mhurhangee/patent-ind-claim-en huggingface dataset:
An air filter , in particular in the air intake tract of an internal combustion engine, comprising a filter housing having a housing pot and having a housing cover as well as a closure member for closing the filter housing ; and a flat air filter element having a filter medium made of cellulose material designed as a zigzag-folded filter bellows and carrying a circumferential sealing element , wherein the sealing element and the filter medium feature at least one recess at an outer contour of the flat air filter element , wherein the flat air filter element with its sealing element is circumferentially clamped between the housing pot and the housing cover in the closed state of the filter housing , wherein a circumferential holding groove for engaging of a housing component of the filter housing is provided on the sealing element and the housing pot or the housing cover engages into the holding groove of the sealing element , wherein the closure member of the filter housing is disposed in the area of the recess along or substantially along an imaginary linear extension of the sealing element bridging the recess , wherein the filter medium features front edges glued with each other in the shape of a front edge gluing , wherein a sealing connection contour of the sealing element and the front edge gluing extend parallel to each other in the area of the recess , and wherein the front edge gluing in the folded state extends at least in the area of the recess at a tangential angle of at most 45° to a main direction of the unfolded filter medium , wherein the main direction results from the direction of the front edge of the unfolded filter medium outside the recess . having a filter medium made of cellulose material designed as a zigzag-folded filter bellows and carrying a circumferential sealing element , wherein the sealing element and the filter medium feature at least one recess at an outer contour of the flat air filter element , wherein the flat air filter element with its sealing element is circumferentially clamped between the housing pot and the housing cover in the closed state of the filter housing , wherein a circumferential holding groove for engaging of a housing component of the filter housing is provided on the sealing element and the housing pot or the housing cover engages into the holding groove of the sealing element , wherein the closure member of the filter housing is disposed in the area of the recess along or substantially along an imaginary linear extension of the sealing element bridging the recess , wherein the filter medium features front edges glued with each other in the shape of a front edge gluing , wherein a sealing connection contour of the sealing element and the front edge gluing extend parallel to each other in the area of the recess , and wherein the front edge gluing in the folded state extends at least in the area of the recess at a tangential angle of at most 45° to a main direction of the unfolded filter medium , wherein the main direction results from the direction of the front edge of the unfolded filter medium outside the recess .
A semiconductor assembly, comprising: a flexible substrate being a plastic or an amorphous substrate; a first barrier formed of a first transition metal dichalcogenide, TMD, material; a transistor channel formed of a second TMD material; and a second barrier formed of a third TMD material; wherein the first barrier is disposed between the transistor channel and the flexible substrate, the transistor channel is disposed between the second barrier and the first barrier , and a bandgap of the transistor channel is less than a bandgap of the first barrier and less than a bandgap of the second barrier. a flexible substrate being a plastic or an amorphous substrate; a first barrier formed of a first transition metal dichalcogenide, TMD, material; a transistor channel formed of a second TMD material; and a second barrier formed of a third TMD material; wherein the first barrier is disposed between the transistor channel and the flexible substrate, the transistor channel is disposed between the second barrier and the first barrier , and a bandgap of the transistor channel is less than a bandgap of the first barrier and less than a bandgap of the second barrier.
A head cap for securing a cooling pad against the head of a person in use, comprising a head portion for surrounding the scalp of the person, the head portion comprising a front part , a neck portion for surrounding the neck of the person in use and connected to a rear part of the head cap, wherein the neck portion at each exterior lateral side thereof comprises a first attachment member , and wherein the front part at each lateral side thereof comprises a head strap provided with a second attachment member at an interior side thereof for attachment to the respective first attachment member , characterized in that at least one of the head straps comprises one further second attachment member provided at an exterior side thereof, so as to allow for attaching said at least one head strap to the second attachment member of the other head strap below the chin of the patient, and that the front part is provided with a closeable slit extending from a front outermost edge in a direction having a component in a median plane towards the rear part of the head portion , such that the head cap in a fully open position, when the closeable slit is in its open position, attains a near flat shape.
Substation, comprising an outer housing enclosing an internal space , the substation containing a switchgear system, comprising at least one low voltage switchgear , wherein an inner room , where the switchgear is located in, is hermetically enclosed by an arc proof enclosure wherein the switchgear system is provided for unmanned operation and maintenance with a robotic system or manipulator, wherein the robotic system or manipulator is provided with a camera system and/or an image recognition system, wherein the inner room is locked against the outer housing by an inner, automatically operated door , and wherein the robotic system is implemented such, that the robotic system`s acting area is extended from the inner room , partly in the area outside the inner room , but inside the outer housing, where spare parts are stored in a spare parts hand over area , for maintenance characterized in that human operator presence sensors are implemented inside the internal space of the outer housing, such, that if current carrying parts inside the inner room , where the switchgear is located, are energized, locking means at the door of the inner room automatically lock that door , so that inside the inner room only the robotic system is allowed to operate. the substation containing a switchgear system, comprising at least one low voltage switchgear , wherein an inner room , where the switchgear is located in, is hermetically enclosed by an arc proof enclosure wherein the switchgear system is provided for unmanned operation and maintenance with a robotic system or manipulator, wherein the robotic system or manipulator is provided with a camera system and/or an image recognition system, wherein the inner room is locked against the outer housing by an inner, automatically operated door , and wherein the robotic system is implemented such, that the robotic system`s acting area is extended from the inner room , partly in the area outside the inner room , but inside the outer housing, where spare parts are stored in a spare parts hand over area , for maintenance characterized in that human operator presence sensors are implemented inside the internal space of the outer housing, such, that if current carrying parts inside the inner room , where the switchgear is located, are energized, locking means at the door of the inner room automatically lock that door , so that inside the inner room only the robotic system is allowed to operate.
A coin feeding device comprising: a disk having a plurality of protrusions on a surface, the disk disposed so as to be rotatable in a tilted state, the disk configured to catch coins by the protrusions to move the coins upward while rotating; a cover configured to form a space for storing a coin between the cover and the surface of the disk ; a guide configured to guide a peripheral edge of a coin such that a part of the coin having been caught by each protrusion and moved upward protrudes from the disk , wherein the guide is configured such that a gap is formed between the guide and an outer peripheral edge of the disk ; and a taking-out unit configured to grip one coin protruding from the disk , remove the coin from the disk , and discharge the coin to outside of the disk , wherein the taking-out unit is configured to grip one coin that protrudes from the disk and is moved upward while in contact with the guide , the taking-out unit has a gripping portion configured to approach the disk in synchronization with approaching of the protrusion , and the gripping portion is configured to perform a gripping operation of gripping one coin protruding from the disk when approaching the disk , and is configured to perform a releasing operation of releasing the gripped coin when having moved away from the disk . a disk having a plurality of protrusions on a surface, the disk disposed so as to be rotatable in a tilted state, the disk configured to catch coins by the protrusions to move the coins upward while rotating; a cover configured to form a space for storing a coin between the cover and the surface of the disk ; a guide configured to guide a peripheral edge of a coin such that a part of the coin having been caught by each protrusion and moved upward protrudes from the disk , wherein the guide is configured such that a gap is formed between the guide and an outer peripheral edge of the disk ; and a taking-out unit configured to grip one coin protruding from the disk , remove the coin from the disk , and discharge the coin to outside of the disk , wherein the taking-out unit is configured to grip one coin that protrudes from the disk and is moved upward while in contact with the guide , the taking-out unit has a gripping portion configured to approach the disk in synchronization with approaching of the protrusion , and the gripping portion is configured to perform a gripping operation of gripping one coin protruding from the disk when approaching the disk , and is configured to perform a releasing operation of releasing the gripped coin when having moved away from the disk .
A cycloidal rotor having a plurality of blades mounted to follow a generally non-circular track ; track changing means operative to transition between a plurality of track shapes; blade pitch adjusting means for adjusting the blade angle-of-attack, blade dynamic counterbalancing means to assure that the rotor remains balanced and drive means for propelling the blades along said track.
A system for capturing microscopic plenoptic images with turbulence attenuation by means of a microscope, which comprises, in combination: • a sample (S), the image of which should be obtained, which is treatable as a source of chaotic light, the emission of which has an intensity profile F( ρ s ), with ρ s planar coordinate on the sample plane; • a beam splitter (BS); • two sensors or detectors(D a and D b ), configured to perform the spati al and directional detection of light emitted by the sample , respectively, where the planar coordinate on the detector planes is indicated by ρ a and ρ b , respectively; • an objective lens , having focal length f 0 and pupil function P 0 (ρ 0 ), with ρ 0 planar coordinate on the lens plane; • a second lens (T), having focal length f T and pupil function P T (ρ T ), with ρ T planar coordinate on the lens plane; wherein said second lens (T) is arranged in the optical path ( a / b ) of the beam transmitted/reflected by the beam splitter (BS); said system further comprising means for analyzing the correlations of intensity between the pixels of the two sensors of the transmitted beam (D a ) and of the reflected beam (D b ), in order to obtain the plenoptic image, which also contains information on the direction of the light. • a sample (S), the image of which should be obtained, which is treatable as a source of chaotic light, the emission of which has an intensity profile F( ρ s ), with ρ s planar coordinate on the sample plane; • a beam splitter (BS); • two sensors or detectors(D a and D b ), configured to perform the spati al and directional detection of light emitted by the sample , respectively, where the planar coordinate on the detector planes is indicated by ρ a and ρ b , respectively; • an objective lens , having focal length f 0 and pupil function P 0 (ρ 0 ), with ρ 0 planar coordinate on the lens plane; • a second lens (T), having focal length f T and pupil function P T (ρ T ), with ρ T planar coordinate on the lens plane;
Injection-locked oscillator comprising at least: - one or several control inputs configured to receive one or several control signals, the oscillator being configured such that the value of its natural frequency depends on the amplitude of the control signal(s); - a synchronisation input configured to receive a periodic synchronisation signal, the oscillator being configured to output an output signal with a frequency equal to the frequency of the synchronisation signal when the oscillator is locked to the frequency of the synchronisation signal, and such that a phase shift between the output signal and the synchronisation signal depends on a difference between the natural frequency of the oscillator and the frequency of the synchronisation signal; - a first load impedance , the oscillator being configured such that a load signal is applied on the first load impedance ; - a second load impedance ; - a first coupling component configured to periodically couple the second load impedance to the first load impedance , at the frequency of the synchronisation signal, in parallel or in series. - one or several control inputs configured to receive one or several control signals, the oscillator being configured such that the value of its natural frequency depends on the amplitude of the control signal(s); - a synchronisation input configured to receive a periodic synchronisation signal, the oscillator being configured to output an output signal with a frequency equal to the frequency of the synchronisation signal when the oscillator is locked to the frequency of the synchronisation signal, and such that a phase shift between the output signal and the synchronisation signal depends on a difference between the natural frequency of the oscillator and the frequency of the synchronisation signal; - a first load impedance , the oscillator being configured such that a load signal is applied on the first load impedance ; - a second load impedance ; - a first coupling component configured to periodically couple the second load impedance to the first load impedance , at the frequency of the synchronisation signal, in parallel or in series.
Quick-change clamping device for a portable power tool , in particular a power angle grinder, having a output shaft that can be driven in rotation, having at least one clamping unit that, for the purpose of fixing an insert-tool unit to the output shaft without use of tools, has a movably mounted clamping element for applying a clamping force to the insert-tool unit when the clamping element is in a clamping position, characterized in that the clamping unit has a single clamping element which is formed by a positive-engagement element that is movable transversely in relation to a rotation axis of the output shaft and that is provided to engage with positive engagement behind a sub-region of the insert-tool unit for the purpose of securing the insert-tool unit , wherein the clamping element is formed by a toggle lever mounted so as to be rotatable about a rotation axis that is perpendicular to the rotation axis of the output shaft, wherein these rotation axes are mutually spaced apart.
Fiber management system for managing and distributing optical fibers comprising: at least one supporting element ; at least one splice tray pivotally mounted on the supporting element around a pivot axis (X); distributing elements for routing incoming fiber modules toward said splice tray and for routing outgoing fiber modules away from said splice tray , said distributing elements being oriented along respective routing directions (Y) transverse to said pivot axis (X); at least one guiding channel provided on said supporting element for guiding at least said incoming fiber modules toward said splice tray along a direction substantially parallel to said pivot axis (X); a retention block acting into said guiding channel between a plurality of retention positions wherein each retention position of the retention block defines a respective passageway for said incoming fiber modules. at least one supporting element ; at least one splice tray pivotally mounted on the supporting element around a pivot axis (X); distributing elements for routing incoming fiber modules toward said splice tray and for routing outgoing fiber modules away from said splice tray , said distributing elements being oriented along respective routing directions (Y) transverse to said pivot axis (X); at least one guiding channel provided on said supporting element for guiding at least said incoming fiber modules toward said splice tray along a direction substantially parallel to said pivot axis (X); a retention block acting into said guiding channel between a plurality of retention positions wherein each retention position of the retention block defines a respective passageway for said incoming fiber modules.
Combined-cycle turbine plant with at least one gas turbine , a steam turbine and at least one waste heat steam generator , the waste heat steam generator comprising at least one condensate preheater into which a condensate line leads, characterized by a feedwater preheater connected upstream of the condensate preheater in the direction of flow of a gas turbine waste gas , upstream of which feedwater preheater a feedwater pump is connected and which is connected with a fuel preheating unit for the gas turbine , wherein a line for cooled feedwater leads from the fuel preheating unit into a pump medium inlet of a jet pump , the suction medium inlet of which is connected to an outlet of the condensate preheater and the outlet of which is connected to the condensate line .
A method for laying a hydraulic member in a loaded line, comprising the following steps: laying a collar , equipped with a bypass outlet , added around a line section , installing a piercing device at the distal end of an airlock (30; 60), equipped with a shut-off valve , provided at the distal end of the bypass outlet , piercing an opening into the line section using the piercing device through the airlock (30; 60) and the bypass outlet , closing the shut-off valve , removing the piercing device , installing the hydraulic member on an insertion device , installing the insertion device at the distal end of the airlock (30; 60), opening the shut-off valve , and inserting the hydraulic member into the line section using the insertion device through the airlock (30; 60), the bypass outlet and the opening of the line section characterized in that the bypass outlet comprises a lateral fitting , making it possible to connect the interior space of the bypass outlet with the outside, in that the airlock (30; 60) comprises at least one lateral fitting , making it possible to connect the volume of the airlock (33; 63) with the outside, and in that a fluid circulation is ensured between the bypass outlet and the airlock (30; 60) during the step of piercing and/or during the step of inserting the hydraulic member . laying a collar , equipped with a bypass outlet , added around a line section , installing a piercing device at the distal end of an airlock (30; 60), equipped with a shut-off valve , provided at the distal end of the bypass outlet , piercing an opening into the line section using the piercing device through the airlock (30; 60) and the bypass outlet , closing the shut-off valve , removing the piercing device , installing the hydraulic member on an insertion device , installing the insertion device at the distal end of the airlock (30; 60), opening the shut-off valve , and inserting the hydraulic member into the line section using the insertion device through the airlock (30; 60), the bypass outlet and the opening of the line section characterized in that the bypass outlet comprises a lateral fitting , making it possible to connect the interior space of the bypass outlet with the outside, in that the airlock (30; 60) comprises at least one lateral fitting , making it possible to connect the volume of the airlock (33; 63) with the outside, and in that a fluid circulation is ensured between the bypass outlet and the airlock (30; 60) during the step of piercing and/or during the step of inserting the hydraulic member .
A heterodimeric antibody against PD-1 and CTLA-4 consisting of a) a first monomer having the amino acid sequence of SEQ ID NO: 23576; b) a second monomer having the amino acid sequence of SEQ ID NO: 23581; and c) a third monomer having the amino acid sequence of SEQ ID NO: 23591. a) a first monomer having the amino acid sequence of SEQ ID NO: 23576; b) a second monomer having the amino acid sequence of SEQ ID NO: 23581; and c) a third monomer having the amino acid sequence of SEQ ID NO: 23591.
An article of footwear (100; 300) comprising: an upper (101; 301); a sole structure (103; 303) attached to the upper (101; 301) so that the sole structure (103; 303) forms a lower surface of the article of footwear (100; 300) and the upper (101; 301) forms a medial sidewall of the article of footwear (100; 300); and a navicular support structure (106; 306), wherein the navicular support structure (106; 306) includes a frame (104; 304) and a pre-sprung material (102; 302), wherein the frame (104; 304) extends from a point on the lower surface of the sole structure (103; 303) of the article of footwear to a point on the medial sidewall in the midfoot portion of the article of footwear, characterised in that the frame (104; 304) includes an aperture (112; 312), and the pre-sprung material (102; 302) is disposed within the aperture (112; 312). an upper (101; 301); a sole structure (103; 303) attached to the upper (101; 301) so that the sole structure (103; 303) forms a lower surface of the article of footwear (100; 300) and the upper (101; 301) forms a medial sidewall of the article of footwear (100; 300); and a navicular support structure (106; 306), wherein the navicular support structure (106; 306) includes a frame (104; 304) and a pre-sprung material (102; 302), wherein the frame (104; 304) extends from a point on the lower surface of the sole structure (103; 303) of the article of footwear to a point on the medial sidewall in the midfoot portion of the article of footwear, characterised in that the frame (104; 304) includes an aperture (112; 312), and the pre-sprung material (102; 302) is disposed within the aperture (112; 312).