mhurhangee/patent-ind-claim-en huggingface dataset:
A surveying instrument comprising: a projection optical system for irradiating a distance measuring light which is a linearly-polarized light to an object to be measured, a light receiving optical system for receiving a reflected distance measuring light from said object to be measured, a frame unit which horizontally rotates around a horizontal rotation shaft by a horizontal rotation motor , a scanning mirror which is provided in said frame unit, vertically rotates around a vertical rotation shaft by a vertical rotation motor , irradiates said distance measuring light from said projection optical system to said object to be measured and makes said reflected distance measuring light from said object to be measured enter said light receiving optical system, a horizontal angle detecting module for detecting a horizontal angle of said frame unit, a vertical angle detecting module for detecting a vertical angle of said scanning mirror and an arithmetic control module for controlling a distance measurement, a rotation of said frame unit and a rotation of said scanning mirror based on a light receiving result of said reflected distance measuring light, characterized in that the surveying instrument comprises a polarization selecting module for selecting a polarization of said reflected distance measuring light received by said light receiving optical system, wherein said arithmetic control module is configured to give a material information whether the object to be measured is made of a metal or a non-metal to a distance measurement result of said object to be measured based on a change in light receiving amounts caused due to a selection of the polarization by said polarization selecting module, wherein distance measurement data acquired in the distance measurement and determination data regarding the material information are associated with each other for each measuring point, and wherein three-dimensional point cloud data of the object to be measured in which the material information is given for each point are acquired based on the vertical angle data, the horizontal angle data, the distance data and the determination data. wherein said arithmetic control module is configured to give a material information whether the object to be measured is made of a metal or a non-metal to a distance measurement result of said object to be measured based on a change in light receiving amounts caused due to a selection of the polarization by said polarization selecting module, wherein distance measurement data acquired in the distance measurement and determination data regarding the material information are associated with each other for each measuring point, and wherein three-dimensional point cloud data of the object to be measured in which the material information is given for each point are acquired based on the vertical angle data, the horizontal angle data, the distance data and the determination data.
A device for analysing at least one analyte of a fluid, in particular deoxyribonucleic acid, the device comprising: - an analysis chamber , and - an inlet for injecting fluid to be analysed into the chamber , the chamber comprising: - at least one wall delimiting an internal fluid circulation space in the chamber , - at least one pillar extending from the wall , the device being characterised in that the or each pillar comprises: - a core with a first optical index (n32), - an outer layer with a second optical index (n24), and - a coating layer for the outer layer , known as the capture layer , the capture layer being a functionalised layer capable of capturing at least one analyte from the fluid, the second optical index (n24) of the outer layer being strictly greater than the first optical index (n32) of the core of the pillar in question, the outer layer of each pillar being completely covered by the capture layer of the pillar , the outer layer of each pillar having a thickness strictly greater than 50 nanometres and strictly less than 1 micron. - an analysis chamber , and - an inlet for injecting fluid to be analysed into the chamber , the chamber comprising: - at least one wall delimiting an internal fluid circulation space in the chamber , - at least one pillar extending from the wall , - at least one wall delimiting an internal fluid circulation space in the chamber , - at least one pillar extending from the wall , the device being characterised in that the or each pillar comprises: - a core with a first optical index (n32), - an outer layer with a second optical index (n24), and - a coating layer for the outer layer , known as the capture layer , - a core with a first optical index (n32), - an outer layer with a second optical index (n24), and - a coating layer for the outer layer , known as the capture layer , the capture layer being a functionalised layer capable of capturing at least one analyte from the fluid, the second optical index (n24) of the outer layer being strictly greater than the first optical index (n32) of the core of the pillar in question, the outer layer of each pillar being completely covered by the capture layer of the pillar , the outer layer of each pillar having a thickness strictly greater than 50 nanometres and strictly less than 1 micron.
A control system for controlling an angular position of a swashplate of an axial piston hydraulic pump or motor, the angular position of the swashplate being determined by a servo-piston , the control system comprising: a valve arrangement for providing a charge pressure to the servo-piston which causes the servo-piston to alter the angular position of the swashplate; a pivot arm configured to pivot about a pivot axis in concert with movement of the servo-piston, wherein an angular position of the pivot arm is indicative of the angular position of the swashplate, and wherein the pivot axis is adjustable in position with respect to a valve member of the valve arrangement and the servo-piston; and a spring for transferring spring load between the pivot arm and the valve member; characterized in that the control system further comprises an angle sensor for sensing the angular position of the pivot arm, wherein a housing of the angle sensor is angularly adjustable about the pivot axis relative to the pivot arm for adjusting the angle sensor angularly about the pivot axis relatively to the pivot arm. a valve arrangement for providing a charge pressure to the servo-piston which causes the servo-piston to alter the angular position of the swashplate; a pivot arm configured to pivot about a pivot axis in concert with movement of the servo-piston, wherein an angular position of the pivot arm is indicative of the angular position of the swashplate, and wherein the pivot axis is adjustable in position with respect to a valve member of the valve arrangement and the servo-piston; and a spring for transferring spring load between the pivot arm and the valve member; characterized in that the control system further comprises an angle sensor for sensing the angular position of the pivot arm, wherein a housing of the angle sensor is angularly adjustable about the pivot axis relative to the pivot arm for adjusting the angle sensor angularly about the pivot axis relatively to the pivot arm.
A pharmaceutical composition for the treatment of presbyopia, comprising a pharmaceutically acceptable salt of 0.1-10% by weight of lipoic acid choline ester, 0.1-2% by weight of a tonicity adjusting agent, 0.003-0.01% by weight of a preservative, a buffer selected from the group consisting of acetate, borate and acetate/boric acid buffers, 0.05%-1.0% by weight of a biochemical energy source that is alanine, and water.
Pen-like syringe device for medical and in particular for ophthalmological purposes, in particular for introducing fluids into the human or animal eye, comprising a drive housing , a syringe receptacle adjoining the drive housing for receiving a syringe , which has a syringe body and a plunger movably guided in the syringe body , and a manually operable push button for activating an electrical delivery unit, wherein the drive housing has a pressure supply unit for pneumatically applying pressure or negative pressure to the plunger of a syringe inserted into the syringe receptacle and a coupling connection for pneumatically and/or electrically connecting the pressure supply unit to an external supply unit which is arranged away from the drive housing , the pen-like syringe device itself having no integrated power supply unit , in particular no battery or no accumulator, and/or no electrical delivery unit , and the pressure supply unit comprising a drive channel which can be connected to the plunger of a syringe which is inserted into the syringe receptacle and the pen-like syringe device comprises a vent channel having a first end connected to the drive channel and a second end connected to the environment via an opening , the opening being closable by a finger actuating the push button upon actuation of the push button .
A method for distributing syndicated content, the method comprising: assigning a unique identifier, ID, to each of a plurality of content items, wherein the unique ID of at least one of the plurality of content items is associated with a third party's property distribution restriction; generating a first video stream comprising the plurality of content items; checking if a said content item is associated with a third party's property distribution restriction, and marking a content item segment corresponding to said content item creating a boundary in said first video stream, and transmitting said first video stream to a Content Delivery Network, CDN,monitoring the first video stream at the CDN to detect said boundary; distributing the first video stream including all of the plurality of content items from the CDN to a first webpage; and where a said boundary is detected, concurrently blocking distribution of the at least one content item associated with property distribution restriction from the CDN to a second webpage while streaming from the CDN to the second webpage a second video stream that includes (i) content items not associated with the property distribution restriction and (ii) one or more other, non-restricted content items, which replace the at least one content item. assigning a unique identifier, ID, to each of a plurality of content items, wherein the unique ID of at least one of the plurality of content items is associated with a third party's property distribution restriction; generating a first video stream comprising the plurality of content items; checking if a said content item is associated with a third party's property distribution restriction, and marking a content item segment corresponding to said content item creating a boundary in said first video stream, and transmitting said first video stream to a Content Delivery Network, CDN,monitoring the first video stream at the CDN to detect said boundary; distributing the first video stream including all of the plurality of content items from the CDN to a first webpage; and where a said boundary is detected, concurrently blocking distribution of the at least one content item associated with property distribution restriction from the CDN to a second webpage while streaming from the CDN to the second webpage a second video stream that includes (i) content items not associated with the property distribution restriction and (ii) one or more other, non-restricted content items, which replace the at least one content item.
Air vent for a vehicle, particularly for a passenger motor vehicle or a utility vehicle, with a housing connectible with an air channel or a housing having a section of an air channel, and with a vent opening which is arranged in the housing and in the region of which at least two movable slats for control of an air outflow are so arranged at the vent opening is closable by the at least two movable slats in a closed setting, and the at least two movable slats each have a mounting edge connected with the housing and a freely movable closing edge , that the at least two movable slats are so arranged in the vent opening that the closing edges thereof lie opposite one another in the closed setting, wherein the closing edges of the at least two movable slats starting from the closed setting are driven in opposite direction into an open setting, and that the closing edges of the at least two movable slats are configured to be movable in opposite direction by way of at least one setting element , which is connected with the at least two movable slats , so as to control an air outflow direction and/or a volume flow of the outflowing air, characterised in that the at least one setting element comprises a plurality of mounts for rotatable or pivotable mounting of a plurality of V-shaped slats , and the V-shaped slats of the plurality are arranged parallel to one another and are interconnected by way of a common actuating element so as to pivot these in common. the at least one setting element comprises a plurality of mounts for rotatable or pivotable mounting of a plurality of V-shaped slats , and the V-shaped slats of the plurality are arranged parallel to one another and are interconnected by way of a common actuating element so as to pivot these in common.
Device for determining the replacement state of wear of a rope in the use of lifting gear, in particular cranes, with a detection device for detecting at least one rope utilization parameter influencing the replacement state of wear as well as with an evaluation device for evaluating the rope utilization parameter and for providing a replacement signal depending on the evaluation of the rope utilization parameter, wherein the detection device comprises detection means for detecting environmental impacts on the rope , which can be evaluated by the evaluation device to determine the replacement state of wear, characterized in that the detection means comprise a lubricant detector for detecting lubricants, in particular oils and fats, affecting the rope .
Device for measuring dental parameters, that consists of a main body , the main body including on its inner part a light source , at least one image-recording element associated with an image processor arranged in a control unit , characterised in that the device comprises a cartridge of a transparent material , the cartridge being constituted by a hollow parallelepipedic body opened at its ends, the hollow body having at a proximal end thereof , a frame that constitutes the boundary and the support of a plate on which a soft sheet material is arranged and, at the distal end of the frame , a ferromagnetic metal element cooperating with an electromagnet correspondingly arranged in the main body to activate some traction elements of the frame , the frame carrying the plate automatically entering or leaving the main body .
A method for producing 225 actinium from 226 radium, said method comprising the steps of: - providing a liquid target solution containing 226 radium; - irradiating said liquid target solution in an irradiation device to produce 225 actinium in the liquid target solution starting from the 226 radium contained therein, the liquid target solution being circulated during the irradiation step in a first closed loop over said irradiation device and over a heat exchanger ; and - separating at least part of the produced 225 actinium from the remaining 226 radium in a first extraction step which is carried out in a first extraction device , characterised in that at least part of said 225 actinium is extracted from the liquid target solution, in said first extraction step, in said first extraction device while the 226 radium is maintained in the liquid target solution; in that the liquid target solution is circulated during said irradiation step, in said first closed loop , over a container and said irradiation device and during said first extraction step, in a second closed loop , over said container and said first extraction device ; and in that the method comprises the further step of: - irradiating the liquid target solution from which part of said 225 actinium has been extracted again in said irradiation device to produce further 225 actinium in the liquid target solution starting from the 226 radium contained therein. - providing a liquid target solution containing 226 radium; - irradiating said liquid target solution in an irradiation device to produce 225 actinium in the liquid target solution starting from the 226 radium contained therein, the liquid target solution being circulated during the irradiation step in a first closed loop over said irradiation device and over a heat exchanger ; and - separating at least part of the produced 225 actinium from the remaining 226 radium in a first extraction step which is carried out in a first extraction device , - irradiating the liquid target solution from which part of said 225 actinium has been extracted again in said irradiation device to produce further 225 actinium in the liquid target solution starting from the 226 radium contained therein.
Medical device comprising: a hollow body having an essentially circular cross section substantially made of a biodegradable polymer matrix, and at least one active substance associated with said hollow body, characterized in that said medical device comprises at least one support of containment and release of said at least one active substance, wherein said at least one support comprises a plurality of nanometric-sized elements consisting of liposomes, in which said at least one support is dispersed on and/or within the biodegradable polymer matrix, in which said biodegradable polymer matrix is a polymer or a copolymer of a polylactic acid (PLA/PLLA) at least partially crosslinked and wherein said at least one support is entrapped in said polymer matrix. a hollow body having an essentially circular cross section substantially made of a biodegradable polymer matrix, and at least one active substance associated with said hollow body, characterized in that said medical device comprises at least one support of containment and release of said at least one active substance, wherein said at least one support comprises a plurality of nanometric-sized elements consisting of liposomes, in which said at least one support is dispersed on and/or within the biodegradable polymer matrix, in which said biodegradable polymer matrix is a polymer or a copolymer of a polylactic acid (PLA/PLLA) at least partially crosslinked and wherein said at least one support is entrapped in said polymer matrix.
A method for determining and/or monitoring the temperature (T) of a medium (M) by means of a thermometer with at least one temperature sensor (T 1 ), wherein the temperature sensor (T 1 ) has a temperature-sensitive sensor element which is electrically contacted via at least one first connection line and one second connection line , wherein the first connection line is divided into a first section and a second section , wherein the first section facing toward the sensor element consists of a first material, and wherein the second section facing away from the sensor element consists of a second material differing from the first, wherein the second connection line consists of the second material and wherein the first section of the first connection line and at least part of the second connection line form a first temperature difference sensor (T 2 ) in the form of a thermoelement, the method comprising the following method steps: ascertaining a measurement value for the temperature (T) of the medium by means of the temperature sensor (T 1 ), ascertaining a heat flow (W), in particular a heat dissipation, or a variable connected to the heat flow (W), for example a variable derived from the heat flow (W), or a variable representing the heat flow (W), in the area of the temperature sensor (T 1 ), wherein the heat flow (W) or the variable connected to the heat flow (W) is determined by means of at least the first temperature difference sensor (T 2 ), and determining a measurement value deviation (σT) for the measurement value for the temperature (T) from the ascertained heat flow (W), in particular a heat dissipation, or a variable connected to the heat flow (W), for example a variable derived from the heat flow (W), or a variable representing the heat flow (W), by reference to a model (MOD) for a heat dissipation in the area of the temperature sensor (T 1 ), wherein the model (MOD) is a parametric model. ascertaining a measurement value for the temperature (T) of the medium by means of the temperature sensor (T 1 ), ascertaining a heat flow (W), in particular a heat dissipation, or a variable connected to the heat flow (W), for example a variable derived from the heat flow (W), or a variable representing the heat flow (W), in the area of the temperature sensor (T 1 ), wherein the heat flow (W) or the variable connected to the heat flow (W) is determined by means of at least the first temperature difference sensor (T 2 ), and determining a measurement value deviation (σT) for the measurement value for the temperature (T) from the ascertained heat flow (W), in particular a heat dissipation, or a variable connected to the heat flow (W), for example a variable derived from the heat flow (W), or a variable representing the heat flow (W), by reference to a model (MOD) for a heat dissipation in the area of the temperature sensor (T 1 ), wherein the model (MOD) is a parametric model.
A method of reassigning an elevator call for an elevator car , the method comprising: receiving an elevator call from a mobile device , the elevator call including a destination request to travel to a destination floor; assigning a first elevator car to the elevator call ; determining that the first elevator car cannot serve the elevator call ; and characterized by : activating an alert on the mobile device to enter any elevator car ; detecting whether the mobile device enters a second elevator car ; and assigning the second elevator car to the elevator call . receiving an elevator call from a mobile device , the elevator call including a destination request to travel to a destination floor; assigning a first elevator car to the elevator call ; determining that the first elevator car cannot serve the elevator call ; and activating an alert on the mobile device to enter any elevator car ; detecting whether the mobile device enters a second elevator car ; and assigning the second elevator car to the elevator call .