mhurhangee/patent-ind-claim-en huggingface dataset:
Optoelectronic semiconductor component , comprising a multiplicity of active regions configured to emit electromagnetic radiation, wherein the active regions - are arranged spaced apart from each other, - have a main extension direction (z), - have a core region , an active layer covering the core region at least in directions transverse to the main extension direction (z) of the active region , and - have a cover layer which covers the active layer at least in directions transverse to the main extension direction (z) of the active region , wherein - each active region has a current spreading layer at least partly covering sidewalls of the respective active region , wherein each of the current spreading layers comprises a transparent conductive oxide and is in electrical contact with the cover layer , and - a metal layer directly adjoins part of the current spreading layers , wherein the metal layer electrically interconnects the current spreading layers of the active regions , characterized in that the metal layer directly adjoins part of the active regions , wherein the metal layer comprises a metal that is suited to form an ohmic contact with the current spreading layers and that is not suited to form an ohmic contact with the core regions . - are arranged spaced apart from each other, - have a main extension direction (z), - have a core region , an active layer covering the core region at least in directions transverse to the main extension direction (z) of the active region , and - have a cover layer which covers the active layer at least in directions transverse to the main extension direction (z) of the active region , wherein - each active region has a current spreading layer at least partly covering sidewalls of the respective active region , wherein each of the current spreading layers comprises a transparent conductive oxide and is in electrical contact with the cover layer , and - a metal layer directly adjoins part of the current spreading layers , wherein the metal layer electrically interconnects the current spreading layers of the active regions ,
A substrate of individual blank objects , the individual blank objects are annular arranged and interconnected side-by-side to form a wheel having a circumference and a common centre, wherein the individual blank objects have male mounting parts and/or female mounting parts configured for mounting the substrate in a mould assembly to be at least partly overmoulded, characterised in that at least a part of the individual blank object has an overmoulding of an overmoulding second component material to provide a medicament reservoir on at least a part of the substrate .
Pipe and sewer cleaning machine , comprising a drive assembly with an electric motor and a housing , wherein the drive assembly is arranged inside a housing volume of the housing , wherein the drive assembly and the housing are adapted to one another in such a way that a cleaning spiral can be guided through the housing and the drive assembly and can be driven by the electric motor , and wherein the pipe and sewer cleaning machine comprises a battery receptacle , to which an exchangeable battery can be detachably fixed, so that the exchangeable battery can be brought into electrically conductive connection with terminals of the battery receptacle , wherein the battery receptacle is connected to the electric motor in such a way that the electric motor can be supplied with energy by the exchangeable battery and can be driven by this energy, characterized in that the pipe and sewer cleaning machine comprises a battery slot which penetrates the housing , wherein the battery slot comprises a slot volume extending between a first slot opening and a second slot opening along a longitudinal axis of the battery slot and a slot wall extending around the slot volume parallel to the longitudinal axis , wherein the slot openings are oriented with slot recesses formed on opposite surface portions of the housing in such a way that the slot openings and the slot recesses are substantially congruent, wherein the slot volume is separated from the housing volume by the slot wall , wherein the battery receptacle projects into the slot volume at least in sections and wherein the battery receptacle and the battery slot are adapted to one another and to the exchangeable battery in such a way that the exchangeable battery can be inserted, at least in sections, into the slot volume through at least one of the slot openings and can be secured to the battery receptacle as intended.
An elastic fabric with easy set and shape enhance property, comprising a first fiber type, a second fiber type, and a third fiber type; said first fiber type being rigid, non-elastic fiber, said second fiber type being elastic fiber, and said third fiber type being low-melt fiber; said rigid fiber forming the main body of the fabrics; wherein i) the low-melt fiber comprises a low melt polymer selected from the group consisting of polyester, polyamide, polyolefin and polypropylene; ii) the melting temperature of the low-melt fiber is between 60°C and 200°C; iii) the content of low-melt fiber is not less than 0.5 % and not higher than 55% of the fabric weight; and the elastic fabric comprises a dual core spun yarn with said rigid, non-elastic fiber as sheath and said elastic fiber and said low-melt fiber as core. i) the low-melt fiber comprises a low melt polymer selected from the group consisting of polyester, polyamide, polyolefin and polypropylene; ii) the melting temperature of the low-melt fiber is between 60°C and 200°C; iii) the content of low-melt fiber is not less than 0.5 % and not higher than 55% of the fabric weight; and the elastic fabric comprises a dual core spun yarn with said rigid, non-elastic fiber as sheath and said elastic fiber and said low-melt fiber as core.
A power tool comprising: a housing ; an electric motor disposed within the housing; a power switch circuit disposed between a power supply and the electric motor, and a main controller arranged to control a switching operation of the power switch circuit to regulate a speed of the motor , and is configured to monitor at least one of a speed or a rotational direction of the electric motor and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor; characterised in that the power tool further comprises: a main solid-state switch arranged to activate a supply of power to the electric motor ; a secondary solid-state switch activated via the main controller and coupled to a gate of the main solid-state switch , and a redundant controller configured to monitor at least one of the speed or the rotational direction of the electric motor independently from the main controller and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor. a housing ; an electric motor disposed within the housing; a power switch circuit disposed between a power supply and the electric motor, and a main controller arranged to control a switching operation of the power switch circuit to regulate a speed of the motor , and is configured to monitor at least one of a speed or a rotational direction of the electric motor and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor; characterised in that the power tool further comprises: a main solid-state switch arranged to activate a supply of power to the electric motor ; a secondary solid-state switch activated via the main controller and coupled to a gate of the main solid-state switch , and a redundant controller configured to monitor at least one of the speed or the rotational direction of the electric motor independently from the main controller and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor. a main solid-state switch arranged to activate a supply of power to the electric motor ; a secondary solid-state switch activated via the main controller and coupled to a gate of the main solid-state switch , and a redundant controller configured to monitor at least one of the speed or the rotational direction of the electric motor independently from the main controller and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor.
A wet electrostatic precipitator for treating a gas stream , comprising an electrostatic chamber having an inlet through which a gas stream to be treated is conveyed into the chamber and an outlet through which the treated gas stream is conveyed from the chamber, an inner electrode and an outer electrode arranged to produce an electrostatically charged field therebetween when a high electrical potential is applied between said inner and outer electrodes, a liquid inlet for conveying liquid into the chamber for providing a liquid curtain over an inner surface of the outer electrode, such that particulates in the gas stream become electrically charged when passing through the field and are drawn towards the outer electrode, where they are entrained by the liquid curtain and removed from the gas stream, wherein the inner electrode comprises a conduit through which a purge gas can be conveyed and said inner electrode further comprises at least one opening located towards the chamber inlet arranged to convey purge gas from the conduit into the chamber generally laterally to the flow of the gas stream through the chamber, characterized in that the wet electrostatic precipitator further comprises a control configured for controlling the flow of purge gas through the duct of the inner electrode such that in a first condition of the precipitator purge gas is conveyed through the duct at a first flow rate for directing the gas stream towards the outer electrode and/or disrupting the gas stream and in a second, cleaning, condition purge gas is conveyed through the duct at a second higher flow rate sufficient to perturb the liquid curtain such that liquid is urged against the accumulated deposits on said inner electrode for removing said deposits accumulated in the region of said at least one opening in said inner electrode.
A communication system , comprising: a network device including a plurality of communication ports ; a plurality of communication nodes coupled with the network device through the plurality of communication ports; and a controller , wherein the controller is configured to generate a security key and to send a new configuration along with a message authentication code to the network device, wherein the said message authentication code is generated by the said controller using a data in the new configuration and the security key, and wherein the controller is further configured to break the security key into parts and send the parts of the security key to the plurality of communication nodes such that each of the plurality of communication nodes receives one part of the parts of the security key; wherein the network device is configured to retrieve the parts of the secret key from the plurality of communication nodes, wherein the network device includes a network fabrics ; wherein the network fabrics is configured to assemble the secret key from the retrieved parts and to generate a new message authentication code using data in the new configuration and the assembled security key; wherein the network device is configured to use the assembled secret key to authenticate the new configuration; and wherein the fabrics is configured to compare the new message authentication code with the message authentication code and to deploy the new configuration upon a successful comparison. a network device including a plurality of communication ports ; a plurality of communication nodes coupled with the network device through the plurality of communication ports; and a controller , wherein the controller is configured to generate a security key and to send a new configuration along with a message authentication code to the network device, wherein the said message authentication code is generated by the said controller using a data in the new configuration and the security key, and wherein the controller is further configured to break the security key into parts and send the parts of the security key to the plurality of communication nodes such that each of the plurality of communication nodes receives one part of the parts of the security key; wherein the network device is configured to retrieve the parts of the secret key from the plurality of communication nodes, wherein the network device includes a network fabrics ; wherein the network fabrics is configured to assemble the secret key from the retrieved parts and to generate a new message authentication code using data in the new configuration and the assembled security key; wherein the network device is configured to use the assembled secret key to authenticate the new configuration; and wherein the fabrics is configured to compare the new message authentication code with the message authentication code and to deploy the new configuration upon a successful comparison.
A liquid formulation comprising: a) a poxvirus, in particular a vaccinia virus, b) a pharmaceutically acceptable buffer, c) a monovalent salt, d) a pharmaceutically acceptable disaccharide or sugar alcohol, and e) a pharmaceutically acceptable chelating agent, wherein the pH of the formulation is comprised between 6.5 and 8.5. a) a poxvirus, in particular a vaccinia virus, b) a pharmaceutically acceptable buffer, c) a monovalent salt, d) a pharmaceutically acceptable disaccharide or sugar alcohol, and e) a pharmaceutically acceptable chelating agent, wherein the pH of the formulation is comprised between 6.5 and 8.5.
An automatic winder comprising a compressed air consumption output device that outputs compressed air consumption of the automatic winder including a plurality of compressed air consuming devices and a plurality of winding units for winding yarns comprising: a storage section that stores compressed air consumption per multiplication unit while each of the compressed air consuming devices uses compressed air; an output section that calculates and outputs the compressed air consumption by multiplication using the compressed air consumption per multiplication unit for each of the compressed air consuming devices ; and a display unit that displays the compressed air consumption outputted by the output section . a storage section that stores compressed air consumption per multiplication unit while each of the compressed air consuming devices uses compressed air; an output section that calculates and outputs the compressed air consumption by multiplication using the compressed air consumption per multiplication unit for each of the compressed air consuming devices ; and a display unit that displays the compressed air consumption outputted by the output section .
A transversal sealing system comprising an induction heat sealing device for providing a transversal sealing of a tube of packaging material, said induction heat sealing device comprising a main body comprising a first and a second sealing surface arranged to face the packaging material during a sealing state (S), a recess provided in the main body for receiving a knife during a cutting state (C), wherein the first and second sealing surface are placed on opposite sides of the recess , and an electric conductor arrangement , provided in the main body , for inducing eddy currents in the packaging material during the sealing state (S), wherein at least part of the first and second sealing surface are inclined and provided with a first and a second top section , respectively, such that particles in a product held inside the tube are pushed away from a sealing band of the tube as the first and second top section are pressed towards the sealing band, and a counter-pressure arrangement arranged opposite to the induction heat sealing device , wherein the induction heat sealing device and the counter-pressure arrangement is arranged, in operation, such that the tube can be fed between the two, wherein the counter-pressure arrangement comprises a first and a second counter-pressure element provided with a first and a second pressure pad surface , respectively, wherein the first and second counter-pressure pad surfaces are convex- shaped. a main body comprising a first and a second sealing surface arranged to face the packaging material during a sealing state (S), a recess provided in the main body for receiving a knife during a cutting state (C), wherein the first and second sealing surface are placed on opposite sides of the recess , and an electric conductor arrangement , provided in the main body , for inducing eddy currents in the packaging material during the sealing state (S), wherein at least part of the first and second sealing surface are inclined and provided with a first and a second top section , respectively, such that particles in a product held inside the tube are pushed away from a sealing band of the tube as the first and second top section are pressed towards the sealing band, and a counter-pressure arrangement arranged opposite to the induction heat sealing device , wherein the induction heat sealing device and the counter-pressure arrangement is arranged, in operation, such that the tube can be fed between the two, wherein the counter-pressure arrangement comprises a first and a second counter-pressure element provided with a first and a second pressure pad surface , respectively, wherein the first and second counter-pressure pad surfaces are convex- shaped.
Sealing element made from an elastomer material, which is provided for fastening to a seal support, in particular on a vehicle body, wherein the sealing element has a coating by way of which said sealing element is weldable to an element for the mechanical connection of the sealing element to the seal support , or to the seal support per se, characterized in that the coating is a film applied by lamination, has a plurality of layers and, in each case as an external layer, comprises one layer of polyethylene (PE) and one layer of polyamide (PA).
An image processing apparatus comprising: estimation means configured to estimate based on a feature of a target specimen, a number of target cells included in the target specimen; setting means configured to set based on the estimated number of target cells, detection parameters regarding a process of detecting the target cells in the target specimen, wherein the detection parameters include information defining whether each of a plurality of samples generated from the target specimen serves as a detection target of detecting whether the target cells are included and information defining a condition for setting a determination target region for a captured image of a sample for determining whether target cells are included, and determination means configured to determine for a captured image of a sample serving as a detection target based on the detection parameters, whether the target cells are included in a determination target region set based on the detection parameters. estimation means configured to estimate based on a feature of a target specimen, a number of target cells included in the target specimen; setting means configured to set based on the estimated number of target cells, detection parameters regarding a process of detecting the target cells in the target specimen, wherein the detection parameters include information defining whether each of a plurality of samples generated from the target specimen serves as a detection target of detecting whether the target cells are included and information defining a condition for setting a determination target region for a captured image of a sample for determining whether target cells are included, and determination means configured to determine for a captured image of a sample serving as a detection target based on the detection parameters, whether the target cells are included in a determination target region set based on the detection parameters.
A sterilized medical device assembly comprising: a medical device having a hydrophilic surface on at least a part thereof; a package forming a closed compartment accommodating said medical device, wherein said medical device is arranged in an activated state in said package with said hydrophilic surface being wetted with a wetting fluid; and a wetting liquid being freely arranged in said closed compartment of the package, and in direct contact with said hydrophilic surface of the medical device; wherein said medical device assembly is steam sterilized characterized in that a volume of said wetting liquid corresponds to between 0.01% and 10% of a volume of said closed compartment. a medical device having a hydrophilic surface on at least a part thereof; a package forming a closed compartment accommodating said medical device, wherein said medical device is arranged in an activated state in said package with said hydrophilic surface being wetted with a wetting fluid; and a wetting liquid being freely arranged in said closed compartment of the package, and in direct contact with said hydrophilic surface of the medical device; wherein said medical device assembly is steam sterilized characterized in that a volume of said wetting liquid corresponds to between 0.01% and 10% of a volume of said closed compartment.
An oil-free reciprocating piston air compressor comprising: an air inlet and a compressed air outlet ; at least one piston stage (14a, b, c) connected to the air inlet by an inlet valve and the compressed air outlet by an outlet valve ; a motor driving the piston stage (14a, b, c); an adjustable throttle connected between the air inlet and the inlet valve , characterized in that the compressor further comprises a controller controlling the motor and the throttle, the controller controlling on/off cycling of the motor based on sensed conditions through sensor input ; whereby the controller is configured to substantially close the throttle to unload the piston stage (14a, b, c) for a restart of the motor . an air inlet and a compressed air outlet ; at least one piston stage (14a, b, c) connected to the air inlet by an inlet valve and the compressed air outlet by an outlet valve ; a motor driving the piston stage (14a, b, c); an adjustable throttle connected between the air inlet and the inlet valve , characterized in that the compressor further comprises a controller controlling the motor and the throttle, the controller controlling on/off cycling of the motor based on sensed conditions through sensor input ; whereby the controller is configured to substantially close the throttle to unload the piston stage (14a, b, c) for a restart of the motor .