mhurhangee/patent-ind-claim-en huggingface dataset:
Method of production of a plurality of glass reaction vessels formed as recesses in a single-piece first glass plate , comprising the steps of 1. irradiation of laser pulses with pulse lengths of at most 100 ps at spaced positions of a wavelength, for which the glass plate is transparent, onto the respective locations of the glass plate at which a respective recess is to be produced as a reaction vessel, wherein the laser is set up such that the laser beam does not strike the glass plate between the locations, wherein the focal position of the laser pulses is adjusted such that the focus of the laser pulses does not extend over the entire thickness of the first glass plate , 2. etching the glass plate , for a period of time sufficient to produce recesses having a depth along the locations to produce the recesses , 3. wherein the etching of the glass plate is terminated when the depth of the recesses is only a proportion of the thickness of the first glass plate and therefore the recesses have a bottom formed single-piece in the first glass plate , wherein a concave depression is formed in the bottom at each position of a location. 1. irradiation of laser pulses with pulse lengths of at most 100 ps at spaced positions of a wavelength, for which the glass plate is transparent, onto the respective locations of the glass plate at which a respective recess is to be produced as a reaction vessel, wherein the laser is set up such that the laser beam does not strike the glass plate between the locations, wherein the focal position of the laser pulses is adjusted such that the focus of the laser pulses does not extend over the entire thickness of the first glass plate , 2. etching the glass plate , for a period of time sufficient to produce recesses having a depth along the locations to produce the recesses , 3. wherein the etching of the glass plate is terminated when the depth of the recesses is only a proportion of the thickness of the first glass plate and therefore the recesses have a bottom formed single-piece in the first glass plate , wherein a concave depression is formed in the bottom at each position of a location.
A rock-cutting tool with knives comprising at least one front layer of polycrystalline synthetic diamond (PSD), a rear diamond impregnation layer with diamond particles and bonding cobalt, characterized in that the PSD layer is supported directly, along a planar interface on the rear diamond impregnation layer whose interface surface is planar by machining and on which the diamond particles are flush, and the diamond particles flush within the rear impregnation layer are covalently bonded with the polycrystalline synthetic diamond of the front layer .
Dialysate for hemodialysis, comprising: hydrogen dissolved at a concentration ranging from 30 ppb to 80 ppb.
A laundry dryer comprising: a cabinet ; a drum rotatably supported in the cabinet and configured to receive hot air and steam; a steam unit disposed in the cabinet and configured to generate the steam; a storage tank disposed in the cabinet and configured to store water to be supplied to the steam unit ; a supply pump disposed between the steam unit and the storage tank and configured to transfer water stored in the storage tank to the steam unit ; a water level sensor configured to sense a water level of water stored in the steam unit ; a steam controller configured to operate the steam unit upon receiving a steam supply command so that the steam is supplied to the drum , characterized in that the laundry dryer further comprises a a storage-tank water level sensor configured to sense a water level of water stored in the storage tank , and in that the steam controller , based on that steam is completely sprayed into the drum , is configured to operate the supply pump in a manner that the steam unit is filled with water corresponding to a predetermined target water level (H), so that water is supplied to the steam unit , and based on that a water level of at least one of water stored in the steam unit and water stored in the storage tank is equal to or less than a predetermined water level after water is completely supplied to the steam unit , the steam controller is configured to provide a water shortage notification message for user recognition. a cabinet ; a drum rotatably supported in the cabinet and configured to receive hot air and steam; a steam unit disposed in the cabinet and configured to generate the steam; a storage tank disposed in the cabinet and configured to store water to be supplied to the steam unit ; a supply pump disposed between the steam unit and the storage tank and configured to transfer water stored in the storage tank to the steam unit ; a water level sensor configured to sense a water level of water stored in the steam unit ; a steam controller configured to operate the steam unit upon receiving a steam supply command so that the steam is supplied to the drum , characterized in that the laundry dryer further comprises a a storage-tank water level sensor configured to sense a water level of water stored in the storage tank , and in that the steam controller , based on that steam is completely sprayed into the drum , is configured to operate the supply pump in a manner that the steam unit is filled with water corresponding to a predetermined target water level (H), so that water is supplied to the steam unit , and based on that a water level of at least one of water stored in the steam unit and water stored in the storage tank is equal to or less than a predetermined water level after water is completely supplied to the steam unit , the steam controller is configured to provide a water shortage notification message for user recognition.
A child carrier comprising: a carrying harness ; a child supporting part connected with the carrying harness , the child supporting part including a torso support portion and a neck support portion connected with each other; and a bib installable on the child supporting part to at least partially cover the neck support portion ; characterized in that : the neck support portion is foldable over the torso support portion for adjusting the neck support portion to a desirable vertical position relative to the torso support portion , and the torso support portion includes a plurality of fastening parts for holding the neck support portion and the bib in position, each of the fastening parts being operable to respectively engage with the neck support portion and the bib to hold the neck support portion in the desirable vertical position and the bib in position adjacent to the neck support portion . a carrying harness ; a child supporting part connected with the carrying harness , the child supporting part including a torso support portion and a neck support portion connected with each other; and a bib installable on the child supporting part to at least partially cover the neck support portion ; characterized in that : the neck support portion is foldable over the torso support portion for adjusting the neck support portion to a desirable vertical position relative to the torso support portion , and the torso support portion includes a plurality of fastening parts for holding the neck support portion and the bib in position, each of the fastening parts being operable to respectively engage with the neck support portion and the bib to hold the neck support portion in the desirable vertical position and the bib in position adjacent to the neck support portion .
Semiconductor drift detector, comprising a semiconductor layer comprising on a first face: - a central electrode acting as an anode ; - a series of drift electrodes (C) acting as a cathode around said central electrode; - a last electrode of the series of drift electrodes (C), opposite to the anode; - one or more further guard electrodes ; and further comprising on a second face, opposite the first face, a continuous junction acting as an "entrance window" for particles to be detected and, externally to said continuous junction, one or more further guard electrodes , a first central zone or core comprising the central electrode and ending at the last electrode and a second peripheral zone comprising the guard electrodes and mechanically closing the structure, wherein between said first zone and second zone an intermediate region is interposed in the layer, comprising on said first face one or more further "symmetrization" electrodes (78, 88, 98' and 98") acting as cathodes, and comprising on said second face an extension of said continuous junction having a width of at least the thickness of the detector, said one or more symmetrization electrodes being adapted to create, when all electrodes are powered, an almost symmetrical shape of the electric field lines in the layer, with opposite slope, relative to the shape of the electric field lines generated by said series of drift electrodes, characterized in that said intermediate region has a width at least equal to the thickness of the layer, and beginning at and across said last electrode . - a central electrode acting as an anode ; - a series of drift electrodes (C) acting as a cathode around said central electrode; - a last electrode of the series of drift electrodes (C), opposite to the anode; - one or more further guard electrodes ; and further comprising on a second face, opposite the first face, a continuous junction acting as an "entrance window" for particles to be detected and, externally to said continuous junction, one or more further guard electrodes , a first central zone or core comprising the central electrode and ending at the last electrode and a second peripheral zone comprising the guard electrodes and mechanically closing the structure, wherein between said first zone and second zone an intermediate region is interposed in the layer, comprising on said first face one or more further "symmetrization" electrodes (78, 88, 98' and 98") acting as cathodes, and comprising on said second face an extension of said continuous junction having a width of at least the thickness of the detector, said one or more symmetrization electrodes being adapted to create, when all electrodes are powered, an almost symmetrical shape of the electric field lines in the layer, with opposite slope, relative to the shape of the electric field lines generated by said series of drift electrodes, characterized in that said intermediate region has a width at least equal to the thickness of the layer, and beginning at and across said last electrode .
A lid for attaching to an opening part of a container in a removable manner, comprising a cover wall and a side wall which surrounds the circumference of the cover wall , which is tapered from an upper end towards an lower end and which is made of a paper material, wherein the cover wall and the side wall are integrated with each other by a standing part formed on the circumference of the cover wall being joined to an inner surface of an upper wall of the side wall , wherein an engaging part for engaging with the opening part of the container is provided on an inner circumferential side of a lower wall of the side wall . a cover wall and a side wall which surrounds the circumference of the cover wall , which is tapered from an upper end towards an lower end and which is made of a paper material, wherein the cover wall and the side wall are integrated with each other by a standing part formed on the circumference of the cover wall being joined to an inner surface of an upper wall of the side wall , wherein an engaging part for engaging with the opening part of the container is provided on an inner circumferential side of a lower wall of the side wall .
Method for reducing a risk of a collision between a moving motor vehicle and an object, comprising the following steps of: - determining a first safety area which defines a first delimited section of a current environment of the moving motor vehicle , - determining a second safety area which defines a second delimited section of the current environment of the moving motor vehicle , wherein the second section is further away from the motor vehicle than the first section, - monitoring the first and second sections for an object moving into the respective safety area and/or for an object located inside the respective safety area, - controlling stopping of the motor vehicle , if the monitoring has revealed that an object is located inside the first safety area , in order to stop the motor vehicle , and - controlling performance of one or more of the following safety actions if the monitoring has revealed that an object is located inside the second safety area : reducing a current motor vehicle speed, preparing a brake system of the motor vehicle for braking, checking the monitoring of the second safety area which has been carried out, - characterized in that , if an object located inside the second safety area is detected, a movement of the detected object is predicted, wherein the one or more safety actions are performed only when the prediction has revealed that the detected object will approach the motor vehicle and/or will move into the first safety area . - determining a first safety area which defines a first delimited section of a current environment of the moving motor vehicle , - determining a second safety area which defines a second delimited section of the current environment of the moving motor vehicle , wherein the second section is further away from the motor vehicle than the first section, - monitoring the first and second sections for an object moving into the respective safety area and/or for an object located inside the respective safety area, - controlling stopping of the motor vehicle , if the monitoring has revealed that an object is located inside the first safety area , in order to stop the motor vehicle , and - controlling performance of one or more of the following safety actions if the monitoring has revealed that an object is located inside the second safety area : reducing a current motor vehicle speed, preparing a brake system of the motor vehicle for braking, checking the monitoring of the second safety area which has been carried out, - characterized in that , if an object located inside the second safety area is detected, a movement of the detected object is predicted, wherein the one or more safety actions are performed only when the prediction has revealed that the detected object will approach the motor vehicle and/or will move into the first safety area .
An endpin holder for an endpin of a cello comprising: a receiving member that comprises a butting stage against which a tip portion of an endpin comprised by a cello is butted, wherein the butting stage is formed in a circular shape in a planar view; and a supporting member that supports the receiving member , wherein the receiving member is rotatably supported by the supporting member through a bearing , and the supporting member is formed in a flattened dome shape having a circumferential portion thereof protruding downward such that a space is formed under the receiving member, said space being open and in direct contact with a floor surface (F) when the endpin holder is placed on said floor surface, characterized in that : the supporting member has plural through holes formed therein that cause the space and an outer face side of the supporting member to communicate with each other. a receiving member that comprises a butting stage against which a tip portion of an endpin comprised by a cello is butted, wherein the butting stage is formed in a circular shape in a planar view; and a supporting member that supports the receiving member , wherein the receiving member is rotatably supported by the supporting member through a bearing , and the supporting member is formed in a flattened dome shape having a circumferential portion thereof protruding downward such that a space is formed under the receiving member, said space being open and in direct contact with a floor surface (F) when the endpin holder is placed on said floor surface, characterized in that : the supporting member has plural through holes formed therein that cause the space and an outer face side of the supporting member to communicate with each other.
Internal lining of a rear flap of a vehicle, consisting of a panel having two parts characterized in that one of the parts has - a frame consisting of the side edges and the transverse edges of said lining part , two posts extending between the transverse edges and two spacers each extending between a post and the adjacent side edge , defining in said lining part a rectangular central opening , the transverse edges and posts forming the edges of the single central opening , and two openings 7a, 7b; 8a, 8b) on either side of said central opening , - a set of lugs , intended to be fixed to an outer skin of the rear flap, the set of lugs comprising at least: - two lugs arranged respectively on a post at the periphery of the central opening and near the junction between the post and a spacer , - two lugs , respectively arranged on a spacer . - a frame consisting of the side edges and the transverse edges of said lining part , two posts extending between the transverse edges and two spacers each extending between a post and the adjacent side edge , defining in said lining part a rectangular central opening , the transverse edges and posts forming the edges of the single central opening , and two openings 7a, 7b; 8a, 8b) on either side of said central opening , - a set of lugs , intended to be fixed to an outer skin of the rear flap, the set of lugs comprising at least: - two lugs arranged respectively on a post at the periphery of the central opening and near the junction between the post and a spacer , - two lugs , respectively arranged on a spacer .
A camera module comprising: a bobbin comprising an upper surface and a lower surface; a lens barrel disposed in the bobbin and comprising an upper surface and a lower surface; a fixing part disposed between the lens barrel and the bobbin to prevent the lens barrel from being separated from the bobbin , wherein an inner side surface of the bobbin comprises: an upper portion that meets the upper surface of the bobbin ; a lower portion that meets the lower surface of the bobbin ; and a bobbin rib protruding toward the lens barrel and disposed between the upper and lower portions thereof, and characterized in that the fixing part is attached to the bobbin rib and an outer side surface of the lens barrel, a screw-thread is not formed in the inner side surface of the bobbin, the bobbin rib comprises an upper surface and a lower surface, and the fixing part is in contact with both of the upper surface of the bobbin rib and the lower surface of the bobbin rib . a bobbin comprising an upper surface and a lower surface; a lens barrel disposed in the bobbin and comprising an upper surface and a lower surface; a fixing part disposed between the lens barrel and the bobbin to prevent the lens barrel from being separated from the bobbin , wherein an inner side surface of the bobbin comprises: an upper portion that meets the upper surface of the bobbin ; a lower portion that meets the lower surface of the bobbin ; and a bobbin rib protruding toward the lens barrel and disposed between the upper and lower portions thereof, and characterized in that the fixing part is attached to the bobbin rib and an outer side surface of the lens barrel, a screw-thread is not formed in the inner side surface of the bobbin, the bobbin rib comprises an upper surface and a lower surface, and the fixing part is in contact with both of the upper surface of the bobbin rib and the lower surface of the bobbin rib . an upper portion that meets the upper surface of the bobbin ; a lower portion that meets the lower surface of the bobbin ; and a bobbin rib protruding toward the lens barrel and disposed between the upper and lower portions thereof, and characterized in that the fixing part is attached to the bobbin rib and an outer side surface of the lens barrel, a screw-thread is not formed in the inner side surface of the bobbin, the bobbin rib comprises an upper surface and a lower surface, and the fixing part is in contact with both of the upper surface of the bobbin rib and the lower surface of the bobbin rib .
A wireless network method comprising: by operation of a modem of a first wireless network device , communicating wireless network traffic on a first subset of wireless communication channels in a wireless communication network; by operation of the modem of the first wireless network device , receiving motion detection signals transmitted through a space by a second wireless network device , the motion detection signals received on a second subset of wireless communication channels , the motion detection signals transmitted by the second wireless network device each comprising control data and a motion probe , each motion probe comprising a reference signal or a beacon signal; communicating the wireless network traffic and receiving the motion detection signals in parallel; and by operation of the modem of the first wireless network device , detecting motion of an object in the space by analyzing the motion probes for changes from the respective motion detection signals . by operation of a modem of a first wireless network device , communicating wireless network traffic on a first subset of wireless communication channels in a wireless communication network; by operation of the modem of the first wireless network device , receiving motion detection signals transmitted through a space by a second wireless network device , the motion detection signals received on a second subset of wireless communication channels , the motion detection signals transmitted by the second wireless network device each comprising control data and a motion probe , each motion probe comprising a reference signal or a beacon signal; communicating the wireless network traffic and receiving the motion detection signals in parallel; and by operation of the modem of the first wireless network device , detecting motion of an object in the space by analyzing the motion probes for changes from the respective motion detection signals .
A method of producing roasted oats, the method comprising roasting a plurality of substantially intact groats at a temperature of more than 148.9°C (300°F) for sufficient time to achieve a negative slope in CIELAB L ∗ -value change per minute, and a negative slope in CIELAB b ∗ -value change minute, where slopes for L ∗ -value change per minute and b ∗ -value change per minute are based on CIELAB measurements at intervals of 5 minutes.
A needle assembly comprising: a needle having a needle shaft attached to a needle hub , said needle shaft comprising a needle tip ; and a protective cap located over the needle shaft characterized in that the protective cap comprises a first section and a second section ; said first section having a bore having the needle shaft located therein and said second section comprising a base covering at least part of the needle hub ; and a detachment line located between the first section and the second section ; and wherein the detachment line is a weakened section or a seam held together by a joining device and is configured to be separable to separate the first section from the second section . a needle having a needle shaft attached to a needle hub , said needle shaft comprising a needle tip ; and a protective cap located over the needle shaft characterized in that the protective cap comprises a first section and a second section ; said first section having a bore having the needle shaft located therein and said second section comprising a base covering at least part of the needle hub ; and a detachment line located between the first section and the second section ; and wherein the detachment line is a weakened section or a seam held together by a joining device and is configured to be separable to separate the first section from the second section .