mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum holder for one or more articles , wherein said vacuum holder has a retaining surface for holding an article by vacuum, said vacuum holder comprising : a) a vacuum port at said retaining surface ; and b) a valve in fluid communication with said vacuum port through a passageway extending from said valve to said vacuum port , wherein said valve can be closed so that after a vacuum is drawn, the vacuum holder can hold an article against said retaining surface by vacuum untethered from attachment to a vacuum source c) an elastically extensible gasket adjacent at least a portion of an outer surface of a main body , wherein said gasket has an opening therein, wherein when said gasket is stretched and relaxed, said opening is sized and configured for fitting around the portion of the surface of the article to be held against the retaining surface of the vacuum holder and at least some portions of the article adjacent thereto. a) a vacuum port at said retaining surface ; and b) a valve in fluid communication with said vacuum port through a passageway extending from said valve to said vacuum port , wherein said valve can be closed so that after a vacuum is drawn, the vacuum holder can hold an article against said retaining surface by vacuum untethered from attachment to a vacuum source c) an elastically extensible gasket adjacent at least a portion of an outer surface of a main body , wherein said gasket has an opening therein, wherein when said gasket is stretched and relaxed, said opening is sized and configured for fitting around the portion of the surface of the article to be held against the retaining surface of the vacuum holder and at least some portions of the article adjacent thereto.
A powder mixture for three dimensional printing of a cermet or a cemented carbide body, said powder mixture comprising - 65-85 wt% porous cemented carbide and/or cermet particles of a median particle size (D50) of 10-35 μm, and - 15-35 wt% dense cemented carbide and/or cermet particles of a median particle size (D50) of 3-10 μm, wherein the average porosity of the porous particles is 10-40 vol%, wherein the porosity is measured as indicated in the description and the median particle size (D50) is measured by means of laser diffraction. - 65-85 wt% porous cemented carbide and/or cermet particles of a median particle size (D50) of 10-35 μm, and - 15-35 wt% dense cemented carbide and/or cermet particles of a median particle size (D50) of 3-10 μm, wherein the average porosity of the porous particles is 10-40 vol%, wherein the porosity is measured as indicated in the description and the median particle size (D50) is measured by means of laser diffraction.
A computer-implemented method for evaluating movement of a subject, the method comprising: obtaining a first signal representing measurements of the subject from a first sensor; processing the first signal to determine a quality measure for the first signal; determining if the determined quality measure meets a first criterion; if the determined quality measure meets the first criterion, determining values for a plurality of features in a first feature set, the first feature set comprising one or more first features to be determined from the first signal, and evaluating the movement of the subject based on the values for the plurality of features in the first feature set; and if the determined quality measure does not meet the first criterion, determining values for one or more features in a second feature set, wherein the one or more features in the second feature set are a subset of the plurality of features in the first feature set and the second feature set does not include at least one of the one or more first features in the first feature set, and evaluating the movement of the subject based on the values for the one or more features in the second feature set. obtaining a first signal representing measurements of the subject from a first sensor; processing the first signal to determine a quality measure for the first signal; determining if the determined quality measure meets a first criterion; if the determined quality measure meets the first criterion, determining values for a plurality of features in a first feature set, the first feature set comprising one or more first features to be determined from the first signal, and evaluating the movement of the subject based on the values for the plurality of features in the first feature set; and if the determined quality measure does not meet the first criterion, determining values for one or more features in a second feature set, wherein the one or more features in the second feature set are a subset of the plurality of features in the first feature set and the second feature set does not include at least one of the one or more first features in the first feature set, and evaluating the movement of the subject based on the values for the one or more features in the second feature set.
A method for evaluating renal status in a subject, comprising: performing one or more assays configured to detect Tissue inhibitor of metalloproteinase 2 (TIMP2) on a body fluid sample obtained from the subject to provide one or more assay results, wherein said assay result(s) comprise a measured concentration of Tissue inhibitor of metalloproteinase 2; and correlating the assay result(s) to the renal status of the subject, wherein said correlation step comprises: (i) correlating the assay result(s) to prognosis of acute kidney injury in the subject, or (ii) assigning a likelihood of one or more future changes in renal status to the subject based on the assay result(s), wherein said one or more future changes in renal status comprise future acute kidney injury. performing one or more assays configured to detect Tissue inhibitor of metalloproteinase 2 (TIMP2) on a body fluid sample obtained from the subject to provide one or more assay results, wherein said assay result(s) comprise a measured concentration of Tissue inhibitor of metalloproteinase 2; and correlating the assay result(s) to the renal status of the subject, wherein said correlation step comprises: (i) correlating the assay result(s) to prognosis of acute kidney injury in the subject, or (ii) assigning a likelihood of one or more future changes in renal status to the subject based on the assay result(s), wherein said one or more future changes in renal status comprise future acute kidney injury. (i) correlating the assay result(s) to prognosis of acute kidney injury in the subject, or (ii) assigning a likelihood of one or more future changes in renal status to the subject based on the assay result(s), wherein said one or more future changes in renal status comprise future acute kidney injury.
Piston for centrifugation, comprises: a main body ; a valve which can be moved forward and backward inside the main body by the action of an external force act; and a valve support having a flow path through which fluid flows from the front of the main body to the rear of the main body and serving to guide movement of the valve inside the main body , characterised in that the valve moves toward the front of the main body to open the flow path when the external force is applied to the valve , the valve moving towards the rear of the main body to block the flow path when no external force is applied to the valve , wherein an elastic member is located between the inner end of the body and the valve and elastically supporting the valve , the elastic member being compressed when the external force acts on the valve , and the elastic member being stretched when no external force acts on the valve . a main body ; a valve which can be moved forward and backward inside the main body by the action of an external force act; and a valve support having a flow path through which fluid flows from the front of the main body to the rear of the main body and serving to guide movement of the valve inside the main body , characterised in that the valve moves toward the front of the main body to open the flow path when the external force is applied to the valve , the valve moving towards the rear of the main body to block the flow path when no external force is applied to the valve , wherein an elastic member is located between the inner end of the body and the valve and elastically supporting the valve , the elastic member being compressed when the external force acts on the valve , and the elastic member being stretched when no external force acts on the valve .
A top cap assembly for use with a capillary controlled gas sensor which has a recess, the top cap assembly , comprising: a top cap configured to be fitted into the recess of the sensor ; a capillary located within the top cap ; a bulk flow control assembly comprising: a bulk flow membrane ; a bulk flow control disk located on top of the bulk flow membrane , wherein the bulk flow control disk comprises a gas impermeable material; and a layer of adhesive attaching the bulk flow membrane and the bulk flow control disk , wherein a gas flow path is formed through the bulk flow assembly from an exterior of the top cap assembly through the bulk flow membrane at a vertical edge, laterally through the bulk flow membrane , into a first capillary well , and into the capillary in the top cap ; wherein the top cap comprises a raised boss , wherein the raised boss is attached to the bulk flow control assembly , wherein the raised boss comprises the first capillary well at the top of the capillary , and wherein the bulk flow control assembly covers the first capillary well ; and a moat formed in the top cap and surrounding the raised boss , wherein the moat is operable to collect condensation formed on or around the bulk flow control assembly . a top cap configured to be fitted into the recess of the sensor ; a capillary located within the top cap ; a bulk flow control assembly comprising: a bulk flow membrane ; a bulk flow control disk located on top of the bulk flow membrane , wherein the bulk flow control disk comprises a gas impermeable material; and a layer of adhesive attaching the bulk flow membrane and the bulk flow control disk , wherein a gas flow path is formed through the bulk flow assembly from an exterior of the top cap assembly through the bulk flow membrane at a vertical edge, laterally through the bulk flow membrane , into a first capillary well , and into the capillary in the top cap ; a bulk flow membrane ; a bulk flow control disk located on top of the bulk flow membrane , wherein the bulk flow control disk comprises a gas impermeable material; and a layer of adhesive attaching the bulk flow membrane and the bulk flow control disk , wherein a gas flow path is formed through the bulk flow assembly from an exterior of the top cap assembly through the bulk flow membrane at a vertical edge, laterally through the bulk flow membrane , into a first capillary well , and into the capillary in the top cap ; wherein the top cap comprises a raised boss , wherein the raised boss is attached to the bulk flow control assembly , wherein the raised boss comprises the first capillary well at the top of the capillary , and wherein the bulk flow control assembly covers the first capillary well ; and a moat formed in the top cap and surrounding the raised boss , wherein the moat is operable to collect condensation formed on or around the bulk flow control assembly .
Device for off-road transport of a child in a seated position comprising a frame including: - a front wheel and a rear wheel positioned one behind the other and in the same plane ; - means for receiving a backrest or seat corset of a disabled child, or a removable seat , positioned between the axis of the front and rear wheels; - a guiding bracket extending vertically behind the receiving means and sloping backwards and above the rear wheel , the bracket being terminated by a handlebar maneuverable by a person standing behind the device characterized in that : - the front wheel and the rear wheel are spaced apart from each other by a distance of less than 20 cm, and in that the means for receiving a backrest or seat corset of a disabled child, or a removable seat are positioned above the front and rear wheels; - the front wheel and the rear wheel are each connected to the frame by a swinging arm , the swinging arms being connected to each other by a common shock absorber . - a front wheel and a rear wheel positioned one behind the other and in the same plane ; - means for receiving a backrest or seat corset of a disabled child, or a removable seat , positioned between the axis of the front and rear wheels; - a guiding bracket extending vertically behind the receiving means and sloping backwards and above the rear wheel , the bracket being terminated by a handlebar maneuverable by a person standing behind the device - the front wheel and the rear wheel are spaced apart from each other by a distance of less than 20 cm, and in that the means for receiving a backrest or seat corset of a disabled child, or a removable seat are positioned above the front and rear wheels; - the front wheel and the rear wheel are each connected to the frame by a swinging arm , the swinging arms being connected to each other by a common shock absorber .
A measurement apparatus comprising a capacitive touchscreen adapted to input characteristic data of measurement accessory devices pressed against the capacitive touchscreen , wherein each measurement accessory device comprises means for providing characteristic data of said measurement accessory device in machine readable form used during measurement of a device under test (DUT) by said measurement apparatus , and a processing unit adapted to process the input characteristic data of said measurement accessory device , characterised in that the capacitive touchscreen of said measurement apparatus is capable of displaying a test setup for testing the DUT to a user and comprises different sensitive areas according to the displayed test setup on which the measurement accessory devices of the displayed test setup can be pressed by the user to read from these measurement accessory devices the characteristic data from a structured surface pattern of the measurement accessory device transferred to the processing unit of said measurement apparatus. a capacitive touchscreen adapted to input characteristic data of measurement accessory devices pressed against the capacitive touchscreen , wherein each measurement accessory device comprises means for providing characteristic data of said measurement accessory device in machine readable form used during measurement of a device under test (DUT) by said measurement apparatus , and a processing unit adapted to process the input characteristic data of said measurement accessory device , characterised in that the capacitive touchscreen of said measurement apparatus is capable of displaying a test setup for testing the DUT to a user and comprises different sensitive areas according to the displayed test setup on which the measurement accessory devices of the displayed test setup can be pressed by the user to read from these measurement accessory devices the characteristic data from a structured surface pattern of the measurement accessory device transferred to the processing unit of said measurement apparatus.
A wireless communication device configured to operate according to the Institute of Electrical and Electronics Engineers (IEEE) 802.11 standard, comprising: a receiver configured to receive a plurality of first MAC frames each including first information for generation of a trigger frame for uplink multi-user transmission, each of the first MAC frames being transmitted by a respective IEEE 802.11 standard compliant terminal under Carrier Sense Multiple Access with Collision Avoidance, CSMA/CA, without the device transmitting a transmission request for the first information; and a transmitter configured to transmit a second frame generated on the basis of the first information included in the plurality of first MAC frames, the second frame being the trigger frame and designating at least one target terminal for the uplink multi-user transmission wherein the second frame instructs the at least one target terminal to transmit third frames including data after elapse of a predetermined time after the second frame is received, and the first information included in the plurality of first MAC frames includes: information indicating an access category having a highest transmission priority among the plurality of access categories including AC_VO, AC_VI, AC_BK, and AC_BE for the uplink multi-user transmission, wherein the information indicates the access category having a highest transmission priority. a receiver configured to receive a plurality of first MAC frames each including first information for generation of a trigger frame for uplink multi-user transmission, each of the first MAC frames being transmitted by a respective IEEE 802.11 standard compliant terminal under Carrier Sense Multiple Access with Collision Avoidance, CSMA/CA, without the device transmitting a transmission request for the first information; and a transmitter configured to transmit a second frame generated on the basis of the first information included in the plurality of first MAC frames, the second frame being the trigger frame and designating at least one target terminal for the uplink multi-user transmission wherein the second frame instructs the at least one target terminal to transmit third frames including data after elapse of a predetermined time after the second frame is received, and the first information included in the plurality of first MAC frames includes: information indicating an access category having a highest transmission priority among the plurality of access categories including AC_VO, AC_VI, AC_BK, and AC_BE for the uplink multi-user transmission, wherein the information indicates the access category having a highest transmission priority.
An engineered polypeptide comprising an amino acid sequence with at least 80% sequence identity to a reference sequence of SEQ ID NO:2, comprising a substitution at position 124, wherein said position is numbered with reference to SEQ ID NO:2, wherein the engineered polypeptide has 1.2 times or more the imine reductase activity of SEQ ID NO:2, and wherein said polypeptide comprises at least one substitution selected from I124G and I124A/V178I, wherein said positions are numbered with reference to SEQ ID NO:2. wherein the engineered polypeptide has 1.2 times or more the imine reductase activity of SEQ ID NO:2, and wherein said polypeptide comprises at least one substitution selected from I124G and I124A/V178I, wherein said positions are numbered with reference to SEQ ID NO:2.
A device for producing a three-dimensional object by layer-wise applying and selectively solidifying a building material , the device comprising: a recoater that can be moved in an application direction (R) across a build area , the recoater having at least a first recoating unit for applying a layer of the building material to the build area and an irradiation device that can be moved in the application direction (R) across the build area , the irradiation device having at least a first irradiation unit adapted to emit a radiation suitable for solidifying the building material for selectively solidifying the applied layer of the building material at positions that correspond to a cross-section of the object to be produced, wherein the device is configured and/or controlled to repeat the steps of applying and selectively solidifying until the object is completed, wherein the recoater comprises at least a second recoating unit that is arranged at the other side of the first irradiation unit than the first recoating unit with respect to the application direction (R) and/or the irradiation device comprises at least a second irradiation unit that is arranged at the other side of the first recoating unit than the first irradiation unit with respect to the application direction (R), and wherein the first irradiation unit and possible further irradiation units (20b-20d) is or are designed as bar irradiation device(s), in particular as VCSEL-based or as VECSEL-based bar irradiation device(s). a recoater that can be moved in an application direction (R) across a build area , the recoater having at least a first recoating unit for applying a layer of the building material to the build area and an irradiation device that can be moved in the application direction (R) across the build area , the irradiation device having at least a first irradiation unit adapted to emit a radiation suitable for solidifying the building material for selectively solidifying the applied layer of the building material at positions that correspond to a cross-section of the object to be produced, wherein the device is configured and/or controlled to repeat the steps of applying and selectively solidifying until the object is completed, wherein the recoater comprises at least a second recoating unit that is arranged at the other side of the first irradiation unit than the first recoating unit with respect to the application direction (R) and/or the irradiation device comprises at least a second irradiation unit that is arranged at the other side of the first recoating unit than the first irradiation unit with respect to the application direction (R), and wherein the first irradiation unit and possible further irradiation units (20b-20d) is or are designed as bar irradiation device(s), in particular as VCSEL-based or as VECSEL-based bar irradiation device(s).