mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a 3-dimensional part , the method comprising: printing, by a deposition system , a plurality of 2-dimensional layers onto a plurality of carrier sheets , wherein the plurality of carrier sheets move through the deposition system in a single direction without changing the direction of the plurality of carrier sheets during a deposition process; successively transferring, by a transfer system , at least one 2D layer from at least one carrier sheet of the plurality of carrier sheets, onto the 3D part, wherein the 3D part is located on a base substrate , wherein the plurality of carrier sheets move through the transfer system in the same single direction without changing the direction of the plurality of carrier sheets during a transfer process, characterized in that the carrier sheets with the plurality of 2D layers are collected in a tray so that the transfer system transfers the plurality of 2D layers onto the 3D part after the plurality of 2D layers are successively printed onto the plurality of carrier sheets. printing, by a deposition system , a plurality of 2-dimensional layers onto a plurality of carrier sheets , wherein the plurality of carrier sheets move through the deposition system in a single direction without changing the direction of the plurality of carrier sheets during a deposition process; successively transferring, by a transfer system , at least one 2D layer from at least one carrier sheet of the plurality of carrier sheets, onto the 3D part, wherein the 3D part is located on a base substrate , wherein the plurality of carrier sheets move through the transfer system in the same single direction without changing the direction of the plurality of carrier sheets during a transfer process, characterized in that the carrier sheets with the plurality of 2D layers are collected in a tray so that the transfer system transfers the plurality of 2D layers onto the 3D part after the plurality of 2D layers are successively printed onto the plurality of carrier sheets.
A medical metering device , comprising: a housing containing a metering chamber defining a volume, said housing further having a connection portion , an extraction portion and a metering member , wherein the connection portion , extraction portion and metering member are in fluid communication with the metering chamber , characterized in that : the connection portion comprises a piercing portion and is configured to direct powder and fluid into said metering chamber ; the metering member is disposed in the metering chamber and is configured to define the volume of the metering chamber ; and a dispensing aid is removably attachable to the connection portion to facilitate removal of powder from a first container into the metering chamber via the connection portion , wherein the dispensing aid is configured to simultaneously receive an open end of the first container and the connection portion . the connection portion comprises a piercing portion and is configured to direct powder and fluid into said metering chamber ; the metering member is disposed in the metering chamber and is configured to define the volume of the metering chamber ; and a dispensing aid is removably attachable to the connection portion to facilitate removal of powder from a first container into the metering chamber via the connection portion , wherein the dispensing aid is configured to simultaneously receive an open end of the first container and the connection portion .
Desk-shaped document holder , comprising: - a platform intended to hold one or more documents; - two side walls extending from two side edges (4.1, 4.2) of the platform , intended to form a base for said platform; wherein the platform is inclined at an angle α greater than 5° and/or less than 20° with respect to a horizontal plane when the side walls are placed on a horizontal surface , such as a desk; and wherein the platform and the side walls are formed by a semi-rigid panel configured to be folded to form the document holder; characterised in that said document holder further comprises a median transverse wall intended to connect, beneath the platform , the two side walls and to extend directly beneath the platform so as to provide support for said platform against downwardly directed vertical forces generated by the weight of the document or documents, said wall also being formed by the semi-rigid panel . - a platform intended to hold one or more documents; - two side walls extending from two side edges (4.1, 4.2) of the platform , intended to form a base for said platform; wherein the platform is inclined at an angle α greater than 5° and/or less than 20° with respect to a horizontal plane when the side walls are placed on a horizontal surface , such as a desk; and wherein the platform and the side walls are formed by a semi-rigid panel configured to be folded to form the document holder; characterised in that said document holder further comprises a median transverse wall intended to connect, beneath the platform , the two side walls and to extend directly beneath the platform so as to provide support for said platform against downwardly directed vertical forces generated by the weight of the document or documents, said wall also being formed by the semi-rigid panel .
An active medical device of an autonomous implantable capsule type, comprising an elongated tubular envelope housing an energy harvesting module, wherein the energy harvesting module comprises an oscillating pendular unit subjected to external stresses applied to the tubular envelope, the oscillating pendular unit comprising an elastically deformable piezoelectric beam having a clamped end and an opposite, free end coupled to an inertial mass , the piezoelectric beam being adapted to convert into an oscillating electric signal a mechanical energy produced by oscillations of the pendular unit, and wherein the tubular envelope also houses a beam frame , the beam frame comprising two pressing elements between which the clamped end of the piezoelectric beam is taken in sandwich, and a means for tightening the pressing elements together, and each pressing element of the beam frame comprises i) an intermediate part , an internal face of which presses on a corresponding face of the piezoelectric beam , and ii) a pressure plate , an internal face of which presses on an external face of the intermediate part , characterized in that the intermediate parts and the pressure plates of the two pressing elements are passed through by at least one common bore (38a...38'd) extending in a transverse direction with respect to a longitudinal axis of the piezoelectric beam , said at least one common bore (38a...38'd) receiving a locking pin , and in that the beam frame further comprises a means for holding and fastening the pin in position into said at least one common bore (38a...38'd). wherein the energy harvesting module comprises an oscillating pendular unit subjected to external stresses applied to the tubular envelope, the oscillating pendular unit comprising an elastically deformable piezoelectric beam having a clamped end and an opposite, free end coupled to an inertial mass , the piezoelectric beam being adapted to convert into an oscillating electric signal a mechanical energy produced by oscillations of the pendular unit, and wherein the tubular envelope also houses a beam frame , the beam frame comprising two pressing elements between which the clamped end of the piezoelectric beam is taken in sandwich, and a means for tightening the pressing elements together, and each pressing element of the beam frame comprises i) an intermediate part , an internal face of which presses on a corresponding face of the piezoelectric beam , and ii) a pressure plate , an internal face of which presses on an external face of the intermediate part , characterized in that the intermediate parts and the pressure plates of the two pressing elements are passed through by at least one common bore (38a...38'd) extending in a transverse direction with respect to a longitudinal axis of the piezoelectric beam , said at least one common bore (38a...38'd) receiving a locking pin , and in that the beam frame further comprises a means for holding and fastening the pin in position into said at least one common bore (38a...38'd).
Method for ensuring occupational safety on drilling rigs having a drilling mast , namely for protecting persons from contact with parts moving on or/and inside the drilling mast , by disabling the moving parts to be protected as regards the avoidance of contact if a subject or an object enters a sensory scanning field, wherein radar sensors (2 1 -2 n ; 3 1 -3 n ) are used to form the sensory scanning field, characterized - in that use is made of radar sensors (2 1 -2 n ; 3 1 -3 n ) which are designed to emit radar radiation and to receive radar radiation reflected by a subject or an object in the scanning field, and - in that these radar sensors (2 1 -2 n ; 3 1 -3 n ) are arranged on the drilling rig to be protected, and - in that the scanning field is formed by virtue of the fact that, (i.) in the case of a vertical orientation of the drilling mast in order to produce vertical drilling, radar sensors (2 1 -2 n ) emit radar beams in a manner rising in the radial direction (r) with respect to the longitudinal axis of the drilling mast or radar sensors (3 1 -3 n ) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast , (ii.) in the case of a horizontal orientation of the drilling mast in order to produce horizontal drilling, radar sensors (3 1 -3 n ) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast . - in that use is made of radar sensors (2 1 -2 n ; 3 1 -3 n ) which are designed to emit radar radiation and to receive radar radiation reflected by a subject or an object in the scanning field, and - in that these radar sensors (2 1 -2 n ; 3 1 -3 n ) are arranged on the drilling rig to be protected, and - in that the scanning field is formed by virtue of the fact that, (i.) in the case of a vertical orientation of the drilling mast in order to produce vertical drilling, radar sensors (2 1 -2 n ) emit radar beams in a manner rising in the radial direction (r) with respect to the longitudinal axis of the drilling mast or radar sensors (3 1 -3 n ) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast , (ii.) in the case of a horizontal orientation of the drilling mast in order to produce horizontal drilling, radar sensors (3 1 -3 n ) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast . (i.) in the case of a vertical orientation of the drilling mast in order to produce vertical drilling, radar sensors (2 1 -2 n ) emit radar beams in a manner rising in the radial direction (r) with respect to the longitudinal axis of the drilling mast or radar sensors (3 1 -3 n ) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast , (ii.) in the case of a horizontal orientation of the drilling mast in order to produce horizontal drilling, radar sensors (3 1 -3 n ) emit radar beams in a direction opposite the drilling direction (b) along the drilling mast .
A computer-implemented method, comprising: capturing, by a client device, a first image of a user, the first image including a reference token for a user-wearable item, the reference token being worn by the user in the first image and having a known three-dimensional model; automatically generating, by the client device, a three-dimensional model of a face of the user from the first image of the user, the three-dimensional model of the face of the user including dimensions based on the known-three-dimensional model of the reference token; displaying, by the client device, images of multiple user-wearable items for the user; receiving an input from the user, the input indicative of a selected user-wearable item from the user-wearable items on display, the selected user-wearable item having an associated three-dimensional model; segmenting, by the client device, the first image to separate the reference token from a background comprising a portion of a physiognomy of the user; replacing, by the client device, a segment for the reference token in the first image with an image for the selected user-wearable item in a second image of the user based on the three-dimensional model of the face of the user and the three-dimensional model of the selected user-wearable item; and displaying, by the client device, the second image of the user. capturing, by a client device, a first image of a user, the first image including a reference token for a user-wearable item, the reference token being worn by the user in the first image and having a known three-dimensional model; automatically generating, by the client device, a three-dimensional model of a face of the user from the first image of the user, the three-dimensional model of the face of the user including dimensions based on the known-three-dimensional model of the reference token; displaying, by the client device, images of multiple user-wearable items for the user; receiving an input from the user, the input indicative of a selected user-wearable item from the user-wearable items on display, the selected user-wearable item having an associated three-dimensional model; segmenting, by the client device, the first image to separate the reference token from a background comprising a portion of a physiognomy of the user; replacing, by the client device, a segment for the reference token in the first image with an image for the selected user-wearable item in a second image of the user based on the three-dimensional model of the face of the user and the three-dimensional model of the selected user-wearable item; and displaying, by the client device, the second image of the user.
A system for sorting sperm comprising: a housing including a lower component and an upper component coupled together; a microfluidic system supported by the housing ; an inlet extending through the lower component and providing access to the microfluidic system to deliver sperm to the microfluidic system; a collection chamber configured to pass motile sperms for harvesting and restrict non-motile sperm, the collection chamber including a first chamber extending through the lower component and a second chamber extending through the upper component and positioned above the first chamber ; at least one channel extending from the inlet to the collection chamber to allow sperm delivered to the microfluidic system through the inlet to progress along a flow path toward the collection chamber ; a filter including a plurality of micropores and arranged in the collection chamber to cause sperm traveling along the flow path to move against the filter and gravity to reach the second chamber ; and a concentration chamber extending into the upper component and connected to the second chamber , the concentration chamber configured to concentrate the motile sperms from the second chamber and to facilitate harvesting from the concentration chamber . a housing including a lower component and an upper component coupled together; a microfluidic system supported by the housing ; an inlet extending through the lower component and providing access to the microfluidic system to deliver sperm to the microfluidic system; a collection chamber configured to pass motile sperms for harvesting and restrict non-motile sperm, the collection chamber including a first chamber extending through the lower component and a second chamber extending through the upper component and positioned above the first chamber ; at least one channel extending from the inlet to the collection chamber to allow sperm delivered to the microfluidic system through the inlet to progress along a flow path toward the collection chamber ; a filter including a plurality of micropores and arranged in the collection chamber to cause sperm traveling along the flow path to move against the filter and gravity to reach the second chamber ; and a concentration chamber extending into the upper component and connected to the second chamber , the concentration chamber configured to concentrate the motile sperms from the second chamber and to facilitate harvesting from the concentration chamber .
A recombinant insecticidal polypeptide comprising an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 124 or a biologically active portion thereof having insecticidal activity.
Method for operating a magnetic resonance apparatus during the acquisition of magnetic resonance data from a patient using a magnetic resonance sequence, which comprises after at least one excitation pulse , a plurality of refocusing pulses during a readout period, wherein a flip-angle variation over time describes setpoint values for the flip angles of the refocusing pulses at time instants at which a refocusing pulse is to be output, and wherein the strength of the refocusing pulses follows a flip-angle variation over time that is defined so as to minimize the SAR for the patient, characterised in that a simultaneous multislice imaging technique is used for simultaneous excitation and readout of at least two slices of a slice group to be acquired and, for further reduction of the SAR for the patient compared with the same flip angle variations for the at least two slices, different flip-angle variations for the at least two slices are selected in order to prevent the maxima of the different flip-angle variations from coinciding.
Protective fire-resistant coating, comprising: - a plurality of stacked fibrous layers ; and - at least one refractory glue layer placed between two of the fibrous layers, the glue comprising active elements capable of releasing water upon a temperature increase; characterized in that in at least one refractory glue layer, a vapor-permeable support extends parallel to the fibrous layers and is impregnated with the refractory glue. - a plurality of stacked fibrous layers ; and - at least one refractory glue layer placed between two of the fibrous layers, the glue comprising active elements capable of releasing water upon a temperature increase;
A method for operating an EMC filter (NF, EK) on a multi-phase network (SN), in particular a three-phase network, having phase voltages (UL1, UL2, UL3), or in a component such as an inverter (UR) connected to the multi-phase network (SN), wherein a leakage current flowing to a protective conductor (PE) of the multi-phase network (SN) is caused in at least one current path of the EMC filter due to an asymmetry of the phase voltages (UL1, UL2, UL3), in particular by switching the multi-phase network (SN) on or off, wherein the asymmetry of the phase voltages (UL1, UL2, UL3) is monitored by means of a measuring device (AD), and wherein the at least one current path of the EMC filter (NF, EK) conducting the leakage current is deactivated by means of a switching device (SE), so that the leakage current caused by the asymmetry cannot flow to the protective conductor (PE), characterized in that an asymmetry detector (AD) is used as the measuring device, wherein monitoring of the asymmetry comprises detection of an occurrence of the asymmetry, that the deactivation of the current path takes place to prevent an unintended shutdown of a residual current circuit breaker connected upstream of the EMC filter (NF, EK) and having a tripping time T_a by means of the switching device (SE) within a switch-off delay time dT_av after occurrence of the asymmetry, wherein the switch-off delay time dT_av is shorter than the tripping time T_a of the residual current circuit breaker, and that the current path is not activated until the phase voltages (UL1, UL2, UL3) have substantially the same voltage without interruption at least over a switch-on delay time dT_ev. that an asymmetry detector (AD) is used as the measuring device, wherein monitoring of the asymmetry comprises detection of an occurrence of the asymmetry, that the deactivation of the current path takes place to prevent an unintended shutdown of a residual current circuit breaker connected upstream of the EMC filter (NF, EK) and having a tripping time T_a by means of the switching device (SE) within a switch-off delay time dT_av after occurrence of the asymmetry, wherein the switch-off delay time dT_av is shorter than the tripping time T_a of the residual current circuit breaker, and that the current path is not activated until the phase voltages (UL1, UL2, UL3) have substantially the same voltage without interruption at least over a switch-on delay time dT_ev.
A drive assembly for a drug delivery system , the drive assembly comprising: a plunger member configured to engage and move a stopper within a container , the plunger member having a first position and a second position axially spaced from the first position; a leadscrew configured to move the plunger member from the first position to the second position; a biasing member configured to bias the leadscrew in a rotational direction; and a drive nut positioned about the leadscrew , the drive nut in a threaded engagement with the leadscrew , the drive nut configured to engage the plunger member to move the plunger member from the first position to the second position, wherein rotational movement of the leadscrew is configured to move the plunger member from the first position to the second position, wherein rotation of the leadscrew is driven by the biasing member , characterized in that the biasing member comprises a constant force spring , and in that the leadscrew comprises a drum portion and a screw portion extending from the drum portion , the biasing member received by the drum portion . a plunger member configured to engage and move a stopper within a container , the plunger member having a first position and a second position axially spaced from the first position; a leadscrew configured to move the plunger member from the first position to the second position; a biasing member configured to bias the leadscrew in a rotational direction; and a drive nut positioned about the leadscrew , the drive nut in a threaded engagement with the leadscrew , the drive nut configured to engage the plunger member to move the plunger member from the first position to the second position, wherein rotational movement of the leadscrew is configured to move the plunger member from the first position to the second position, wherein rotation of the leadscrew is driven by the biasing member , characterized in that the biasing member comprises a constant force spring , and in that the leadscrew comprises a drum portion and a screw portion extending from the drum portion , the biasing member received by the drum portion .