mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for in-situ delayering of a sample for fault isolation and defect localization, comprising: an optical observation device having an optical axis and being configured to produce a beam along the optical axis onto the sample; a vacuum chamber ; a motion stage located with the vacuum chamber for supporting a sample for surface delayering, the motion stage being movable relative to the optical axis; and an actuator ; wherein a probe tip is mounted on the actuator in the vacuum chamber in a position to engage the sample at a selected angle relative to a surface of the sample, the probe tip includes a cutting edge capable of peeling away one layer of material at a time from the surface of the sample in a direction perpendicular to the cutting edge of the probe tip and reveal an underlying layer to locate a defect beneath the surface of the sample for analysis. an optical observation device having an optical axis and being configured to produce a beam along the optical axis onto the sample; a vacuum chamber ; a motion stage located with the vacuum chamber for supporting a sample for surface delayering, the motion stage being movable relative to the optical axis; and an actuator ; wherein a probe tip is mounted on the actuator in the vacuum chamber in a position to engage the sample at a selected angle relative to a surface of the sample, the probe tip includes a cutting edge capable of peeling away one layer of material at a time from the surface of the sample in a direction perpendicular to the cutting edge of the probe tip and reveal an underlying layer to locate a defect beneath the surface of the sample for analysis.
Method for interconnecting a first and a second component of a sport shoe comprising one or more of the following: a sole unit , a midsole, an outsole, an outsole element, a sole plate, a shoe upper , a functional element, comprising the following steps: a. providing a pattern element having at least one removable at least partially non-transparent or non-reflective portion ; b. irradiating at least one of the first and the second component via the pattern element with heat radiation; and c. interconnecting the irradiated first and second component; d. wherein the first component and / or the second component comprise a foamed or expanded material; and e. wherein the heat radiation is provided by an infrared radiation, IR-radiation, originating from at least one IR-radiation source . a. providing a pattern element having at least one removable at least partially non-transparent or non-reflective portion ; b. irradiating at least one of the first and the second component via the pattern element with heat radiation; and c. interconnecting the irradiated first and second component; d. wherein the first component and / or the second component comprise a foamed or expanded material; and e. wherein the heat radiation is provided by an infrared radiation, IR-radiation, originating from at least one IR-radiation source .
An integrated circuit comprising: a signal pad ; an output buffer having an output coupled to the signal pad and having an enable input; an input buffer having an input coupled to the signal pad and having an enable input; a counter which is enabled to start counting down a predetermined count value when a voltage on the signal pad is both higher than a predetermined low threshold voltage (VOL) and lower than a predetermined high threshold voltage (VOH) , wherein the predetermined low threshold voltage (VOL) corresponds to a threshold below which a voltage corresponds to a logic level zero and the predetermined high threshold voltage (VOH) corresponds to a threshold above which a voltage corresponds to a logic level one; and a gating circuit , coupled to the counter and the enable inputs of the input and output buffers, configured to, in response to the counter expiring, disable the input buffer and the output buffer . a signal pad ; an output buffer having an output coupled to the signal pad and having an enable input; an input buffer having an input coupled to the signal pad and having an enable input; a counter which is enabled to start counting down a predetermined count value when a voltage on the signal pad is both higher than a predetermined low threshold voltage (VOL) and lower than a predetermined high threshold voltage (VOH) , wherein the predetermined low threshold voltage (VOL) corresponds to a threshold below which a voltage corresponds to a logic level zero and the predetermined high threshold voltage (VOH) corresponds to a threshold above which a voltage corresponds to a logic level one; and a gating circuit , coupled to the counter and the enable inputs of the input and output buffers, configured to, in response to the counter expiring, disable the input buffer and the output buffer .
A light transmitting and receiving device comprising: a light source configured to output optical pulses; a light receiver configured to receive reflected lights corresponding to the optical pulses; a controller configured to control the light source to periodically output an optical frame containing a plurality of optical pulses in which some of the optical pulses are different in a power value (P 1 , P 2 , P 3 ) from others; and a detector configured to detect an object by using the reflected lights received by the light receiver , and to deliver detection data to the controller , wherein the controller is further configured to adjust power of optical pulses to be outputted by the light source, based on the detection data of the detector , characterized in that the controller is further configured to, when there is a difference in the detection data of a specific direction according to the reflected lights of the optical pulses outputted at different power values (P 1 , P 2 , P 3 ), adjust the power of the optical pulses to be outputted by the light source . a light source configured to output optical pulses; a light receiver configured to receive reflected lights corresponding to the optical pulses; a controller configured to control the light source to periodically output an optical frame containing a plurality of optical pulses in which some of the optical pulses are different in a power value (P 1 , P 2 , P 3 ) from others; and a detector configured to detect an object by using the reflected lights received by the light receiver , and to deliver detection data to the controller , wherein the controller is further configured to adjust power of optical pulses to be outputted by the light source, based on the detection data of the detector , characterized in that the controller is further configured to, when there is a difference in the detection data of a specific direction according to the reflected lights of the optical pulses outputted at different power values (P 1 , P 2 , P 3 ), adjust the power of the optical pulses to be outputted by the light source .
A household appliance comprising a part which is releasably attached onto said household appliance through snap-fit connection, wherein said part is provided with two or more engagement sites including a first engagement site and a second engagement site distributed around an axis (A) along a direction (D) to be followed at a process for releasably securing of said part ; wherein each of said first engagement site and said second engagement site has a different respective orthogonal projection on said axis (A), wherein said part further includes a plurality of housings for at least partly receiving and guiding a plurality of respective damping units , and thus forming a damper assembly ; wherein said damper assembly is adapted to dampen the closing of a door of the household appliance , and wherein said axis (A) is located between two adjacent housings .
Method for managing a plurality of contents stored in various sources of contents and accessible by a predetermined set of terminals connected in a network, comprising the following steps: - aggregation (S4) of respective indexes of the contents accessible by the terminals of said set, in a common database for the set of terminals, each content being represented by at least one index (INDCi) comprising information data on the content, in which the information data on a content comprise at least one information item on a type of content source (ETA), - copying of a part at least of the contents accessible by the terminals of the aforementioned set as a function of an information item on an accessibility of the sources of the contents (ETA), so that different priorities are assigned for the copying as a function of said accessibility in a memory of an equipment item connected to the network and accessible from the terminals, in which the content source is a terminal and the information item on the type of content source (ETA) characterizes at least one state of the terminal on or off and/or connected or not - interrogation, by a common interface application being installed in each terminal of said set, of said database from each terminal and selection, by said interface application, of a content indexed in the database in order to access the content selected from said terminal. - aggregation (S4) of respective indexes of the contents accessible by the terminals of said set, in a common database for the set of terminals, each content being represented by at least one index (INDCi) comprising information data on the content, in which the information data on a content comprise at least one information item on a type of content source (ETA), - copying of a part at least of the contents accessible by the terminals of the aforementioned set as a function of an information item on an accessibility of the sources of the contents (ETA), so that different priorities are assigned for the copying as a function of said accessibility in a memory of an equipment item connected to the network and accessible from the terminals, in which the content source is a terminal and the information item on the type of content source (ETA) characterizes at least one state of the terminal on or off and/or connected or not - interrogation, by a common interface application being installed in each terminal of said set, of said database from each terminal and selection, by said interface application, of a content indexed in the database in order to access the content selected from said terminal.
An arrangement for installing and wall mounting a washbasin , comprising a flush-mounted box for connections of the washbasin and a fastening device for fastening the washbasin to a wall, characterized in that the flush-mounted box has a load-bearing rear wall , which is provided with a mounting rail , which can be fixedly anchored to the wall , and which bears the fastening device for the washbasin , in that the flush-mounted box comprises the connections for the water inlet and the water drain and in that the front side of the flush-mounted box can be entirely covered by the rear wall of the washbasin once it has been fastened to the wall .
A filter arrangement, comprising: a filter cartridge , having an opening and a wall , which is formed of a filter medium and has an inner side delimiting a clean side of the filter and an outer side delimiting a raw side of the filter; a fan configured to convey air to be purified first through the wall , and subsequently through the opening of the filter cartridge ; a purification device configured to convey a jet of compressed air through the opening into the filter cartridge , and through the wall out of the filter cartridge , so as to convey dirt away from the outer side of the wall ; and a sensor configured to determine a force acting on a measurement region as a result of the jet of compressed air, the measurement region being arranged at a lower side of the filter cartridge which is located opposite the opening . a filter cartridge , having an opening and a wall , which is formed of a filter medium and has an inner side delimiting a clean side of the filter and an outer side delimiting a raw side of the filter; a fan configured to convey air to be purified first through the wall , and subsequently through the opening of the filter cartridge ; a purification device configured to convey a jet of compressed air through the opening into the filter cartridge , and through the wall out of the filter cartridge , so as to convey dirt away from the outer side of the wall ; and a sensor configured to determine a force acting on a measurement region as a result of the jet of compressed air, the measurement region being arranged at a lower side of the filter cartridge which is located opposite the opening .
Receptacle for the at least partial press-fitting reception of at least one battery cell for a battery module, wherein the receptacle has at least two end plates which can be arranged on two opposite sides of the at least one battery cell , wherein the end plates are connected by a plurality of connecting means , which are fixed to the end plates and which each have at least two plug elements , in such a way that for fixing the connecting means to the end plates , the plug elements of the connecting means engage in sockets of the end plates that extend in a plane arranged substantially at a right angle to the direction of extent of the connecting means , wherein the connecting means are formed in one piece, characterized in that the sockets pass completely through the end plates .
A nucleic acid construct that comprises a) a nucleotide sequence of an eukaryotic promoter; b) a nucleotide sequence encoding truncated Copper-transporting ATPase 2 (ATP7B) in which the N-terminal Heavy-Metal-Associated sites HMA 1, HMA 2, HMA 3, and HMA 4 are totally deleted and HMA 5 and HMA 6 remain undeleted; and c) a polyadenylation signal sequence, d) flanked by a 5' inverted terminal repeat (ITR) and 3'ITR of an adeno-associated virus (AAV). a) a nucleotide sequence of an eukaryotic promoter; b) a nucleotide sequence encoding truncated Copper-transporting ATPase 2 (ATP7B) in which the N-terminal Heavy-Metal-Associated sites HMA 1, HMA 2, HMA 3, and HMA 4 are totally deleted and HMA 5 and HMA 6 remain undeleted; and c) a polyadenylation signal sequence, d) flanked by a 5' inverted terminal repeat (ITR) and 3'ITR of an adeno-associated virus (AAV).
A preform coating device comprising: a rotary holder operable to hold a preform in a horizontal direction and make the preform rotate about an axial line of the preform ; a conveyor operable to convey the preform by moving the rotary holder ; a dispenser operable to discharge a coating solution towards the preform ; and a dryer arranged separated from the dispenser and operable to dry the coating solution coated on the preform , wherein the conveyor is operable to convey the preform in a state held in a horizontal direction, the device being characterized in that the rotary holder is operable to grip an opening part of the preform and make the preform rotate while the dispenser is discharging the coating solution, and the preform coating device further comprises a preform support , the preform support is operable to support the side of a bottom part of a cylindrical body part of the preform while the dispenser is discharging the coating solution. a rotary holder operable to hold a preform in a horizontal direction and make the preform rotate about an axial line of the preform ; a conveyor operable to convey the preform by moving the rotary holder ; a dispenser operable to discharge a coating solution towards the preform ; and a dryer arranged separated from the dispenser and operable to dry the coating solution coated on the preform , wherein the conveyor is operable to convey the preform in a state held in a horizontal direction, the device being characterized in that the rotary holder is operable to grip an opening part of the preform and make the preform rotate while the dispenser is discharging the coating solution, and the preform coating device further comprises a preform support , the preform support is operable to support the side of a bottom part of a cylindrical body part of the preform while the dispenser is discharging the coating solution.
A method of forming multiple step edges in a surface of a crystalline substrate , the method comprising: forming a layer of resist over the surface, the layer of resist comprising openings to expose a selected area of the surface, thereby forming a first wall and a second wall in the layer of resist on a perimeter of the selected area; and exposing the resist and the substrate to an ion beam , thereby etching the resist and the exposed areas of the surface to thereby create an upper level outside the selected area and a lower level within the selected area of the surface; while exposing the resist and the substrate to the ion beam, gradually rotating the substrate about an axis normal to the surface to thereby form a first step edge at the first wall and a second step edge at the second wall; and depositing superconducting material onto the substrate to form a path that crosses the first and second step edges multiple times, to form multiple Josephson junctions comprising at least one Josephson junction each time the path crosses one of the first and second step edges, wherein the path comprises multiple connections on the lower level , each connection connecting one of the multiple Josephson junctions on the first step edge to one of the multiple Josephson junction on the second step edge, and the superconducting material is deposited onto the substrate to form a loop comprising two Josephson junctions each time the path crosses one of the first and second step edges. forming a layer of resist over the surface, the layer of resist comprising openings to expose a selected area of the surface, thereby forming a first wall and a second wall in the layer of resist on a perimeter of the selected area; and exposing the resist and the substrate to an ion beam , thereby etching the resist and the exposed areas of the surface to thereby create an upper level outside the selected area and a lower level within the selected area of the surface; while exposing the resist and the substrate to the ion beam, gradually rotating the substrate about an axis normal to the surface to thereby form a first step edge at the first wall and a second step edge at the second wall; and depositing superconducting material onto the substrate to form a path that crosses the first and second step edges multiple times, to form multiple Josephson junctions comprising at least one Josephson junction each time the path crosses one of the first and second step edges, wherein the path comprises multiple connections on the lower level , each connection connecting one of the multiple Josephson junctions on the first step edge to one of the multiple Josephson junction on the second step edge, and the superconducting material is deposited onto the substrate to form a loop comprising two Josephson junctions each time the path crosses one of the first and second step edges.
Transport apparatus which is movable by hand and stackable with like apparatuses, having a first carrying installation and having a second carrying installation which is disposed above the first carrying installation , wherein the first carrying installation has two side walls as well as a pivotable rear wall , and the second carrying installation has two side walls and a pivotable rear wall , and wherein, when viewed from above, the first carrying installation is configured so as to be wider than the second carrying installation , wherein the first carrying installation in the rear region thereof, and disposed on both sides, furthermore has two first fastening means which proceed from the side walls of said first carrying installation and to which one handle installation for moving the transport apparatus is in each case fastened, and the second carrying installation , likewise in the rear region thereof, and likewise disposed on both sides, has two second fastening means which are specified for connecting the second carrying installation to the first carrying installation , wherein each handle installation is additionally fastened to the closest of the two second fastening means , and wherein an intermediate space which is utilized by the second carrying installation of a rearward transport apparatus when the latter is pushed into a transport apparatus situated in front is formed between the two handle installations , and wherein, in the state in which two transport apparatuses are stacked, the first carrying installations thereof, on the one hand, and the second carrying installations thereof, on the other hand, are partially pushed into one another, characterized in that the second carrying installation with the aid of the second fastening means thereof is connected to the two handle installations .
A silicon controlled rectifier comprising: a first region having a first conductivity type located in a semiconductor substrate; a second region having a second conductivity type located adjacent the first region in the semiconductor substrate, whereby a junction is formed at a boundary between the first region and the second region; a contact region of the first conductivity type and a contact region of the second conductivity type located in the first region, wherein the contact region of the second conductivity type is located between the contact region of the first conductivity type and said junction; a contact region of the first conductivity type and a contact region of the second conductivity type located in the second region, wherein the contact region of the first conductivity type is located between the contact region of the second conductivity type and said junction; and a further contact region of the second conductivity type, wherein the further contact region is located in the second region in between the contact region of the first conductivity type and said junction, wherein the further contact region and the contact region of the second conductivity type in the second region are connected together for biasing the second region, wherein the further contact region has an area A fc , wherein the contact region of the first conductivity type located in the second region has an area A e , characterized in that A e < A fc ≤ 5.0A e . a first region having a first conductivity type located in a semiconductor substrate; a second region having a second conductivity type located adjacent the first region in the semiconductor substrate, whereby a junction is formed at a boundary between the first region and the second region; a contact region of the first conductivity type and a contact region of the second conductivity type located in the first region, wherein the contact region of the second conductivity type is located between the contact region of the first conductivity type and said junction; a contact region of the first conductivity type and a contact region of the second conductivity type located in the second region, wherein the contact region of the first conductivity type is located between the contact region of the second conductivity type and said junction; and a further contact region of the second conductivity type, wherein the further contact region is located in the second region in between the contact region of the first conductivity type and said junction, wherein the further contact region and the contact region of the second conductivity type in the second region are connected together for biasing the second region, wherein the further contact region has an area A fc , wherein the contact region of the first conductivity type located in the second region has an area A e , characterized in that A e < A fc ≤ 5.0A e .