mhurhangee/patent-ind-claim-en huggingface dataset:
Household refrigeration appliance having a housing , in which at least one receiving space is embodied for groceries, having an inner container which delimits the receiving space with its walls , having a plate-type refrigerated goods carrier , which is arranged detachably in a non-destructive manner in the receiving space , and having a positioning device , with which the refrigerated goods carrier is fixed in position in its end position in the receiving space at least in one spatial direction, characterised in that the positioning device has a positioning hook , which is arranged on a side wall which delimits the receiving space and viewed in the width direction (x) of the household refrigeration appliance is oriented projecting away from the side wall into the receiving space , and the positioning device has a hook receptacle on the refrigerated goods carrier , into which the positioning hook is immersed from below for fixing the position, wherein in the fixed end position of the refrigerated goods carrier , the positioning hook is concealed at least at the front by the refrigerated goods carrier , that the positioning hook is embodied at least in an L shape and has a horizontal first limb oriented in the plane covered by the width direction (x) and the depth direction (z) of the household refrigeration appliance , and a vertical limb oriented in the plane covered by the width direction (x) and the height direction (y) of the household refrigeration appliance , that the vertical limb immerses in the downwardly open hook receptacle and in its end position the refrigeration goods carrier rests with an underside on the horizontal limb and that the entire positioning hook is completely concealed at the front by the refrigerated goods carrier .
A device for the drying of tooth or bone surfaces , comprising a radiation source for irradiating the tooth or bone surface to be dried, and a temperature sensor , characterized by a humidity sensor .
A base station apparatus configured to communicate with a mobile station apparatus using a plurality of downlink component carriers and a plurality of uplink component carriers, the base station apparatus comprising: a transmission processor configured to transmit to the mobile station apparatus , on a physical downlink control channel in a first downlink component carrier (DCC-1) of the plurality of downlink component carriers, information instructing the mobile station apparatus to start a random access procedure and indicating a random access channel resource of a first uplink component carrier (UCC-2) linked to a second downlink component carrier (DCC-2), the first uplink component carrier (UCC-2) being one of the plurality of uplink component carriers, the second downlink component carrier (DCC-2) being one of the plurality of downlink component carriers and different from the first downlink component carrier (DCC-1), and the first uplink component carrier (UCC-2) and the second downlink component carrier (DCC-2) being used for the random access procedure; and a reception processor configured to receive from the mobile station apparatus , in response to the information, a random access preamble on the physical random access channel resource of the first uplink component carrier (UCC-2), wherein the transmission processor is configured to transmit to the mobile station apparatus , in response to the random access preamble, a random access response on the second downlink component carrier (DCC-2). a transmission processor configured to transmit to the mobile station apparatus , on a physical downlink control channel in a first downlink component carrier (DCC-1) of the plurality of downlink component carriers, information instructing the mobile station apparatus to start a random access procedure and indicating a random access channel resource of a first uplink component carrier (UCC-2) linked to a second downlink component carrier (DCC-2), the first uplink component carrier (UCC-2) being one of the plurality of uplink component carriers, the second downlink component carrier (DCC-2) being one of the plurality of downlink component carriers and different from the first downlink component carrier (DCC-1), and the first uplink component carrier (UCC-2) and the second downlink component carrier (DCC-2) being used for the random access procedure; and a reception processor configured to receive from the mobile station apparatus , in response to the information, a random access preamble on the physical random access channel resource of the first uplink component carrier (UCC-2), wherein the transmission processor is configured to transmit to the mobile station apparatus , in response to the random access preamble, a random access response on the second downlink component carrier (DCC-2).
Large household appliance in the form of a refrigeration appliance, comprising a carcass and a closure element , which is hinged to the carcass using at least one hinge , the hinge with a hinge element that can be fixed on the carcass side, which is fixed on the carcass and which has at least one pass-through opening for screwing to the carcass , wherein the hinge has a support element that is coupled to the hinge element that can be fixed on the carcass side, the support element comprising at least one coupling section that can be fixed to the carcass and/or a wall located adjacent to the large household appliance , characterised in that the coupling section is arranged such that, in a projection representation into a plane that comprises the height direction (X) and the depth direction (Z), it overlaps a storage compartment of the carcass in the height direction (X) and that the support element is embodied in one piece on the hinge element that can be fixed on the carcass side.
A computer-implemented method for analyzing genetic variation data, comprising: receiving genetic variation data from genomic sequence data of an individual; creating an inverted index of documents for the determined genetic variation data; receiving a selection from a user for at least one filter from a plurality of filters for features of interest in the genetic variation data, wherein the filter selectively provides genetic variants associated with a clinical indication; searching the inverted index based upon the selected filter to generate filtered genetic variants for the individual; identifying a genetic variant that is a translocation along with a first and second point, the first point being the location of a first breakpoint of the translocation on a first axis of a linear representation of a genome, and the second point being the location of a second breakpoint of the translocation mapped on a second axis of a linear representation of a genome; displaying on a display device a browser page that displays the filtered genetic variants of the individual, wherein the browser page comprises a first map comprising the first axis having the locations of the genetic variants mapped thereon, and wherein different types of genetic variants are identified by different icons, and the second axis, wherein for translocation genetic variants, the browser page displays the first point on the first axis and second point on the second axis connected using a straight or curved line; and displaying a second map comprising an enlarged view of the first axis, and a non-enlarged view of the second axis. receiving genetic variation data from genomic sequence data of an individual; creating an inverted index of documents for the determined genetic variation data; receiving a selection from a user for at least one filter from a plurality of filters for features of interest in the genetic variation data, wherein the filter selectively provides genetic variants associated with a clinical indication; searching the inverted index based upon the selected filter to generate filtered genetic variants for the individual; identifying a genetic variant that is a translocation along with a first and second point, the first point being the location of a first breakpoint of the translocation on a first axis of a linear representation of a genome, and the second point being the location of a second breakpoint of the translocation mapped on a second axis of a linear representation of a genome; displaying on a display device a browser page that displays the filtered genetic variants of the individual, wherein the browser page comprises a first map comprising the first axis having the locations of the genetic variants mapped thereon, and wherein different types of genetic variants are identified by different icons, and the second axis, wherein for translocation genetic variants, the browser page displays the first point on the first axis and second point on the second axis connected using a straight or curved line; and displaying a second map comprising an enlarged view of the first axis, and a non-enlarged view of the second axis.
A device for ablating tissue in a body organ chamber, including heart chambers, comprising: (a) a guide body sheath having a deflectable distal end portion; (b) a guidewire extendable from said distal end portion of said guide body to form a guidewire loop that is controllable to create forced contact with organ chamber tissue ; (c) an inflatable ablation balloon device mounted on a flexible guide shaft able to travel over said guidewire , said inflatable ablation balloon device comprising a balloon , wherein said balloon as an outer surface that comprises a plurality of segmented separated conductive ablation elements and is configured such that ablation can be delivered selectively only by one or more elements in contact with tissue; and (d) a loop control element for controlling the size, shape and disposition of said guidewire loop. (a) a guide body sheath having a deflectable distal end portion; (b) a guidewire extendable from said distal end portion of said guide body to form a guidewire loop that is controllable to create forced contact with organ chamber tissue ; (c) an inflatable ablation balloon device mounted on a flexible guide shaft able to travel over said guidewire , said inflatable ablation balloon device comprising a balloon , wherein said balloon as an outer surface that comprises a plurality of segmented separated conductive ablation elements and is configured such that ablation can be delivered selectively only by one or more elements in contact with tissue; and (d) a loop control element for controlling the size, shape and disposition of said guidewire loop.
Focusing device for focusing at least two laser beams onto a moving target material in a target area , in particular for generating EUV radiation, comprising: a) a first focusing element for focusing a first laser beam onto the target material at a first position in the target area ; b) a second focusing element for focusing a second laser beam onto the target material at a second position in the target area ; c) the first focusing element and the second focusing element having approximately parallel or congruent optical axes ; characterized in that the focusing device is configured d) to guide the first laser beam along a first main axis between the first focusing element and the target area , wherein the first main axis is offset and/or tilted with respect to the optical axis of the first focusing element ; and/or e) to guide the second laser beam along a second main axis between the second focusing element and the target area and wherein the second main axis is offset and/or tilted with respect to the optical axis of the second focusing element . a) a first focusing element for focusing a first laser beam onto the target material at a first position in the target area ; b) a second focusing element for focusing a second laser beam onto the target material at a second position in the target area ; c) the first focusing element and the second focusing element having approximately parallel or congruent optical axes ; characterized in that the focusing device is configured d) to guide the first laser beam along a first main axis between the first focusing element and the target area , wherein the first main axis is offset and/or tilted with respect to the optical axis of the first focusing element ; and/or e) to guide the second laser beam along a second main axis between the second focusing element and the target area and wherein the second main axis is offset and/or tilted with respect to the optical axis of the second focusing element .
A quencher reagent for oligonucleotide labeling having the formula: wherein Ar 1 and Ar 2 are aromatic or hetero-aromatic moieties; X is hydroxyl, a leaving group, a linker with a functional group or a protected functional group, or a linker connected to a synthesis solid support; and n is from 1 to 3. wherein Ar 1 and Ar 2 are aromatic or hetero-aromatic moieties; X is hydroxyl, a leaving group, a linker with a functional group or a protected functional group, or a linker connected to a synthesis solid support; and n is from 1 to 3.
A photoelectric conversion element comprising, in the following order: a conductive film ; a photoelectric conversion film ; and a transparent conductive film , charcterized in that the photoelectric conversion film contains a compound represented by Formula , in Formula , X 11 and X 12 each independently represent a sulfur atom or an oxygen atom, Ar 11 to Ar 16 each independently represent a monocyclic, bicyclic, or tricyclic aromatic ring group, the aromatic ring group may have one or more groups selected from the group consisting of a halogen atom, a cyano group, and a trifluoromethyl group as a substituent, X 13 and X 14 each independently represent an oxygen atom or a sulfur atom, n11 to n16 each independently represent 0 or 1, where, in a case where all of n11 to n16 are 0 and n17 is 1 and n18 is 1 or 2, Ar 15 and Ar 16 are the tricyclic aromatic ring groups, n17 represents 1 or 2, and n18 represents 1 or 2. a conductive film ; a photoelectric conversion film ; and a transparent conductive film , charcterized in that the photoelectric conversion film contains a compound represented by Formula , in Formula , X 11 and X 12 each independently represent a sulfur atom or an oxygen atom, Ar 11 to Ar 16 each independently represent a monocyclic, bicyclic, or tricyclic aromatic ring group, the aromatic ring group may have one or more groups selected from the group consisting of a halogen atom, a cyano group, and a trifluoromethyl group as a substituent, X 13 and X 14 each independently represent an oxygen atom or a sulfur atom, n11 to n16 each independently represent 0 or 1, where, in a case where all of n11 to n16 are 0 and n17 is 1 and n18 is 1 or 2, Ar 15 and Ar 16 are the tricyclic aromatic ring groups, n17 represents 1 or 2, and n18 represents 1 or 2.
An optical coupling device, comprising: a right-angle reflecting prism and an mobile optical fibre connector , wherein a reflecting surface of the right-angle reflecting prism is provided with a curve reflecting surface , the curve reflecting surface being used for gathering and reflecting rays propagated by an optical fibre of a predetermined numerical aperture; and the mobile optical fibre connector is fixed to the right-angle reflecting prism , to make the rays propagated by the optical fibre being all incident on the curve reflecting surface of the right-angle reflecting prism and totally reflected by the curve reflecting surface in a parallel light; characterized in that a diameter and position of a locating guide pin hole of the right-angle reflecting prism correspond to a diameter and position of a locating guide pin hole of the mobile optical fibre connector ; wherein the mobile optical fibre connector is connected to the right-angle reflecting prism via a locating guide pin, and the locating guide pin is connected to the locating guide pin hole in the right-angle reflecting prism and the corresponding locating guide pin hole in the mobile optical fibre connector respectively; and the right-angle reflecting prism is fixed to a surface of the mobile optical fibre connector via ultraviolet glue, and the ultraviolet glue is applied to a joint between the locating guide pin and the right-angle reflecting prism , and a joint between the locating guide pin and the mobile optical fibre connector ; or applied to an area, connected to the mobile optical fibre connector , at an edge of the right-angle reflecting prism . a reflecting surface of the right-angle reflecting prism is provided with a curve reflecting surface , the curve reflecting surface being used for gathering and reflecting rays propagated by an optical fibre of a predetermined numerical aperture; and the mobile optical fibre connector is fixed to the right-angle reflecting prism , to make the rays propagated by the optical fibre being all incident on the curve reflecting surface of the right-angle reflecting prism and totally reflected by the curve reflecting surface in a parallel light; characterized in that a diameter and position of a locating guide pin hole of the right-angle reflecting prism correspond to a diameter and position of a locating guide pin hole of the mobile optical fibre connector ; wherein the mobile optical fibre connector is connected to the right-angle reflecting prism via a locating guide pin, and the locating guide pin is connected to the locating guide pin hole in the right-angle reflecting prism and the corresponding locating guide pin hole in the mobile optical fibre connector respectively; and the right-angle reflecting prism is fixed to a surface of the mobile optical fibre connector via ultraviolet glue, and the ultraviolet glue is applied to a joint between the locating guide pin and the right-angle reflecting prism , and a joint between the locating guide pin and the mobile optical fibre connector ; or applied to an area, connected to the mobile optical fibre connector , at an edge of the right-angle reflecting prism .
An auxiliary drive (40; 60) of a combustion machine , having a shaft which is operatively connected to a crankshaft of the combustion machine and which has two shaft ends which are designed in each case for connection to a machine arranged outside the crankcase; characterized in that one of the two shaft ends is connected to an expansion machine , wherein the expansion machine is part of a waste heat recovery system for converting waste heat of the combustion machine or of an engine braking system into utilizable energy by means of a steam circuit, and a1) in that the shaft is mounted in a case section of a control case in which a rear gear drive is mounted which is operatively connected to the combustion machine ; or a2) in that the auxiliary drive has an intermediate case in which the shaft is mounted, wherein the intermediate case is fastened to the control case , in which a gear drive which is operatively connected to the combustion machine is arranged, or said intermediate case is formed as part of the control case . a1) in that the shaft is mounted in a case section of a control case in which a rear gear drive is mounted which is operatively connected to the combustion machine ; or a2) in that the auxiliary drive has an intermediate case in which the shaft is mounted, wherein the intermediate case is fastened to the control case , in which a gear drive which is operatively connected to the combustion machine is arranged, or said intermediate case is formed as part of the control case .
A computer program product comprising computer executable code that, when executing on one or more computing devices, performs the steps of: accessing a gateway through a network from an endpoint; authenticating a user of the endpoint for access to an application through the gateway based on user credentials managed by an identity management platform; receiving a first cookie at the endpoint from the gateway, the first cookie identifying a session for access to the application by the user, and the first cookie including a session time for the session; presenting the first cookie to the gateway for use of the application; receiving a second cookie from the gateway based on a silent reauthentication of the user with the identity management platform, the second cookie including an extended session time for the application greater than the session time for the first cookie, the second cookie permitting continued use of the application by the user after an expiration of the session time without requesting the user credentials from the endpoint for reauthentication of the user; and presenting the second cookie to the gateway for continued access to the application. accessing a gateway through a network from an endpoint; authenticating a user of the endpoint for access to an application through the gateway based on user credentials managed by an identity management platform; receiving a first cookie at the endpoint from the gateway, the first cookie identifying a session for access to the application by the user, and the first cookie including a session time for the session; presenting the first cookie to the gateway for use of the application; receiving a second cookie from the gateway based on a silent reauthentication of the user with the identity management platform, the second cookie including an extended session time for the application greater than the session time for the first cookie, the second cookie permitting continued use of the application by the user after an expiration of the session time without requesting the user credentials from the endpoint for reauthentication of the user; and presenting the second cookie to the gateway for continued access to the application.