mhurhangee/patent-ind-claim-en huggingface dataset:
Probe for a lance for dipping into a metal melt , - wherein the probe is substantially rotationally symmetrical, in particular cylindrical, with respect to a probe axis , - wherein the probe can be fitted onto the lance for dipping into a metal melt by being fitted on in the direction of the probe axis , - wherein the probe has a number of signal contacts and a number of other contacts , which are contacted with respective mating contacts of the lance when the probe is fitted onto the lance , characterized - in that the probe has a reference circuit , which is designed in such a way that it generates a number of reference voltages (U) per signal contact and outputs them to the respective mating contact via the respective signal contact , and - in that , on the basis of the respective signal contact , either the number of reference voltages (U) is equal to one or the reference voltages (U) form a sequence of successively output reference voltages (U), - the probe has a number of sensor devices , by means of which in each case a state variable of the metal melt located in the metallurgical vessel can be detected and a measuring signal (M) corresponding to the respective state variable can be output, and - in that the probe has a switchover device , which in a first switched state connects the reference circuit and in a second switched state connects the sensor devices , instead of the reference circuit , to the signal contacts . - wherein the probe is substantially rotationally symmetrical, in particular cylindrical, with respect to a probe axis , - wherein the probe can be fitted onto the lance for dipping into a metal melt by being fitted on in the direction of the probe axis , - wherein the probe has a number of signal contacts and a number of other contacts , which are contacted with respective mating contacts of the lance when the probe is fitted onto the lance , characterized - in that the probe has a reference circuit , which is designed in such a way that it generates a number of reference voltages (U) per signal contact and outputs them to the respective mating contact via the respective signal contact , and - in that , on the basis of the respective signal contact , either the number of reference voltages (U) is equal to one or the reference voltages (U) form a sequence of successively output reference voltages (U), - the probe has a number of sensor devices , by means of which in each case a state variable of the metal melt located in the metallurgical vessel can be detected and a measuring signal (M) corresponding to the respective state variable can be output, and - in that the probe has a switchover device , which in a first switched state connects the reference circuit and in a second switched state connects the sensor devices , instead of the reference circuit , to the signal contacts .
Phase-change memory configured for non-volatile storage of binary contents, the phase-change memory storing the binary contents electrically and/or optically in a non-volatile manner by locally switching a phase-change material between an amorphous and a crystalline phase, wherein the state with respect to the electrical conductivity of the phase-change material and/or with respect to the reflection properties of the phase-change material determines the information content of the phase-change memory , characterized in that an ultrasonic generator with a piezoelectric unit is provided, said ultrasonic generator exposing the phase-change material to ultrasound at least during the switching process and thus accelerating the switching process.
A method comprising: detecting , by a radio access network equipment, that a data flow is associated with bidirectional video; determining , by the radio access network equipment, based on radio access network conditions information, at least one delay associated with the data flow; determining , by the radio access network equipment, based on the at least one delay, at least one predicted encoding rate associated with the bidirectional video, wherein determining the at least one predicted encoding rate based on the at least one delay is performed using at least one model or a lookup table, wherein the at least one model or the lookup table is configured to predict encoding rates for use by an application that generates the data flow based on input features including the at least one delay; and allocating , by the radio access network equipment, radio access network resources to the data flow based on the at least one predicted encoding rate. detecting , by a radio access network equipment, that a data flow is associated with bidirectional video; determining , by the radio access network equipment, based on radio access network conditions information, at least one delay associated with the data flow; determining , by the radio access network equipment, based on the at least one delay, at least one predicted encoding rate associated with the bidirectional video, wherein determining the at least one predicted encoding rate based on the at least one delay is performed using at least one model or a lookup table, wherein the at least one model or the lookup table is configured to predict encoding rates for use by an application that generates the data flow based on input features including the at least one delay; and allocating , by the radio access network equipment, radio access network resources to the data flow based on the at least one predicted encoding rate.
A dynamic uplink resource allocation method performed by a base station in a wireless communication system, the method comprising: receiving, from a mobile station, a report for an uplink transmission power; performing a normalization of the uplink transmission power; determining a first utility metric associated with a current modulation and coding scheme, MCS, table and at least one second utility metric associated with at least one second candidate MCS table; determining an MCS table among the current MCS table and the at least one second candidate MCS table based on comparing the first utility metric and the at least one second utility metric; identifying an MCS level based on the normalized uplink transmission power and the determined MCS table; and transmitting, to the mobile station, information on resources, which are to be allocated, corresponding to the determined MCS table, wherein the first utility metric indicates a total data amount transmittable on resources, which are to be allocated, corresponding to the current MCS table, and wherein the at least one second utility metric indicates a total data amount transmittable on resources, which are to be allocated, corresponding to the at least one second candidate MCS table. receiving, from a mobile station, a report for an uplink transmission power; performing a normalization of the uplink transmission power; determining a first utility metric associated with a current modulation and coding scheme, MCS, table and at least one second utility metric associated with at least one second candidate MCS table; determining an MCS table among the current MCS table and the at least one second candidate MCS table based on comparing the first utility metric and the at least one second utility metric; identifying an MCS level based on the normalized uplink transmission power and the determined MCS table; and transmitting, to the mobile station, information on resources, which are to be allocated, corresponding to the determined MCS table, wherein the first utility metric indicates a total data amount transmittable on resources, which are to be allocated, corresponding to the current MCS table, and wherein the at least one second utility metric indicates a total data amount transmittable on resources, which are to be allocated, corresponding to the at least one second candidate MCS table.
A planar heat transfer device for distributing heat and removing heat from a planar heat source , having a cavity bounded by a first wall for coupling to the planar heat source and an opposing second wall and including a working fluid , wherein the cavity is sealed in a vacuum-tight manner to form a vapor space for the working fluid , characterized by a capillary support structure made of a capillary acting wire mesh, wherein the capillary support structure extends folded in at least one direction (R) between the first wall and the second wall to provide a support action and a capillary action for condensed working fluid , such that transport of condensed working fluid through the capillary support structure from the second wall to the first wall is possible, and wherein folds of the capillary support structure separate the cavity into a plurality of portions , and wherein the capillary support structure has mechanical stability to maintain the first wall and the second wall at a predetermined distance from one another. removing heat from a planar heat source , having a cavity bounded by a first wall for coupling to the planar heat source and an opposing second wall and including a working fluid , wherein the cavity is sealed in a vacuum-tight manner to form a vapor space for the working fluid , characterized by a capillary support structure made of a capillary acting wire mesh, wherein the capillary support structure extends folded in at least one direction (R) between the first wall and the second wall to provide a support action and a capillary action for condensed working fluid , such that transport of condensed working fluid through the capillary support structure from the second wall to the first wall is possible, and wherein folds of the capillary support structure separate the cavity into a plurality of portions , and wherein the capillary support structure has mechanical stability to maintain the first wall and the second wall at a predetermined distance from one another.
-Tyre , intended to be mounted on a drop-centre rim of the 15° drop-centre type, comprising a radial carcass reinforcement , said tyre comprising a crown reinforcement comprising two working crown layers of reinforcing elements which are inserted between two skim coat layers of rubber compound and that are crossed from one layer to the next and make angles (α1, α2) of greater than 8° with the circumferential direction, said angles α1 and α2 being oriented one on each side of the circumferential direction, and at least one layer of circumferential reinforcing elements , the crown reinforcement being capped radially by a tread , said tread being connected to two beads by two sidewalls, wherein: - said two working crown layers and said at least one layer of circumferential reinforcing elements are the only ones present to form the crown reinforcement over at least 75% of the axial width of the crown reinforcement , - the reinforcing elements of the radially outermost working crown layer forming an angle (α2) with the circumferential direction that is greater in terms of absolute value than the angle (α1) formed by the reinforcing elements of the radially innermost working crown layer with the circumferential direction, - the absolute value of the difference between the absolute values of the angles (α2) and (α1) is greater than 7°, - the mean angle α satisfies the relationship: 13 + 131 * exp − L / 100 < α < 28 + 110 * exp − L / 100 , α being defined by the relationship α = Arctan((tan(|α1|)*tan(|α2|)) 1/2 ), L being the maximum width of the tyre measured in the axial direction and expressed in mm, characterized in that the secant elastic modulus at 10% elongation, at a temperature of 23°C, of at least one skim coat layer of at least one working crown layer is less than 8.5 MPa. - said two working crown layers and said at least one layer of circumferential reinforcing elements are the only ones present to form the crown reinforcement over at least 75% of the axial width of the crown reinforcement , - the reinforcing elements of the radially outermost working crown layer forming an angle (α2) with the circumferential direction that is greater in terms of absolute value than the angle (α1) formed by the reinforcing elements of the radially innermost working crown layer with the circumferential direction, - the absolute value of the difference between the absolute values of the angles (α2) and (α1) is greater than 7°, - the mean angle α satisfies the relationship: 13 + 131 * exp − L / 100 < α < 28 + 110 * exp − L / 100 , α being defined by the relationship α = Arctan((tan(|α1|)*tan(|α2|)) 1/2 ), L being the maximum width of the tyre measured in the axial direction and expressed in mm,
Mounting device for the releasable mounting of a telescopic sight on a weapon consisting of a weapon-side base rail and a telescopic sight-side mounting rail connected thereto via at least one locking element , wherein at least one clamping force acting perpendicularly to the surface of the two rails can be generated by actuating the locking element resulting in a positive and non-positive connection between the two rails , wherein a clamping shaft of the locking element is held rotatably in the one rail and supports at least one wedge recess which, during rotating actuation of the locking element , can be brought into non-positive engagement with a recess on a stay bolt which is arranged on the opposite rail , wherein the locking element , during clamping or locking between the weapon-side base rail and the mounting rail held positively thereon, additionally generates a displacement force acting in axial longitudinal direction of the two rails , characterised in that the stay bolt is mounted in a spring-loaded manner in a rail-side guide part in an axially displaceable manner.
A fluid injection device of the type that injects fluid in a skin of a patient by ejecting a jet stream of fluid, the fluid injection device comprising: - a housing having an outlet nozzle , the housing defining a fluid collection chamber for collecting fluid to be ejected, the fluid collection chamber being in fluid communication with the outlet nozzle ; - a coupler for coupling the fluid injection device with a fluid container , preferably in a releasable manner; - a piston head configured to be received in the housing , the piston head being movable in the housing to increase and decrease a volume of the fluid collection chamber ; - a piston rod , coupled to the piston head and having an internal flow channel , characterised, in that the flow channel of the piston rod extends with respect to said piston rod for penetration of the fluid container , so as to provide a flow path from said fluid container to said piston head , and in that the piston head includes a valve that has an open (O) and closed (C) position, the valve being made of an elastically deformable material and comprising a radial flow channel that provides a flow path from the piston head to the fluid collection chamber , the radial flow channel of the valve being open when the piston head and piston rod are moved in a direction that increases the volume of the fluid collection chamber and the radial flow channel of the valve being closed by an elastic deformation of the elastically deformable valve material when the piston head and the piston rod are moved in a direction that decreases the volume of the fluid collection chamber . - a housing having an outlet nozzle , the housing defining a fluid collection chamber for collecting fluid to be ejected, the fluid collection chamber being in fluid communication with the outlet nozzle ; - a coupler for coupling the fluid injection device with a fluid container , preferably in a releasable manner; - a piston head configured to be received in the housing , the piston head being movable in the housing to increase and decrease a volume of the fluid collection chamber ; - a piston rod , coupled to the piston head and having an internal flow channel , characterised, in that the flow channel of the piston rod extends with respect to said piston rod for penetration of the fluid container , so as to provide a flow path from said fluid container to said piston head , and in that the piston head includes a valve that has an open (O) and closed (C) position, the valve being made of an elastically deformable material and comprising a radial flow channel that provides a flow path from the piston head to the fluid collection chamber , the radial flow channel of the valve being open when the piston head and piston rod are moved in a direction that increases the volume of the fluid collection chamber and the radial flow channel of the valve being closed by an elastic deformation of the elastically deformable valve material when the piston head and the piston rod are moved in a direction that decreases the volume of the fluid collection chamber .
A method of diagnosing or screening for 27-hydroxylase (CYP27A1) deficiency in an animal comprising: a) determining in a blood, serum, or plasma sample the intensity signal by mass analysis of at least a bile alcohol glucuronide and a C27- or C24-bile acid or a conjugate thereof, b) determining the ratio between said bile alcohol glucuronide and said C24- or C27-bile acid or a conjugate thereof, c) comparing said ratio with the ratio of a control sample or control value, d) determining 27-hydroxylase (CYP27A1) deficiency based on said comparison. a) determining in a blood, serum, or plasma sample the intensity signal by mass analysis of at least a bile alcohol glucuronide and a C27- or C24-bile acid or a conjugate thereof, b) determining the ratio between said bile alcohol glucuronide and said C24- or C27-bile acid or a conjugate thereof, c) comparing said ratio with the ratio of a control sample or control value, d) determining 27-hydroxylase (CYP27A1) deficiency based on said comparison.
An image forming apparatus comprising: a holding unit that holds a recording medium (P) transported; a circumferential rotation unit that circumferentially rotates with the holding unit fixed, and constitutes part of a transport path (A) along which the recording medium (P) is transported; an image former that forms an image on the recording medium (P) at an image formation position on a circumferential rotational path (D) of the circumferential rotation unit ; a pass point (D1) at which the recording medium (P) is passed on the circumferential rotational path (D); and a receiving point (D2) which is provided on a same side as the pass point (D1) with respect to the image formation position , and at which the recording medium (P) is received from the circumferential rotational path (D), the image forming apparatus being characterized in that : the circumferential rotational path (D) is configured to pass through a fixing unit that fixes an image to the recording medium (P) at a fixing position provided downstream of the image former , and the fixing position is placed above the image formation position on the circumferential rotational path (D). a holding unit that holds a recording medium (P) transported; a circumferential rotation unit that circumferentially rotates with the holding unit fixed, and constitutes part of a transport path (A) along which the recording medium (P) is transported; an image former that forms an image on the recording medium (P) at an image formation position on a circumferential rotational path (D) of the circumferential rotation unit ; a pass point (D1) at which the recording medium (P) is passed on the circumferential rotational path (D); and a receiving point (D2) which is provided on a same side as the pass point (D1) with respect to the image formation position , and at which the recording medium (P) is received from the circumferential rotational path (D), the image forming apparatus being characterized in that : the circumferential rotational path (D) is configured to pass through a fixing unit that fixes an image to the recording medium (P) at a fixing position provided downstream of the image former , and the fixing position is placed above the image formation position on the circumferential rotational path (D). the circumferential rotational path (D) is configured to pass through a fixing unit that fixes an image to the recording medium (P) at a fixing position provided downstream of the image former , and the fixing position is placed above the image formation position on the circumferential rotational path (D).
An adapter for connection with a fluid container comprising: an outer housing having a distal end , a proximal end , and a generally cylindrical sidewall extending between the distal end and the proximal end ; an inner member comprising a body rotatably inserted within the outer housing and a connector extending from the body configured to connect the adapter to a fluid container ; a first locking arrangement engageable with the body of the inner member and configured to restrict the inner member from rotating relative to the housing in a first direction (A); and a second locking arrangement engageable with the body of the inner member and configured to restrict the inner member from rotating relative to the housing in both the first direction (A) and a second direction (B), wherein the adapter is transitionable between: a disengaged state, in which the first locking arrangement and the second locking arrangement are not engaged with the inner member ; a partially engaged state in which the first locking arrangement engages the inner member ; and a fully engaged state in which the second locking arrangement engages the inner member, characterized in that the inner member includes a pedestal located between the body of the inner member and the connector , said pedestal including at least one flat that is configured to be connected with a removal tool to prevent rotation of the inner member relative to the outer housing . an outer housing having a distal end , a proximal end , and a generally cylindrical sidewall extending between the distal end and the proximal end ; an inner member comprising a body rotatably inserted within the outer housing and a connector extending from the body configured to connect the adapter to a fluid container ; a first locking arrangement engageable with the body of the inner member and configured to restrict the inner member from rotating relative to the housing in a first direction (A); and a second locking arrangement engageable with the body of the inner member and configured to restrict the inner member from rotating relative to the housing in both the first direction (A) and a second direction (B), wherein the adapter is transitionable between: a disengaged state, in which the first locking arrangement and the second locking arrangement are not engaged with the inner member ; a partially engaged state in which the first locking arrangement engages the inner member ; and a fully engaged state in which the second locking arrangement engages the inner member, characterized in that the inner member includes a pedestal located between the body of the inner member and the connector , said pedestal including at least one flat that is configured to be connected with a removal tool to prevent rotation of the inner member relative to the outer housing .