mhurhangee/ep-ind-claims huggingface dataset:
A method for the extraction of information about one or more spatial objects by a person, wherein use is made of a device comprising: a central processing unit which is loaded with a computer programme; a digital memory which is connected to the central processing unit; a camera which is capable of recording a sequence of images; a display screen which is connected to the central processing unit; wherein the computer programme is designed for analysing the sequence of images in real time, using image analysis techniques, and extracting information about said one or more objects, and communicating at least part of said information to the person in real time via the display screen, wherein the programme is designed for calculating an indication as to the realised accuracy of the extracted information about said one or more objects in real time and communicating said information via the display screen, and wherein the indication about the realised accuracy comprises an object generated by the central processing unit which is to an increasingly stable degree shown overlapping the current image from the camera on the display screen. a central processing unit which is loaded with a computer programme; a digital memory which is connected to the central processing unit; a camera which is capable of recording a sequence of images; a display screen which is connected to the central processing unit; wherein the computer programme is designed for analysing the sequence of images in real time, using image analysis techniques, and extracting information about said one or more objects, and communicating at least part of said information to the person in real time via the display screen, wherein the programme is designed for calculating an indication as to the realised accuracy of the extracted information about said one or more objects in real time and communicating said information via the display screen, and wherein the indication about the realised accuracy comprises an object generated by the central processing unit which is to an increasingly stable degree shown overlapping the current image from the camera on the display screen.
A medical, in particular dental, contra-angle handpiece, comprising: a one-piece hollow gripping sleeve having an end collar on its end facing the head sleeve, an end collar on the connecting end, an internal peripheral wall and having a first sleeve section and a second sleeve section, which are disposed so that they are bent or angled relative to one another, a head sleeve adjacent to the gripping sleeve, in which a tool holder that can be set in motion is provided, a drive train for setting the tool holder in motion, having a first drive shaft, which is provided essentially in the first sleeve section and a second drive shaft which is provided essentially in the second sleeve section, wherein the first drive shaft is accommodated in a first bearing sleeve, and the second drive shaft is accommodated in a second bearing sleeve, a first stop (8A, 8C) which is provided to define the position of the first drive shaft in the first sleeve section, and a second stop (8B, 8D) which is provided to define the position of the second drive shaft in the second sleeve section, wherein the first stop (8A, 8C) is provided on at least one of the following parts of the contra-angle handpiece: on the end collar which is on the end facing the head sleeve, on the inner peripheral wall of the first sleeve section, on a bearing element which is designed in one piece with the gripping sleeve, in particular the first sleeve section or the second sleeve section, and wherein the second stop (8B, 8D) is provided on at least one of the following parts of the contra-angle handpiece: on the end collar on the connecting end, on the inner peripheral wall of the second sleeve section, on the bearing element which is designed in one piece with the gripping sleeve, wherein the contra-angle handpiece additionally comprises a tension element which defines the position of the first drive shaft in the first sleeve section by direct contact with the first stop of the inner peripheral wall of the first sleeve section or on the bearing element which is designed in one piece with the gripping sleeve, characterized in that the head sleeve is releasable from the one piece gripping sleeve, wherein the tension element is additionally provided to brace the head sleeve with the gripping sleeve.
A gas sensor (200, 220) comprising: a gas sensor element extending in a direction of an axis, having a detection portion provided at a front end thereof for detecting a particular gas component in a gas to be measured, and having electrode pads provided at a rear end thereof; connection terminals (31, 32) electrically connected to the respective electrode pads; and a cover (60, 61) covering the rear end of the gas sensor element and the connection terminals; wherein the cover integrally has a connector portion having an opening which allows an external connector to be inserted thereinto and removed therefrom in a predetermined direction, characterized in that said connector portion has a connector terminal member which is inserted into the opening, and in that the connector terminal member has a plurality of connector terminals electrically connected to the respective connection terminals, and an insulator integrally molded with the connector terminals and adapted to insulate the connector terminals from one another. a gas sensor element extending in a direction of an axis, having a detection portion provided at a front end thereof for detecting a particular gas component in a gas to be measured, and having electrode pads provided at a rear end thereof; connection terminals (31, 32) electrically connected to the respective electrode pads; and a cover (60, 61) covering the rear end of the gas sensor element and the connection terminals; wherein the cover integrally has a connector portion having an opening which allows an external connector to be inserted thereinto and removed therefrom in a predetermined direction, characterized in that said connector portion has a connector terminal member which is inserted into the opening, and in that the connector terminal member has a plurality of connector terminals electrically connected to the respective connection terminals, and an insulator integrally molded with the connector terminals and adapted to insulate the connector terminals from one another.
A motor rotor, comprising: a rotating shaft; a magnetic layer fixedly sleeved on the rotating shaft; a first heat diffusion layer wrapped on an outer surface of the magnetic layer away from the rotating shaft for preventing a shielding layer from overheating locally; and the shielding layer wrapped on a surface of the first heat diffusion layer away from the magnetic layer; characterized in that the first heat diffusion layer comprises a first carbon fiber layer, a radial direction of the first carbon fiber layer is parallel to a thickness direction of the first heat diffusion layer, and a fiber direction of the first carbon fiber layer is parallel to an axial direction of the rotating shaft. a rotating shaft; a magnetic layer fixedly sleeved on the rotating shaft; a first heat diffusion layer wrapped on an outer surface of the magnetic layer away from the rotating shaft for preventing a shielding layer from overheating locally; and the shielding layer wrapped on a surface of the first heat diffusion layer away from the magnetic layer; characterized in that the first heat diffusion layer comprises a first carbon fiber layer, a radial direction of the first carbon fiber layer is parallel to a thickness direction of the first heat diffusion layer, and a fiber direction of the first carbon fiber layer is parallel to an axial direction of the rotating shaft.
An apparatus for separating particulate-fluid suspensions comprising: a first section having a first inside diameter; a second section having a second inside diameter, wherein the first and second sections (120, 130) are disposed coaxially along a common longitudinal centerline; a conical stabilizer disposed coaxially along the common longitudinal centerline between the first and second sections (120, 130), wherein the stabilizer is disposed with the apex towards the first section, and wherein the stabilizer has a base diameter less than the second inside diameter; characterized in that it further comprises a transition section having a frustoconical configuration with a first upper end having a diameter equal to the diameter of the second section and a second lower end having a diameter equal to the diameter of one or more connections and being disposed coaxially along the longitudinal centerline of the separator between the second section and the one or more connections; one or more apertures disposed about the wall forming the transition section, wherein a fluid distribution channel is in fluid communication with the one or more apertures via one or more fluid conduits. a first section having a first inside diameter; a second section having a second inside diameter, wherein the first and second sections (120, 130) are disposed coaxially along a common longitudinal centerline; a conical stabilizer disposed coaxially along the common longitudinal centerline between the first and second sections (120, 130), wherein the stabilizer is disposed with the apex towards the first section, and wherein the stabilizer has a base diameter less than the second inside diameter; a transition section having a frustoconical configuration with a first upper end having a diameter equal to the diameter of the second section and a second lower end having a diameter equal to the diameter of one or more connections and being disposed coaxially along the longitudinal centerline of the separator between the second section and the one or more connections; one or more apertures disposed about the wall forming the transition section, wherein a fluid distribution channel is in fluid communication with the one or more apertures via one or more fluid conduits.
A method for producing pure beta emitting radiopharmaceuticals by pure nuclear fission processes comprising the steps of: i. producing a low energy proton beam through a primary accelerator; ii. irradiating said low energy proton beam on a source target so as to generate, thanks to the reaction of pure nuclear fission, a neutral atom beam; iii. subjecting said neutral atom beam to a positive ionization in an ionizer so as to produce a ionized radioisotope beam; iv. accelerating said ionized radioisotope beam in an accelerator extractor so as to produce an accelerated ionized isotope beam; v. separating said accelerated ionized isotope beam in a mass separator so as to generate an isobaric beam of radioisotopes; vi. irradiating said isobaric beam of radioisotopes on a deposition target for a predetermined time so as to produce an irradiated deposition target; and vii. after said predetermined time, sending said irradiated deposition target to an extraction and purification chemical treatment in a chemical unit so as to obtain pure beta emitting radiopharmaceuticals, characterized in that said low energy proton beam has an energy ranging from 32 to 45 MeV. i. producing a low energy proton beam through a primary accelerator; ii. irradiating said low energy proton beam on a source target so as to generate, thanks to the reaction of pure nuclear fission, a neutral atom beam; iii. subjecting said neutral atom beam to a positive ionization in an ionizer so as to produce a ionized radioisotope beam; iv. accelerating said ionized radioisotope beam in an accelerator extractor so as to produce an accelerated ionized isotope beam; v. separating said accelerated ionized isotope beam in a mass separator so as to generate an isobaric beam of radioisotopes; vi. irradiating said isobaric beam of radioisotopes on a deposition target for a predetermined time so as to produce an irradiated deposition target; and vii. after said predetermined time, sending said irradiated deposition target to an extraction and purification chemical treatment in a chemical unit so as to obtain pure beta emitting radiopharmaceuticals,
A method for a base station, comprising: configuring a User Equipment, in the following also referred to as UE, with a time domain resource allocation table for Physical Downlink Shared Channel, in the following also referred to as PDSCH,; transmitting an indication of a first time duration which informs the UE that a time duration between a starting symbol of a PDSCH transmission and corresponding Downlink Control Information, in the following also referred to as DCI, is not shorter than the first time duration, wherein at least one entry in the time domain resource allocation table is associated with a second time duration and the second time duration is shorter than the first time duration; and prohibiting from scheduling the UE with the at least one entry, wherein the method further comprises: receiving a first value of the first time duration from the UE, and wherein the first value of the first time duration is determined according to time required for the LTE to finish DCI reception and DCI decoding. configuring a User Equipment, in the following also referred to as UE, with a time domain resource allocation table for Physical Downlink Shared Channel, in the following also referred to as PDSCH,; transmitting an indication of a first time duration which informs the UE that a time duration between a starting symbol of a PDSCH transmission and corresponding Downlink Control Information, in the following also referred to as DCI, is not shorter than the first time duration, wherein at least one entry in the time domain resource allocation table is associated with a second time duration and the second time duration is shorter than the first time duration; and prohibiting from scheduling the UE with the at least one entry, wherein the method further comprises: receiving a first value of the first time duration from the UE, and wherein the first value of the first time duration is determined according to time required for the LTE to finish DCI reception and DCI decoding.
Module support for use in a potentially explosive atmosphere, in particular in a potentially explosive atmosphere in the form of gas or dust, comprising a housing for receiving at least one module, characterized in that the module has a pushbutton, wherein the at least one module is switchable to the live state via the pushbutton, wherein the module support further comprises a locking cap, wherein the locking cap has a device for actuating the pushbutton and wherein, in the unactuated state, the pushbutton is switched to the non-live state and, by locking the locking cap, the pushbutton can be actuated by the actuating device, wherein, in the locked state, the locking cap covers the module such that the module is not releasable under the locking cap; and wherein simultaneous removal of the module and the locking cap from the module support is prevented by the structural design. the module has a pushbutton, wherein the at least one module is switchable to the live state via the pushbutton, wherein the module support further comprises a locking cap, wherein the locking cap has a device for actuating the pushbutton and wherein, in the unactuated state, the pushbutton is switched to the non-live state and, by locking the locking cap, the pushbutton can be actuated by the actuating device, wherein, in the locked state, the locking cap covers the module such that the module is not releasable under the locking cap; and wherein simultaneous removal of the module and the locking cap from the module support is prevented by the structural design.
A method of exposing a feature of interest in a sample with a charged particle beam, the sample comprising a first material, the method comprising: milling (102, 901, 1301), in a surface of the sample, a hole adjacent to the feature of, interest; filling (104, 902, 1302) the hole with a second material; and directing (108, 904, 1303) an ion beam from an angle that requires milling through the second material to expose the feature of interest, characterized in that the angle is an angle between the surface and the ion beam that is less than or equal to 45°. milling (102, 901, 1301), in a surface of the sample, a hole adjacent to the feature of, interest; filling (104, 902, 1302) the hole with a second material; and directing (108, 904, 1303) an ion beam from an angle that requires milling through the second material to expose the feature of interest,
A wound dressing (2, 2A) comprising: a top layer; a first adhesive layer with a proximal surface configured for attachment of the wound dressing to the skin surface of a user; an absorbent core layer; an electrode assembly (204, 204A, 204B) comprising a plurality of electrodes (210, 212) arranged on a distal side of the absorbent core layer and between the first adhesive layer and the top layer, the electrode assembly having a first part and a second part, the first part comprising connection parts of the plurality of electrodes and the second part being arranged between the absorbent core layer and the top layer, the second part comprising a plurality of sensor points distributed along a distal surface of the absorbent core layer; and a monitor interface (207, 207A) configured for connecting the wound dressing to a monitor device, the monitor interface comprising a plurality of terminals configured to form electrical connections with respective terminals of the monitor device, wherein the top layer comprises a top layer opening configured to allow for connection between the plurality of electrodes of the electrode assembly and terminals of the monitor device. a top layer; a first adhesive layer with a proximal surface configured for attachment of the wound dressing to the skin surface of a user; an absorbent core layer; an electrode assembly (204, 204A, 204B) comprising a plurality of electrodes (210, 212) arranged on a distal side of the absorbent core layer and between the first adhesive layer and the top layer, the electrode assembly having a first part and a second part, the first part comprising connection parts of the plurality of electrodes and the second part being arranged between the absorbent core layer and the top layer, the second part comprising a plurality of sensor points distributed along a distal surface of the absorbent core layer; and a monitor interface (207, 207A) configured for connecting the wound dressing to a monitor device, the monitor interface comprising a plurality of terminals configured to form electrical connections with respective terminals of the monitor device,
Control valve unit for a cooling circuit of an internal combustion engine in particular of a motor vehicle, comprising a valve housing, which has at least one inlet/outlet opening and at least one closable outlet/inlet opening (20, 28), and at least one closing element (62, 64) actuated by a control device, which can open or close the at least one closable outlet/inlet opening (20, 28), wherein the control device comprises an electrically driven linear actuator and at least one piston (60, 78), which is drivable at least by the actuator, and the at least one piston (60, 78) is arranged between the actuator and the at least one closing element (62, 64) for direct coupling of the actuator with the at least one closing element (62, 64) at least in one actuation direction, the actuator is placed outside of a liquid-bearing area of the valve housing and the valve housing has at least one lead-through opening for the at least one piston (60, 78), wherein at least one diaphragm is sealing the at least one lead-through opening against the at least one piston (60, 78), wherein a leader element is connecting an end of a piston of the actuator and an end of a valve piston of the at least one closing element (62, 64), characterized in that said at least one closing element (62, 64) comprises two closing elements (62, 64) and in that said valve piston is realized in one piece with said two closing elements (62, 64), wherein a return element, in particular a spring, retains against the at least one closing element on one hand and against the valve housing on the other hand, whereby a reset force of the return element is directed in or against the actuation direction of the linear actuator.
A crankshaft system for providing variable compression ratio in an internal combustion engine comprising a block and a cylinder head, the system comprising: a crankshaft comprising: a first, fixed output comprising a first end and a second end; a central portion, with a first end and a second end, comprising one or more crankpins and two or more main bearing journals; a second, fixed output comprising a first end and a second end; a first flex joint flexibly coupling the second end of the first output to the first end of the central portion; and a second flex joint flexibly coupling the first end of the second output to the second end of the central portion; a plurality of main bearing caps, each main bearing cap with a first end and a second end, each of the first ends pivotally coupled to the block, for rotatably supporting the main bearing journals; a plurality of actuators, each disposed proximate the second ends of the plurality of main bearing caps, for moving the central portion of the crankshaft between a first, low compression ratio position and a second, high compression ratio position; wherein the first and second outputs are substantially coaxial with the two or more main bearing journals of the central portion in a middle compression ratio position; and wherein the first and second outputs rotate about a fixed longitudinal axis. a crankshaft comprising: a first, fixed output comprising a first end and a second end; a central portion, with a first end and a second end, comprising one or more crankpins and two or more main bearing journals; a second, fixed output comprising a first end and a second end; a first flex joint flexibly coupling the second end of the first output to the first end of the central portion; and a second flex joint flexibly coupling the first end of the second output to the second end of the central portion; a first, fixed output comprising a first end and a second end; a central portion, with a first end and a second end, comprising one or more crankpins and two or more main bearing journals; a second, fixed output comprising a first end and a second end; a first flex joint flexibly coupling the second end of the first output to the first end of the central portion; and a second flex joint flexibly coupling the first end of the second output to the second end of the central portion; a plurality of main bearing caps, each main bearing cap with a first end and a second end, each of the first ends pivotally coupled to the block, for rotatably supporting the main bearing journals; a plurality of actuators, each disposed proximate the second ends of the plurality of main bearing caps, for moving the central portion of the crankshaft between a first, low compression ratio position and a second, high compression ratio position; wherein the first and second outputs are substantially coaxial with the two or more main bearing journals of the central portion in a middle compression ratio position; and wherein the first and second outputs rotate about a fixed longitudinal axis.