mhurhangee/patent-ind-claim-en huggingface dataset:
Method of producing a trench-shaped structure (GA) in a III-V multi-junction solar cell (MS) with an upper side (OS) and a lower side (US) and the III-V multi-junction solar cell (MS) comprises a substrate (SUB) arranged at the lower side (US), and the substrate (SUB) is constructed as a semiconductor wafer and has on a front side an epitaxial layer system (ES) with a plurality of III-V layers, wherein the epitaxial layer system (ES) comprises at least one first III-V solar cell formed at the upper side (OS) of the III-V multi-junction solar cell (MS), on which first III-V solar cell an organic layer (SL) is arranged, characterised in that - in a first method step a first trench (GA1) with a width X and with a base surface (BO1) formed in the epitaxial layer system (ES) is produced by means of a laser, - in a second method step a second trench (GA2) with a width Y and with a base surface (BO2) formed in the substrate is produced in the base surface (OS) of the first trench (GA1) by means of the laser, wherein the width Y is smaller than the width X so that a first step is formed by the execution of the second method step, - the aforesaid method steps are executed in the indicated sequence or in an alternative the second method step is executed before the first method step and the second trench (GA2) with the width Y is produced before the first trench (GA1) with the width X. - in a first method step a first trench (GA1) with a width X and with a base surface (BO1) formed in the epitaxial layer system (ES) is produced by means of a laser, - in a second method step a second trench (GA2) with a width Y and with a base surface (BO2) formed in the substrate is produced in the base surface (OS) of the first trench (GA1) by means of the laser, wherein the width Y is smaller than the width X so that a first step is formed by the execution of the second method step, - the aforesaid method steps are executed in the indicated sequence or in an alternative the second method step is executed before the first method step and the second trench (GA2) with the width Y is produced before the first trench (GA1) with the width X.
Liquid composition characterised in that it contains: - at least one bisphosphonic compound bearing at least one partially fluorinated, perfluorinated (PF) or perfluorpolyether (PFPE) group, and in that said bisphosphonic compound is dissolved in - at least one non-flammable fluorinated solvent, said solvent not having a flash point or having a flash point higher than 60°C. - at least one bisphosphonic compound bearing at least one partially fluorinated, perfluorinated (PF) or perfluorpolyether (PFPE) group, and in that said bisphosphonic compound is dissolved in - at least one non-flammable fluorinated solvent, said solvent not having a flash point or having a flash point higher than 60°C.
An agent for use in the prevention or the treatment of metabolic syndrome said agent being selected from the group consisting of: - a culture supernatant of yeast, - a culture and/or cell of Kluyveromyces lactis T001985 (CNCM 1-3935), Kluyveromyces lactis NBRC-1090T, Kluyveromyces marxianus JCM-1630T, - a culture and/or cell and/or culture supernatant of Propionibacterium , - a culture supernatant of a microorganism selected from the group consisting of: Streptococcus thermophilus, and Lactococcus, wherein culture media of the microorganism is a milk medium, a culture medium containing milk components or a semisynthetic medium not containing milk component, or a culture medium to which a whey powder is added as a milk component, as active ingredients. - a culture supernatant of yeast, - a culture and/or cell of Kluyveromyces lactis T001985 (CNCM 1-3935), Kluyveromyces lactis NBRC-1090T, Kluyveromyces marxianus JCM-1630T, - a culture and/or cell and/or culture supernatant of Propionibacterium , - a culture supernatant of a microorganism selected from the group consisting of: Streptococcus thermophilus, and Lactococcus, wherein culture media of the microorganism is a milk medium, a culture medium containing milk components or a semisynthetic medium not containing milk component, or a culture medium to which a whey powder is added as a milk component,
A temperature limiting adjustable device, comprising an operation element , a temperature limiting element , a switch element , a position limiting element and a temperature adjusting element ; the temperature limiting element is disposed with at least two temperature limiting gears , the operation element controls the switch element to switch between the temperature limiting gears , the switch element is locked to the temperature limiting gear after switching; the switch element is linked to the position limiting element , the position limiting element is disposed with a high temperature end and a low temperature end ; when the switch element is switched to different temperature limiting gears , the position limiting element moves accordingly and makes the position of the high temperature end and the low temperature end change, thus making the temperature adjusting range of the temperature adjusting element change accordingly, characterized in that the temperature adjusting element is disposed with an abutting element movable between the high temperature end and the low temperature end to abut against the temperature adjusting element for position limit.
An oral cavity washing device comprising: a nozzle ; a first flow passage and a second flow passage ; and a pump that supplies a liquid to the nozzle , wherein the nozzle comprises: a nozzle flow passage ; and a reduced part in a middle of the nozzle flow passage , the reduced part being smaller in cross-sectional area than a rest part of the nozzle flow passage , the first flow passage has a first valve that causes the first flow passage to be opened only when the pump sucks the liquid the second flow passage has a second valve that causes the second flow passage to be opened only when the pump discharges the liquid, and the first flow passage and the second flow passage are in parallel to each other and disposed between the nozzle and the pump , such that the opening of the first flow passage allows the pump to suck the liquid from the nozzle ; and the opening of the second flow passage allows the pump to discharge the liquid from the nozzle . a nozzle ; a first flow passage and a second flow passage ; and a pump that supplies a liquid to the nozzle , wherein the nozzle comprises: a nozzle flow passage ; and a reduced part in a middle of the nozzle flow passage , the reduced part being smaller in cross-sectional area than a rest part of the nozzle flow passage , the first flow passage has a first valve that causes the first flow passage to be opened only when the pump sucks the liquid the second flow passage has a second valve that causes the second flow passage to be opened only when the pump discharges the liquid, and the first flow passage and the second flow passage are in parallel to each other and disposed between the nozzle and the pump , such that the opening of the first flow passage allows the pump to suck the liquid from the nozzle ; and the opening of the second flow passage allows the pump to discharge the liquid from the nozzle . a nozzle flow passage ; and a reduced part in a middle of the nozzle flow passage , the reduced part being smaller in cross-sectional area than a rest part of the nozzle flow passage , the first flow passage has a first valve that causes the first flow passage to be opened only when the pump sucks the liquid the second flow passage has a second valve that causes the second flow passage to be opened only when the pump discharges the liquid, and the first flow passage and the second flow passage are in parallel to each other and disposed between the nozzle and the pump , such that the opening of the first flow passage allows the pump to suck the liquid from the nozzle ; and the opening of the second flow passage allows the pump to discharge the liquid from the nozzle .
A population of Type-! natural killer T (NKT) cells obtained by enriching NKT cells for CD62L-positive NKT cells for use in immunotherapy administered to a patient in need, wherein the NKT cells are enriched by exposing the NKT cells to IL-21,
A recombinant polypeptide having transposase activity comprising a sequence at least 90% identical to SEQ ID NO: 1, wherein the polypeptide comprises an Arg at the position corresponding to position 14; an Ala at the position corresponding to position 33; a His at the position corresponding to position 115; an Asp at the position corresponding to position 214; an Ala at the position corresponding to position 215; a Val at the position corresponding to position 216; a Gln at the position corresponding to position 217; a His at the position corresponding to position 243; an Arg at the position corresponding to position 136; a His at the position corresponding to position 253 and an Arg at the position corresponding to position 255.
A method for performing, by a first device, wireless communication, the method comprising: receiving from a base station information related to a sidelink, SL, resource (S1210) and information related to a physical uplink control channel, PUCCH, resource; constructing (S1220) a medium access control, MAC, packet data unit, PDU for which hybrid automatic repeat request, HARQ, feedback is disabled, wherein the MAC PDU includes one or more packets related to one or more logical channels for which HARQ feedback is disabled and does not include any packet related to a logical channel for which HARQ feedback is enabled; transmitting, to a second device, the MAC PDU based on the SL resource; determining (S1230) that a retransmission of the MAC PDU is required; and transmitting (S1240), to the base station, a negative acknowledgment, NACK, on the PUCCH resource based on i) HARQ feedback being disabled for the MAC PDU, and ii) no SL grant being available for the retransmission of the MAC PDU. receiving from a base station information related to a sidelink, SL, resource (S1210) and information related to a physical uplink control channel, PUCCH, resource; constructing (S1220) a medium access control, MAC, packet data unit, PDU for which hybrid automatic repeat request, HARQ, feedback is disabled, wherein the MAC PDU includes one or more packets related to one or more logical channels for which HARQ feedback is disabled and does not include any packet related to a logical channel for which HARQ feedback is enabled; transmitting, to a second device, the MAC PDU based on the SL resource; determining (S1230) that a retransmission of the MAC PDU is required; and transmitting (S1240), to the base station, a negative acknowledgment, NACK, on the PUCCH resource based on i) HARQ feedback being disabled for the MAC PDU, and ii) no SL grant being available for the retransmission of the MAC PDU.
An electronic conference communication system , comprising: - a communication network , - a plurality of communication terminals linked together via the communication network , characterised in that each communication terminal comprises: - means for transmitting data frames to the other terminal(s) , - means for receiving data frame(s) transmitted by the other terminal(s) , - means for selecting one or more frames from the set of frames received in a given time interval, - means for generating, from the selected frame or frames, an audio signal suitable for output from the terminal , and in that each communication terminal is suitable for outputting the audio signal in the absence of a central data server connected to the communication network . - a communication network , - a plurality of communication terminals linked together via the communication network , - means for transmitting data frames to the other terminal(s) , - means for receiving data frame(s) transmitted by the other terminal(s) , - means for selecting one or more frames from the set of frames received in a given time interval, - means for generating, from the selected frame or frames, an audio signal suitable for output from the terminal , and
A directory deletion method, comprising: receiving, by a storage server , a delete operation authentication request of a host , wherein the delete operation authentication request carries user information and information about a target directory; detecting, by the storage server, the user information, and after detecting that a user represented by the user information has delete permission for the target directory, obtaining a file identifier, FID of the target directory according to the information about the target directory, storing the user information and a correspondence between the user information and the target directory, and sending a success response message to the host, wherein the success response message carries the FID; receiving, by the storage server, a delete request of the host, wherein the delete request carries the FID; identifying, by the storage server, the user information stored on the storage server; and identifying, by the storage server, the target directory by using the FID, and performing a delete operation on the target directory, wherein the delete operation specifically comprises: performing verification on each file and each subdirectory in the target directory by using the user information stored by the storage server, and deleting each successfully verified empty subdirectory and each successfully verified file. receiving, by a storage server , a delete operation authentication request of a host , wherein the delete operation authentication request carries user information and information about a target directory; detecting, by the storage server, the user information, and after detecting that a user represented by the user information has delete permission for the target directory, obtaining a file identifier, FID of the target directory according to the information about the target directory, storing the user information and a correspondence between the user information and the target directory, and sending a success response message to the host, wherein the success response message carries the FID; receiving, by the storage server, a delete request of the host, wherein the delete request carries the FID; identifying, by the storage server, the user information stored on the storage server; and identifying, by the storage server, the target directory by using the FID, and performing a delete operation on the target directory, wherein the delete operation specifically comprises: performing verification on each file and each subdirectory in the target directory by using the user information stored by the storage server, and deleting each successfully verified empty subdirectory and each successfully verified file. performing verification on each file and each subdirectory in the target directory by using the user information stored by the storage server, and deleting each successfully verified empty subdirectory and each successfully verified file.
Reactant introduction arrangement for introducing reactant into the exhaust gas stream of an internal combustion engine, comprising - a reactant introduction housing with a reactant introduction space surrounded by a housing wall elongated in the direction of a housing longitudinal axis (L), wherein the housing wall comprises an incoming flow wall area to be positioned upstream in relation to an exhaust gas flow direction (A), an outgoing flow wall area to be positioned downstream in relation to the exhaust gas flow direction (A) and two side wall areas between the incoming flow wall area and the outgoing flow wall area , - a reactant injection device arranged essentially in the direction of the housing longitudinal axis (L) for injecting reactant into the reactant introduction space in a reactant introduction direction (E) towards a heatable reactant release element , characterized in that at least one flow-through opening is provided in at least one side wall area of the housing wall elongated in the direction of a housing longitudinal axis (L). - a reactant introduction housing with a reactant introduction space surrounded by a housing wall elongated in the direction of a housing longitudinal axis (L), wherein the housing wall comprises an incoming flow wall area to be positioned upstream in relation to an exhaust gas flow direction (A), an outgoing flow wall area to be positioned downstream in relation to the exhaust gas flow direction (A) and two side wall areas between the incoming flow wall area and the outgoing flow wall area , - a reactant injection device arranged essentially in the direction of the housing longitudinal axis (L) for injecting reactant into the reactant introduction space in a reactant introduction direction (E) towards a heatable reactant release element , characterized in that at least one flow-through opening is provided in at least one side wall area of the housing wall elongated in the direction of a housing longitudinal axis (L).
A focus detection apparatus configured to perform a focus detection using a pixel signal obtained by photoelectrically converting light passing through different pupil areas in an imaging optical system, the focus detection apparatus comprising: an acquisition means configured to acquire the pixel signal; a signal generation means configured to generate a first focus detection signal and a second focus detection signal corresponding to the different pupil areas using the pixel signal and a focus detection means configured to calculate an image shift amount between the first focus detection signal and the second focus detection signal and to calculate a defocus amount from the image shift amount and a conversion coefficient; characterized in that the focus detection means is configured to calculate a first defocus amount from the image shift amount and a conversion coefficient and to calculate a second defocus amount by correcting the first defocus amount using a correction coefficient based on a phase transfer function corresponding to the different pupil areas, wherein the correction coefficient is used for converting the first defocus amount into the second defocus amount, wherein the correction coefficient is set to be small when an absolute value of the first defocus amount is large and to be large when the absolute value is small; wherein the apparatus is configured to execute the focus detection based on the second defocus amount. an acquisition means configured to acquire the pixel signal; a signal generation means configured to generate a first focus detection signal and a second focus detection signal corresponding to the different pupil areas using the pixel signal and a focus detection means configured to calculate an image shift amount between the first focus detection signal and the second focus detection signal and to calculate a defocus amount from the image shift amount and a conversion coefficient; the focus detection means is configured to calculate a first defocus amount from the image shift amount and a conversion coefficient and to calculate a second defocus amount by correcting the first defocus amount using a correction coefficient based on a phase transfer function corresponding to the different pupil areas, wherein the correction coefficient is used for converting the first defocus amount into the second defocus amount, wherein the correction coefficient is set to be small when an absolute value of the first defocus amount is large and to be large when the absolute value is small; wherein the apparatus is configured to execute the focus detection based on the second defocus amount.
A medical imaging device connector assembly for connecting a medical imaging device to a terminal of a medical imaging system, the medical imaging device connector assembly comprising: a top housing including a first base cutout; a bottom housing configured to couple to the top housing, the bottom housing including a second base cutout; a base housing positioned within the first and second base cutouts; and an electrical connector positioned within the base housing, characterized in that the connector assembly further comprises: a plurality of printed circuit boards, PCBs, disposed between the top housing and the bottom housing; and an elastic seal member surrounding a circumference of the base housing, wherein when the top housing is coupled to the bottom housing , the elastic seal member is compressed by the plurality of PCBs in a first direction and by the top and bottom housings in a second direction perpendicular to the first direction to prevent fluid ingress. a top housing including a first base cutout; a bottom housing configured to couple to the top housing, the bottom housing including a second base cutout; a base housing positioned within the first and second base cutouts; and an electrical connector positioned within the base housing, characterized in that the connector assembly further comprises: a plurality of printed circuit boards, PCBs, disposed between the top housing and the bottom housing; and an elastic seal member surrounding a circumference of the base housing, wherein when the top housing is coupled to the bottom housing , the elastic seal member is compressed by the plurality of PCBs in a first direction and by the top and bottom housings in a second direction perpendicular to the first direction to prevent fluid ingress. a plurality of printed circuit boards, PCBs, disposed between the top housing and the bottom housing; and an elastic seal member surrounding a circumference of the base housing, wherein when the top housing is coupled to the bottom housing , the elastic seal member is compressed by the plurality of PCBs in a first direction and by the top and bottom housings in a second direction perpendicular to the first direction to prevent fluid ingress.