mhurhangee/patent-ind-claim-en huggingface dataset:
A connector production method comprising: holding a flat plate conductor with a first insulator ; joining central portions of one or more contacts to the first insulator such that front end portions of the one or more contacts are exposed at a front part of the first insulator and rear end portions of the one or more contacts project from a rear part of the first insulator , wherein the contacts extend in a direction of a fitting axis (C) and wherein a direction from a front to a back of the connector along the fitting axis (C) is called Y direction, wherein a X direction is perpendicular to the Y direction; and placing a shell made of metal over the first insulator such that the shell covers outer peripheral portions of the one or more contacts ; fixing and electrically connecting the shell to the flat plate conductor; characterized by the step of forming a second insulator by insert molding such that the second insulator covers the rear part of the first insulator and a rear part of the shell and adheres to surfaces of a pair of arm sections projecting in a +Y direction respectively from opposite ends in the X direction of a flat plate section of the shell while the rear end portions of the one or more contacts project from the second insulator and such that the second insulator closes the rear part in the +Y direction of the shell and of the first insulator covered by the shell , wherein the shell is fixed to and electrically connected to the flat plate conductor through welding. holding a flat plate conductor with a first insulator ; joining central portions of one or more contacts to the first insulator such that front end portions of the one or more contacts are exposed at a front part of the first insulator and rear end portions of the one or more contacts project from a rear part of the first insulator , wherein the contacts extend in a direction of a fitting axis (C) and wherein a direction from a front to a back of the connector along the fitting axis (C) is called Y direction, wherein a X direction is perpendicular to the Y direction; and placing a shell made of metal over the first insulator such that the shell covers outer peripheral portions of the one or more contacts ; fixing and electrically connecting the shell to the flat plate conductor; characterized by the step of forming a second insulator by insert molding such that the second insulator covers the rear part of the first insulator and a rear part of the shell and adheres to surfaces of a pair of arm sections projecting in a +Y direction respectively from opposite ends in the X direction of a flat plate section of the shell while the rear end portions of the one or more contacts project from the second insulator and such that the second insulator closes the rear part in the +Y direction of the shell and of the first insulator covered by the shell , wherein the shell is fixed to and electrically connected to the flat plate conductor through welding.
A coupling device for use with a bone anchoring element, the bone anchoring element including a head and a shank for anchoring in bone, the coupling device including: a receiving part configured to receive the head of the anchoring element, the receiving part having a first end and a second end , a passage extending from the first end to the second end and defining a longitudinal axis (C), a pressure member (6, 6', 6") at least partially arranged in the passage and configured to exert pressure onto the head to clamp the head in the receiving part, the pressure member having a central axis that is coincident with the longitudinal axis (C) of the receiving part and a seat (64; 64a, 64b; 64a', 64b') for the head, and a locking element cooperating with the receiving part for securing and fixing a rod and for locking the head in the receiving part ; wherein said seat is configured to pivotably receive the head of the bone anchoring element and is configured to permit pivoting of the bone anchoring element in at least one direction at a first maximum angle (α) relative to the longitudinal axis (C) and in an opposite direction to the one direction at a second maximum angle relative to the longitudinal axis (C) wherein the first maximum angle is greater than the second maximum angle, characterized in that the second maximum angle is defined by an abutment provided by the pressure member to the bone anchoring element. a receiving part configured to receive the head of the anchoring element, the receiving part having a first end and a second end , a passage extending from the first end to the second end and defining a longitudinal axis (C), a pressure member (6, 6', 6") at least partially arranged in the passage and configured to exert pressure onto the head to clamp the head in the receiving part, the pressure member having a central axis that is coincident with the longitudinal axis (C) of the receiving part and a seat (64; 64a, 64b; 64a', 64b') for the head, and a locking element cooperating with the receiving part for securing and fixing a rod and for locking the head in the receiving part ; wherein said seat is configured to pivotably receive the head of the bone anchoring element and is configured to permit pivoting of the bone anchoring element in at least one direction at a first maximum angle (α) relative to the longitudinal axis (C) and in an opposite direction to the one direction at a second maximum angle relative to the longitudinal axis (C) wherein the first maximum angle is greater than the second maximum angle, characterized in that the second maximum angle is defined by an abutment provided by the pressure member to the bone anchoring element.
A method performed by a computing device for identifying radio signal transmission characteristics in a wireless communication system, the method comprising: identifying a signal transmission location and a signal reception location; identifying an area where a tree is present between the signal transmission location and the signal reception location; identifying a characteristic of a crown of the tree and a characteristic of a trunk of the tree; modeling shapes of the crown and the trunk as N-sided polygonal poles based on the characteristics of the crown and the trunk; identifying a region from a center of the tree as a region where signal transmission is not possible; and determining a transmission characteristic of a radio signal sent from the signal transmission location to the signal reception location based on the characteristic of the crown, the characteristic of the trunk, the modeled shapes of the crown and the trunk, and the region where signal transmission is not possible, wherein N is a natural number bigger than 4, and wherein a size of the identified region is determined based on a density of leaves of the tree or a density of trees of a predetermined type in the area. identifying a signal transmission location and a signal reception location; identifying an area where a tree is present between the signal transmission location and the signal reception location; identifying a characteristic of a crown of the tree and a characteristic of a trunk of the tree; modeling shapes of the crown and the trunk as N-sided polygonal poles based on the characteristics of the crown and the trunk; identifying a region from a center of the tree as a region where signal transmission is not possible; and determining a transmission characteristic of a radio signal sent from the signal transmission location to the signal reception location based on the characteristic of the crown, the characteristic of the trunk, the modeled shapes of the crown and the trunk, and the region where signal transmission is not possible, wherein N is a natural number bigger than 4, and wherein a size of the identified region is determined based on a density of leaves of the tree or a density of trees of a predetermined type in the area.
Registration plate for a vehicle comprising a registration plate body having at least one inscription field, and comprising at least one inscription assigned to the inscription field of the registration plate body , the registration plate body being assigned at least one contactlessly readable transponder comprising a data carrier and an antenna for communication, and the registration plate body being covered by a protective cover, the registration plate body being fixedly connected by its underside to a further body and the further body being designed as a spacer element between the registration plate body and the vehicle, characterized in that the transponder is integrated in a tag and the tag is fixed on the registration plate body , and in that the tag is of self-adhesive design and is adhesively bonded onto the registration plate body or the protective cover, the data carrier being a data carrier that generates a magnetic field, and the antenna being formed as a slot antenna by the registration plate body provided with at least one slot, the data carrier being assigned to the slot antenna in an electrically insulated manner.
A method for controlling the metabolic profile of a fermentation culture comprising at least one carboxydotrophic acetogenic microorganism, the method comprising: a. flowing a gaseous substrate comprising CO and CO 2 to a bioreactor comprising a culture of the microorganism in a liquid nutrient medium to produce at least one product derived from acetyl CoA and at least one product derived from pyruvate; and b. adjusting the amount of CO 2 dissolved in the liquid nutrient medium wherein an increase in the amount of CO 2 dissolved in the liquid nutrient medium results in an increased ratio of products derived from pyruvate to products derived from acetyl CoA and a decrease in the amount of CO 2 dissolved in the liquid nutrient medium results in a decreased ratio of products derived from pyruvate to products derived from acetyl CoA; wherein the at least one product derived from pyruvate is selected from the group consisting of 2,3-butanediol, lactate, succinate, methyl ethyl ketone (MEK), 2-butanol, and isobutanol. a. flowing a gaseous substrate comprising CO and CO 2 to a bioreactor comprising a culture of the microorganism in a liquid nutrient medium to produce at least one product derived from acetyl CoA and at least one product derived from pyruvate; and b. adjusting the amount of CO 2 dissolved in the liquid nutrient medium wherein an increase in the amount of CO 2 dissolved in the liquid nutrient medium results in an increased ratio of products derived from pyruvate to products derived from acetyl CoA and a decrease in the amount of CO 2 dissolved in the liquid nutrient medium results in a decreased ratio of products derived from pyruvate to products derived from acetyl CoA;
A culture system comprising a culture medium and a precision-cut tissue slice placed on a tissue culture insert, wherein said precision-cut tissue slice is maintained in a highly oxygenated atmosphere containing at least 60 % and less than 95 % oxygen and wherein said culture is rotationally agitated facilitating intermittent submersion of said tissue slice in said culture medium.
A loading platform configured for attachment of cargo holding belts by means of a hook , said platform comprising: a substantially rectangular frame supporting a loading surface , said frame including two longitudinal side members ; platform walls attached to outer sides of said frame members, inner surfaces of said platform walls delimiting a generally flat loading area; characterized in that each side member on a side facing away from the loading area is provided with a protruding edge for engaging a hook of a cargo holding belt , wherein said edge extends beyond said loading area, and is received by a recess in a platform wall. a substantially rectangular frame supporting a loading surface , said frame including two longitudinal side members ; platform walls attached to outer sides of said frame members, inner surfaces of said platform walls delimiting a generally flat loading area; characterized in that each side member on a side facing away from the loading area is provided with a protruding edge for engaging a hook of a cargo holding belt , wherein said edge extends beyond said loading area, and is received by a recess in a platform wall.
A method of preparing a polyphenylene sulfide, comprising: (a) a step of forming a mixture of a sulfur source, an alkali metal hydroxide, a polymerization agent, an organic solvent, and water; (b) a step of heating the mixture while stirring to obtain a residual mixture; and (c) a step of adding a dihalogenated aromatic compound and an organic solvent to the residual mixture to obtain a mixed solution, and polymerizing the mixed solution, wherein, in step (c), a molar ratio of water to the organic solvent (H 2 O/organic solvent) in the mixed solution is 0.5 to 0.85, and wherein, when the residual mixture obtained in step (b) is measured by gas chromatography, a molar ratio of water to sulfur, H 2 O/S, is 1.7 to 2.5. (a) a step of forming a mixture of a sulfur source, an alkali metal hydroxide, a polymerization agent, an organic solvent, and water; (b) a step of heating the mixture while stirring to obtain a residual mixture; and (c) a step of adding a dihalogenated aromatic compound and an organic solvent to the residual mixture to obtain a mixed solution, and polymerizing the mixed solution,
Wall element of a piece of furniture, wherein the wall element for attaching a guiding device, which is provided for moving a furniture part of the piece of furniture relative to a furniture body, is provided with a material recess which is formed in particular afterwards compared to an initial state of the wall element , in order to attach the guiding device in the area of the material recess , wherein the wall element comprises an inset part which can be arranged to fit with a contour of the material recess , which inset part is designed to be inserted before the attachment of the guiding device onto the wall element , wherein the material recess and the inset part are coordinated with one another such that the guiding device with an inserted inset part can be attached at least partly within a receiving area provided on the inset part , wherein the receiving area is recessed relative to a wall element surface in the initial state of the wall element , wherein the contour of the material recess has an installation section with which the insert part is aligned and is prevented from moving further in insertion direction when the inset part is correctly inserted into the material recess, wherein the inset part is trough-shaped, wherein a deeper trough base that is more open at the top is open to the side, and wherein the contour of the material recess extends up to an end face edge section of the wall element , so that the inset part can be placed on the edge section for arrangement on the material recess and can be moved into the insertion position, wherein the contour of the material recess has an undercut section , which cooperates with a counter section on the inset part , so that the inset part arranged in the material recess is prevented from being lifted from the wall element surface .
A terminal comprising: a receiving section configured to receive information for configuring a control resource set including a downlink control channel candidate, wherein the information is received via higher layer signaling; and a control section configured to monitor the downlink control channel candidate, wherein the control section is not requested to monitor the downlink control channel candidate when a synchronization signal block containing a synchronization signal overlaps with the downlink control channel candidate, and wherein a resource corresponding to the downlink control channel is an unavailable resource for downlink data when the control resource set overlaps with the downlink data, wherein the downlink data is not mapped to the unavailable resource. a receiving section configured to receive information for configuring a control resource set including a downlink control channel candidate, wherein the information is received via higher layer signaling; and a control section configured to monitor the downlink control channel candidate, wherein the control section is not requested to monitor the downlink control channel candidate when a synchronization signal block containing a synchronization signal overlaps with the downlink control channel candidate, and wherein a resource corresponding to the downlink control channel is an unavailable resource for downlink data when the control resource set overlaps with the downlink data, wherein the downlink data is not mapped to the unavailable resource.
Tasimelteon for use in the treatment of a circadian rhythm disorder or a sleep disorder, wherein the treatment comprises orally administering to a human patient 20 mg/d tasimelteon without food.
A work analysis device comprising: an acquisition unit adapted to acquire a video image obtained by imaging a series of motions performed by a worker; a video image playback unit adapted to play back and display the video image on a playback screen , wherein the video image playback unit can play back the video image at a variable speed; a reception unit adapted to receive a delimitation operation for setting a motion delimitation in the video image; a display control unit adapted to execute a process for displaying a selection screen for selecting attribute information to be associated with a video image range delimited by the delimitation operation at a timing when the delimitation operation is received by the reception unit ; and a storage control unit adapted to store the attribute information selected through the selection screen in association with the video image range; characterized in that the selection screen is displayed to be superimposed on at least a portion of the playback screen ; and the display control unit is adapted to execute the process for displaying the selection screen at a timing when a predetermined operation is received while the video image is played back at a speed lower than a normal speed, and is adapted to not execute the process for displaying the selection screen at a timing when the predetermined operation is received while the video image is played back at a speed equal to or more than the normal speed. an acquisition unit adapted to acquire a video image obtained by imaging a series of motions performed by a worker; a video image playback unit adapted to play back and display the video image on a playback screen , wherein the video image playback unit can play back the video image at a variable speed; a reception unit adapted to receive a delimitation operation for setting a motion delimitation in the video image; a display control unit adapted to execute a process for displaying a selection screen for selecting attribute information to be associated with a video image range delimited by the delimitation operation at a timing when the delimitation operation is received by the reception unit ; and a storage control unit adapted to store the attribute information selected through the selection screen in association with the video image range; characterized in that the selection screen is displayed to be superimposed on at least a portion of the playback screen ; and the display control unit is adapted to execute the process for displaying the selection screen at a timing when a predetermined operation is received while the video image is played back at a speed lower than a normal speed, and is adapted to not execute the process for displaying the selection screen at a timing when the predetermined operation is received while the video image is played back at a speed equal to or more than the normal speed.
Telescopic cleaning device intended to spray at least one cleaning and/or drying fluid towards a glass surface to be cleaned of a motor vehicle , such as an optical surface of an optical sensor of an optical detection system, comprising at least one hollow conveying body for cleaning fluid, closed at an upstream end and accommodating a movable piston configured so as to slide in the hollow conveying body , parallel to an axis of elongation (X) of the hollow body, the movable piston , hollowed out by an inner distribution conduit , bearing a fluid distribution element at a downstream end, the hollow conveying body additionally accommodating a rod which extends jutting out from the upstream end along the axis of elongation (X) and around which the movable piston is capable of sliding, the movable piston and the rod being configured so as to allow the fluid to flow between them, depending on the position of the movable piston with respect to the rod , said cleaning device additionally comprising a heating element provided on the rod along the axis of elongation (X), characterized in that said cleaning device is closed at an upstream end by an inlet flange , the rod extending jutting out from the inlet flange along the axis of elongation (X), and the fluid flowing from the inlet flange to the distribution element , and in that the heating element is between said rod and the movable piston , such that the fluid flowing between the rod and the movable piston is made to flow in contact with the heating element . the hollow conveying body additionally accommodating a rod which extends jutting out from the upstream end along the axis of elongation (X) and around which the movable piston is capable of sliding, the movable piston and the rod being configured so as to allow the fluid to flow between them, depending on the position of the movable piston with respect to the rod , said cleaning device additionally comprising a heating element provided on the rod along the axis of elongation (X), characterized in that said cleaning device is closed at an upstream end by an inlet flange , the rod extending jutting out from the inlet flange along the axis of elongation (X), and the fluid flowing from the inlet flange to the distribution element , and in that the heating element is between said rod and the movable piston , such that the fluid flowing between the rod and the movable piston is made to flow in contact with the heating element .
A building automation system with at least one door communication system having at least one door station , wherein the building automation system comprises: - at least one functional component performing a technical visitor interaction function, - a data processing and control device comprising at least one electronic component accommodated in the door communication system , wherein the data processing and control device and the functional component are in a data exchange relating to the visitor interaction function, - a temperature detection device for medium or direct detection of an actual temperature of the at least one electronic component , wherein the door communication system has a memory device in which at least one temperature threshold value is stored, wherein a reduction in the functional scope and/or functional quality of the technical visitor interaction function is triggered when the measured actual temperature exceeds the temperature threshold. - at least one functional component performing a technical visitor interaction function, - a data processing and control device comprising at least one electronic component accommodated in the door communication system , wherein the data processing and control device and the functional component are in a data exchange relating to the visitor interaction function, - a temperature detection device for medium or direct detection of an actual temperature of the at least one electronic component , wherein the door communication system has a memory device in which at least one temperature threshold value is stored, wherein a reduction in the functional scope and/or functional quality of the technical visitor interaction function is triggered when the measured actual temperature exceeds the temperature threshold.