; a sidewall defining a minor diameter (D min ) and a major diameter (D maj ) spaced apart from the minor diameter (D min ); and a ferrule thread extending radially outward from the sidewall ; a fitting removably connected to the ferrule , wherein the minor diameter (D min ) is less than or equal to an inner diameter of the flexible duct with the flexible duct in an untensioned state, wherein the major diameter (D maj ) is greater than the inner diameter of the flexible duct with the flexible duct fully elongated, wherein one of the fitting and the ferrule defines a recess , wherein the other of the fitting and the ferrule comprises a tab configured to extend into the recess , wherein one of the recess and the tab comprises an edge , characterized in that the other of the recess and the tab comprises a ramped surface extending in a circumferential direction of the ferrule , such that rotation of the ferrule relative to the fitting causes the ramped surface to engage the edge , thereby radially deflecting the tab and disengaging the tab from the recess .
Cylindrical thermal protection sheath (1; 60) for covering a length of an elongated structural element , comprising a flexible sandwich-like composite insulation system which has a thermal conductivity lower or equal to 0.11 W/m.°C at 800°C and a thickness lower than 50 millimeters, said sandwich-like composite insulation system comprising at least: - an outer first layer having a protective outer side, - a second layer being a fabric made from filaments and reinforcement yarns, said second layer covering the inner side of said outer first layer , - a third layer covering the inner side of the second layer and comprising a thermal insulation layer essentially made from fibers, and - a fourth layer covering the inner side of the third layer and being a flexible micro-porous thermal insulation material. - an outer first layer having a protective outer side, - a second layer being a fabric made from filaments and reinforcement yarns, said second layer covering the inner side of said outer first layer , - a third layer covering the inner side of the second layer and comprising a thermal insulation layer essentially made from fibers, and - a fourth layer covering the inner side of the third layer and being a flexible micro-porous thermal insulation material.
An electric motor drive device comprising: a booster circuit to boost a voltage value of a bus voltage to be applied to a direct-current bus; an inverter to apply an alternating-current voltage having a variable frequency and a variable voltage value to an electric motor , the bus voltage being applied to the inverter ; a connection switching device to switch a connection state of a winding of the electric motor ; and a control device to control operations of the booster circuit , the inverter , and the connection switching device , characterized in that the control device is adapted to perform zero current control after stopping a boosting operation of the booster circuit to control the inverter such that a current flowing through the electric motor or the connection switching device is zero, wherein this zero current control is performed during operation of the electric motor without stopping the electric motor , during which zero current control the control device operates the connection switching device to switch the connection state. a booster circuit to boost a voltage value of a bus voltage to be applied to a direct-current bus; an inverter to apply an alternating-current voltage having a variable frequency and a variable voltage value to an electric motor , the bus voltage being applied to the inverter ; a connection switching device to switch a connection state of a winding of the electric motor ; and a control device to control operations of the booster circuit , the inverter , and the connection switching device ,
Method for warning other traffic participants of pedestrians by means of a motor vehicle having at least one environment-detecting means, at least one optical and/or acoustic warning means for giving notice to other traffic participants, and a control device, comprising the following steps: - Detecting environmental data by means of the environment-detecting means, - evaluating the environmental data by means of the control device, - checking at least one triggering condition, if a pedestrian is detected in the environmental data, - actuating the warning means upon fulfilment of the triggering condition, characterised in that the triggering condition is that the pedestrian has a size, which falls below a predetermined minimum size, wherein the minimum size is determined by evaluation of the environmental data. - Detecting environmental data by means of the environment-detecting means, - evaluating the environmental data by means of the control device, - checking at least one triggering condition, if a pedestrian is detected in the environmental data, - actuating the warning means upon fulfilment of the triggering condition,
A delivery system for delivering material to a target site , said delivery system comprising: a hand-held delivery device comprising a grasping portion being graspable by an operator, the delivery device having an opening and being configured to deliver the material to the target site through the opening ; a navigation system (104, 104") being configured to track said delivery device and the target site and to generate position signals; and a controller (106, 106") in communication with said delivery device and said navigation system (104, 104") and being configured to define a virtual boundary associated with the target site and to control movement of said opening with respect to the virtual boundary based on said position signals from said navigation system (104, 104"), characterized in that the delivery system further comprises at least two actuators operatively coupled to said delivery device and configured to move said opening of said delivery device in at least two degrees of freedom with respect to the grasping portion, wherein said controller is further configured to control movement of said opening by controlling said at least two actuators to move said opening . a hand-held delivery device comprising a grasping portion being graspable by an operator, the delivery device having an opening and being configured to deliver the material to the target site through the opening ; a navigation system (104, 104") being configured to track said delivery device and the target site and to generate position signals; and a controller (106, 106") in communication with said delivery device and said navigation system (104, 104") and being configured to define a virtual boundary associated with the target site and to control movement of said opening with respect to the virtual boundary based on said position signals from said navigation system (104, 104"), characterized in that the delivery system further comprises at least two actuators operatively coupled to said delivery device and configured to move said opening of said delivery device in at least two degrees of freedom with respect to the grasping portion, wherein said controller is further configured to control movement of said opening by controlling said at least two actuators to move said opening .
An injection stretch blow molded (ISBM) container comprising: a surface having: a static coefficient of friction (COF) of 0.15 to 0.21; and a dynamic COF of 0.06 to 0.1, wherein the coefficient of friction can be measured against steel and at a normal force of 16.71 N applied to the surface, wherein the COF between the inner surface and a steel plate can be measured by attaching a container wall portion of size 0,0635 m x 0,0254 m (2.5" x1") to a 0,0635 m x 0,0635 m (2.5" x 2.5") sled, wherein the static COF can be calculated from the force required at the start of movement, and the dynamic COF can be calculated from the average force required to pull a distance of 0,0508 m to 0,1524 m (2" to 6"); and a polymeric composition comprising a high density polyethylene (HDPE) having: a dispersity (Mw/Mn) of 9 or higher as measured by GPC; a MI2 of 1 g/10 min or higher as measured by AS TM D-1238; 190° C./2.16 kg; and an environmental stress crack resistance (ESCR) at 100% Igepal of 〉 150 hours as measured by ASTM D-1693, B, wherein the surface comprises a water contact angle of 76° or higher for up to three minutes after wetting of the surface with a water drop having a diameter of 14 to 16 mm.
An automatically actuable pneumatic tool comprising: a pneumatic tool having a trigger valve pin ; and a pneumatic tool actuation device which comprises: a housing having a piston drive chamber and an air inlet chamber formed therein, the housing having a fastener receiving opening , wherein the fastener receiving opening is configured to attach the actuation device to the pneumatic tool; a piston disposed within the piston drive chamber and configured to slidably move within the piston drive chamber, the piston having a piston head and a support plate (P), a shaft (S) and an annular groove (G) formed between the piston head and the support plate; and an O-ring, wherein the O-ring is disposed in the annular groove and wherein the O-ring forms a seal between the piston and the piston drive chamber, characterized in that said pneumatic tool is not provided with a trigger and in that said piston is configured to actuate the trigger valve pin directly. a pneumatic tool having a trigger valve pin ; and a pneumatic tool actuation device which comprises: a housing having a piston drive chamber and an air inlet chamber formed therein, the housing having a fastener receiving opening , wherein the fastener receiving opening is configured to attach the actuation device to the pneumatic tool; a piston disposed within the piston drive chamber and configured to slidably move within the piston drive chamber, the piston having a piston head and a support plate (P), a shaft (S) and an annular groove (G) formed between the piston head and the support plate; and an O-ring, wherein the O-ring is disposed in the annular groove and wherein the O-ring forms a seal between the piston and the piston drive chamber, characterized in that said pneumatic tool is not provided with a trigger and in that said piston is configured to actuate the trigger valve pin directly. a housing having a piston drive chamber and an air inlet chamber formed therein, the housing having a fastener receiving opening , wherein the fastener receiving opening is configured to attach the actuation device to the pneumatic tool; a piston disposed within the piston drive chamber and configured to slidably move within the piston drive chamber, the piston having a piston head and a support plate (P), a shaft (S) and an annular groove (G) formed between the piston head and the support plate; and an O-ring, wherein the O-ring is disposed in the annular groove and wherein the O-ring forms a seal between the piston and the piston drive chamber, characterized in that said pneumatic tool is not provided with a trigger and in that said piston is configured to actuate the trigger valve pin directly.