mhurhangee/patent-ind-claim-en huggingface dataset:
An applicator device , comprising: a photo-active formulation assembly including one or a plurality of dispenser portions and one or more photo-activatable formulation reservoirs containing a photo-activatable formulation , the photo-active formulation assembly being operable to dispense the photo-activatable formulation from the one or more photo-activatable formulation reservoirs onto one or more regions of a biological surface; and a photo-dose assembly operably coupled to the photo-active formulation assembly, the photo-dose assembly including at least one illuminator oriented to focus electromagnetic energy onto one or more focal regions of a biological surface, the focused electromagnetic energy is of a character and for a duration sufficient to photo-activate the photo-activatable formulation dispensed from the one or more photo-activatable formulation reservoirs; wherein the photo-dose assembly includes a light ring located substantially concentric with the photo-active formulation assembly, wherein the light ring is located such that electromagnetic energy emitted from the at least one illuminator of the photo-dose assembly passes through the light ring and is directed toward the one or more focal regions of a biological surface, characterized in that the light ring includes a lens, a diffuser, or a grating to focus the electromagnetic energy. a photo-active formulation assembly including one or a plurality of dispenser portions and one or more photo-activatable formulation reservoirs containing a photo-activatable formulation , the photo-active formulation assembly being operable to dispense the photo-activatable formulation from the one or more photo-activatable formulation reservoirs onto one or more regions of a biological surface; and a photo-dose assembly operably coupled to the photo-active formulation assembly, the photo-dose assembly including at least one illuminator oriented to focus electromagnetic energy onto one or more focal regions of a biological surface, the focused electromagnetic energy is of a character and for a duration sufficient to photo-activate the photo-activatable formulation dispensed from the one or more photo-activatable formulation reservoirs; wherein the photo-dose assembly includes a light ring located substantially concentric with the photo-active formulation assembly, wherein the light ring is located such that electromagnetic energy emitted from the at least one illuminator of the photo-dose assembly passes through the light ring and is directed toward the one or more focal regions of a biological surface, characterized in that the light ring includes a lens, a diffuser, or a grating to focus the electromagnetic energy.
Injection moulding machine with a system for monitoring the position of the closing unit of the injection moulding machine when bridging a light grid serving as a safeguard of the closing unit and the tool area of the injection moulding machine , wherein the injection moulding machine comprises at least one mould tool consisting of at least two parts that encloses at least one mould cavity, wherein the injection moulding machine comprises a programmable logic controller PLC for controlling the production sequence in the machine and the movement sequences during closing and opening of the mould tool are detected by sensors and their signals are processed in the PLC, wherein the PLC comprises a movement monitoring module MOC for indirect position monitoring of the closing unit and of the position of the mould tool parts relative to one another, wherein path measuring rods are provided as sensors, the signals of which are processed via the MOC in the PLC, wherein one of the path measuring rods is responsible for monitoring the closing movement of the mould tool and two other measuring rods interacting with magnets serve to monitor the positions of the mould parts relative to the mould part , namely to monitor the gap width of the spacing gap between the mould parts , wherein the mould parts have to maintain a distance from one another following the build-up of closing pressure and the mould filling process in the following bumping step, to which distance a certain maximum value is assigned, upon exceeding of which the injection moulding machine is switched off.
A method for satellite in-orbit communication payload verification, wherein: prior to launch of the satellite : configuring, by the satellite, the operating parameters of a communication payload of the satellite to a specific state, said state including a payload input being configured to an RF termination or off-line, resulting in a thermal noise signal being internally generated by the communication payload; and processing, by the satellite, the thermal noise signal to generate a baseline data set; following launch of the satellite , configuring, by the satellite, operating parameters of the communication payload to the same specific state, resulting in an in-orbit thermal noise signal being internally generated by the communication payload of the satellite; and processing and transmitting said in-orbit thermal noise signal from the satellite to a ground station ; receiving, by the ground station, the transmitted in-orbit thermal noise signal; and comparing, by the ground station, the received in-orbit thermal noise signal to the baseline data set for the same communication payload state, to determine whether performance and functionality of the communication payload has changed. configuring, by the satellite, the operating parameters of a communication payload of the satellite to a specific state, said state including a payload input being configured to an RF termination or off-line, resulting in a thermal noise signal being internally generated by the communication payload; and processing, by the satellite, the thermal noise signal to generate a baseline data set; following launch of the satellite , configuring, by the satellite, operating parameters of the communication payload to the same specific state, resulting in an in-orbit thermal noise signal being internally generated by the communication payload of the satellite; and processing and transmitting said in-orbit thermal noise signal from the satellite to a ground station ; receiving, by the ground station, the transmitted in-orbit thermal noise signal; and comparing, by the ground station, the received in-orbit thermal noise signal to the baseline data set for the same communication payload state, to determine whether performance and functionality of the communication payload has changed. processing and transmitting said in-orbit thermal noise signal from the satellite to a ground station ; receiving, by the ground station, the transmitted in-orbit thermal noise signal; and comparing, by the ground station, the received in-orbit thermal noise signal to the baseline data set for the same communication payload state, to determine whether performance and functionality of the communication payload has changed.
A method of producing shaped food products, the method comprising: providing a cutting apparatus comprising at least two sequential knives having different radial positions in reference to radial distances of the sequential knives of the cutting apparatus, each of the sequential knives having a corrugated shape having peaks and valleys; arranging the sequential knives to be 180 degrees out of phase alignment and to define gaps in the radial direction between the peaks of a leading knife of the sequential knives and the valleys of a trailing knife of the sequential knives ; and operating the cutting apparatus to produce a large-amplitude food product slice having a periodic cross-sectional shape comprising valleys on opposite sides of the food product slice that define web portions therebetween and peaks on opposite sides of the food product slice that define second portions between the web portions, the web portions being defined by the gaps between the leading and trailing knives to have cross-sectional thicknesses in the radial direction that are less than cross-sectional thicknesses of the second portions . providing a cutting apparatus comprising at least two sequential knives having different radial positions in reference to radial distances of the sequential knives of the cutting apparatus, each of the sequential knives having a corrugated shape having peaks and valleys; arranging the sequential knives to be 180 degrees out of phase alignment and to define gaps in the radial direction between the peaks of a leading knife of the sequential knives and the valleys of a trailing knife of the sequential knives ; and operating the cutting apparatus to produce a large-amplitude food product slice having a periodic cross-sectional shape comprising valleys on opposite sides of the food product slice that define web portions therebetween and peaks on opposite sides of the food product slice that define second portions between the web portions, the web portions being defined by the gaps between the leading and trailing knives to have cross-sectional thicknesses in the radial direction that are less than cross-sectional thicknesses of the second portions .
A printer for printing on a medium , the printer comprising: a medium support surface for supporting the medium a print head fastening for fastening a print head facing the medium support surface; a guide extending over the medium support surface a scanning print carriage being movable along the guide in a scanning direction (Y) to move the print head fastening; and, a transporter for transporting the medium and the scanning print carriage with respect to each other in a transport direction (X) parallel to the medium support surface and substantially perpendicular to the scanning direction (Y); wherein the printer comprises a suspension structure connecting the print head fastening to the scanning print carriage while allowing movement of the print head fastening with respect to the scanning print carriage in a direction (X) parallel to the transport direction, wherein the suspension structure is elastically deformable and supports the print head fastening for enabling frictionless movement of the print head fastening in said transport direction (X), characterized in that the suspension structure comprises a leaf spring for providing a first elasticity in the direction parallel to the transport direction (X) and a second elasticity in the scanning direction (Y), wherein the first elasticity is higher than the second elasticity. a medium support surface for supporting the medium a print head fastening for fastening a print head facing the medium support surface; a guide extending over the medium support surface a scanning print carriage being movable along the guide in a scanning direction (Y) to move the print head fastening; and, a transporter for transporting the medium and the scanning print carriage with respect to each other in a transport direction (X) parallel to the medium support surface and substantially perpendicular to the scanning direction (Y); wherein the printer comprises a suspension structure connecting the print head fastening to the scanning print carriage while allowing movement of the print head fastening with respect to the scanning print carriage in a direction (X) parallel to the transport direction, wherein the suspension structure is elastically deformable and supports the print head fastening for enabling frictionless movement of the print head fastening in said transport direction (X), characterized in that the suspension structure comprises a leaf spring for providing a first elasticity in the direction parallel to the transport direction (X) and a second elasticity in the scanning direction (Y), wherein the first elasticity is higher than the second elasticity.
Locking device with a locking part and a lock , wherein the locking part has a locking pin with a recess and wherein the lock has an opening for receiving the locking pin and a locking bolt movable between a locking position and an unlocking position for selective engagement in the recess of the locking pin , so that, in a locking position, a stop is formed by the locking bolt and the locking pin , characterized in that the lock has an electric drive , a threaded spindle connected to the electric drive and a spring element , the spring element engaging with a first section with the threaded spindle and being connected to a second section as a driver to the locking bolt .
A device for applying a properly formatted trace of glue to semi-finished packaging products, having a discharge head , which comprises a plurality of glue outlet openings , wherein one glue valve (3, Va-f) is assigned to each glue outlet opening , having a glue guiding system (20, 21, 23a-f, 24, 25), with which the glue can be guided via the respective glue valve (3, Va-f) to the respective glue outlet opening , and having a control device, characterized in that a pressure sensor (DSc) is integrated in each glue valve, wherein with each pressure sensor the pressure in the glue guiding system (20, 21, 23a-f, 24, 25) can be measured in the glue flow direction behind the respective glue valve (3, Va-f), and that the control device is configured in such a manner that the time course of the measured values of the respective pressure sensor (DS) is compared with a target course of the corresponding value and wherein a change in the control of the valves is carried out by means of the time difference from the actual to the target course of the corresponding value.
Thermosolar water treatment plant having a closed tank as the hot water store, the sun-side upper side of which is covered by a transparent pane through which the sun's rays shine and heat a liquid in the interior of the tank, wherein the liquid releases the energy absorbed by the sun's rays to a heat exchanger arranged in the tank, wherein the tank is a tank operated without pressure and is held in a heat-insulating mounting made of foamed EPP plastic mouldings , wherein the mouldings may be fitted together slightly and connected to one another, wherein the mouldings are arranged around the outer circumference of the tank, wherein the tank is covered on its side facing the sun by a transparent pane and a solar-selective coating is arranged between the transparent pane and the upper side , and wherein the heat exchanger is at least one corrugated pipe made of stainless steel through which service water can flow.
Sprinkling apparatus for distributing farming products, susceptible of advancing on the ground, which comprises: - at least one support frame ; - at least one sprinkling bar provided with a plurality of dispensing distribution nozzles , operatively associated with said support frame and movable between an extended position, in which it projects laterally with respect to said support frame and a retracted position, in which it is placed in proximity to said support frame , said sprinkling bar comprising at least two arms connected to each other; - means for feeding farming products associated with said support frame and placed in hydraulic connection with said plurality of nozzles ; - at least two drones mechanically constrained to said sprinkling bar in order to aerially support it, each drone being mechanically constrained to a corresponding said arm of said sprinkling bar ; said sprinkling apparatus being characterized in that the at least two arms of said sprinkling bar being connected by means of a flexible connector ; wherein the arms of said at least one sprinkling bar and the flexible connector are internally hollow, placed in hydraulic connection with said means for feeding products and with said plurality of dispensing nozzles ; said arms being susceptible of being crossed by at least one first flow of farming product in order to feed said plurality of nozzles . - at least one support frame ; - at least one sprinkling bar provided with a plurality of dispensing distribution nozzles , operatively associated with said support frame and movable between an extended position, in which it projects laterally with respect to said support frame and a retracted position, in which it is placed in proximity to said support frame , said sprinkling bar comprising at least two arms connected to each other; - means for feeding farming products associated with said support frame and placed in hydraulic connection with said plurality of nozzles ; - at least two drones mechanically constrained to said sprinkling bar in order to aerially support it, each drone being mechanically constrained to a corresponding said arm of said sprinkling bar ; said sprinkling apparatus being characterized in that the at least two arms of said sprinkling bar being connected by means of a flexible connector ; wherein the arms of said at least one sprinkling bar and the flexible connector are internally hollow, placed in hydraulic connection with said means for feeding products and with said plurality of dispensing nozzles ; said arms being susceptible of being crossed by at least one first flow of farming product in order to feed said plurality of nozzles .
Carriage comprising a chassis , a superstructure , a drawbar and at least one pair (P) of wheels which are arranged on the chassis and spaced apart from each other at a track width (S), characterized in that each wheel is rotatably mounted on a respective link , which is fixed to the chassis such that it can be pivoted respectively about a vertical axis (H 1 ), so that each wheel can be pivoted from a first position, pointing in the direction of travel (F) into a second position, pointing transversely with respect to the direction of travel (F), for the transport of the carriage.
Positive displacement machine which is an oil-free screw compressor or an oil-free screw expander, for displacing a gaseous or liquid medium, the machine containing an element with at least one inlet and at least one outlet for the medium and at least two cooperating driven moving parts , whereby the mutual periodic movement of the moving parts displaces the medium from the inlet to the outlet , characterised in that each of the at least two driven cooperating moving parts is provided with its own individual drive , wherein the power required to displace the medium with a given flow rate at a given pressure with the positive displacement machine is supplied by the two individual drives, each with a smaller power than the total power required, and that the element is provided with a kinematic synchronisation coupling between the at least two cooperating moving parts for the mutual kinematic synchronisation of their movements, wherein the machine is provided with a synchronisation controller to mutually synchronise the individual drives .
A light emitting device comprising: a substrate including a semi-insulating substrate having a p-type or n-type carrier concentration of 5× 10 17 cm -3 or less and having a first surface and a second surface that are opposed to each other; a first contact layer with a carrier concentration of the first contact layer is 1 × 10 19 cm -3 or more that is stacked on the first surface of the substrate; a buffer layer with a carrier concentration of the buffer layer is less than 1 × 10 19 cm -3 and in which at least any of a material composition, and a composition ratio is different from that of the first contact layer, the buffer layer being stacked on the first contact layer ; and a semiconductor stacked body that is stacked above the first surface of the substrate with the first contact layer and the buffer layer interposed in between, the semiconductor stacked body having a first light reflecting layer , an active layer , a second light reflecting layer stacked in order from the substrate side and a current confining layer between the first light reflecting layer and the active layer , the current confining layer having a current injection region, the semiconductor stacked body forming a light emitting region configured to emit laser light, wherein the first contact layer , the buffer layer , and the first light reflecting layer each include a p-type impurity. a substrate including a semi-insulating substrate having a p-type or n-type carrier concentration of 5× 10 17 cm -3 or less and having a first surface and a second surface that are opposed to each other; a first contact layer with a carrier concentration of the first contact layer is 1 × 10 19 cm -3 or more that is stacked on the first surface of the substrate; a buffer layer with a carrier concentration of the buffer layer is less than 1 × 10 19 cm -3 and in which at least any of a material composition, and a composition ratio is different from that of the first contact layer, the buffer layer being stacked on the first contact layer ; and a semiconductor stacked body that is stacked above the first surface of the substrate with the first contact layer and the buffer layer interposed in between, the semiconductor stacked body having a first light reflecting layer , an active layer , a second light reflecting layer stacked in order from the substrate side and a current confining layer between the first light reflecting layer and the active layer , the current confining layer having a current injection region, the semiconductor stacked body forming a light emitting region configured to emit laser light, wherein the first contact layer , the buffer layer , and the first light reflecting layer each include a p-type impurity.
A balloon catheter for insertion into a body lumen with blood flowing therethrough, the balloon catheter comprising: an elongate member defining an inflation lumen, the elongate member having a proximal end and a distal end; and a plurality of balloons coupled to the distal end of the elongate member and connected in fluid communication with the inflation lumen of the elongate member , wherein the balloons are arranged circumferentially about a central axis so as to form a lumen extending along the central axis and wherein the lumen is configured to allow passage of the blood therethrough, wherein each of the balloons comprises a non-circular cross-sectional shape having at least two substantially straight side portions extending radially relative to the central axis , and wherein each substantially straight side portion at least partially abuts the substantially straight side portion of an adjacent one of the balloons , characterized in that the balloon catheter further comprises an elongate, hollow structure having porosity and being coupled to the distal end of the elongate member , the hollow elongate structure extending along the central axis within the lumen and at least partially supporting the balloons , wherein the porosity allows perfusion of blood through the lumen prior to full inflation of the balloons . an elongate member defining an inflation lumen, the elongate member having a proximal end and a distal end; and a plurality of balloons coupled to the distal end of the elongate member and connected in fluid communication with the inflation lumen of the elongate member , wherein the balloons are arranged circumferentially about a central axis so as to form a lumen extending along the central axis and wherein the lumen is configured to allow passage of the blood therethrough, wherein each of the balloons comprises a non-circular cross-sectional shape having at least two substantially straight side portions extending radially relative to the central axis , and wherein each substantially straight side portion at least partially abuts the substantially straight side portion of an adjacent one of the balloons , characterized in that the balloon catheter further comprises an elongate, hollow structure having porosity and being coupled to the distal end of the elongate member , the hollow elongate structure extending along the central axis within the lumen and at least partially supporting the balloons , wherein the porosity allows perfusion of blood through the lumen prior to full inflation of the balloons .