mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a transmitter , configured to transmit, to a user equipment, downlink control information indicating a resource assignment and indicating a modulation order and a transport block size, wherein the transport block size is signaled by a transport block size index and a number of scheduled physical resource blocks of the resource assignment; control circuitry , configured to determine, by performing sensing, whether a partial subframe or a complete subframe is available; uses a modified modulation order for a transport block including channel coded data to be transmitted in a partial subframe if the partial subframe rather than the complete subframe is available, wherein the modified modulation order is higher than the indicated modulation order which is used for a transport block to be transmitted in a complete subframe with a predefined length; and the transmitter , configured to transmit the transport block in the partial subframe to the user equipment, wherein the indicated modulation order and the modified modulation order are one of 2 which corresponds to QPSK, 4 which corresponds to 16QAM, 6 which corresponds to 64QAM, and 8 which corresponds to 256QAM. a transmitter , configured to transmit, to a user equipment, downlink control information indicating a resource assignment and indicating a modulation order and a transport block size, wherein the transport block size is signaled by a transport block size index and a number of scheduled physical resource blocks of the resource assignment; control circuitry , configured to determine, by performing sensing, whether a partial subframe or a complete subframe is available; uses a modified modulation order for a transport block including channel coded data to be transmitted in a partial subframe if the partial subframe rather than the complete subframe is available, wherein the modified modulation order is higher than the indicated modulation order which is used for a transport block to be transmitted in a complete subframe with a predefined length; and the transmitter , configured to transmit the transport block in the partial subframe to the user equipment, wherein the indicated modulation order and the modified modulation order are one of 2 which corresponds to QPSK, 4 which corresponds to 16QAM, 6 which corresponds to 64QAM, and 8 which corresponds to 256QAM.
An ultrasonic surgical system, comprising: an ultrasonic transducer configured to receive an electrical drive signal and, in response thereto, to produce ultrasonic mechanical motion that is output along an ultrasonic horn of the ultrasonic transducer, the ultrasonic horn defining a cam slot therein; a blade extending from the ultrasonic horn and configured to receive the ultrasonic mechanical motion from the ultrasonic horn for treating tissue in contact therewith; a jaw member movable relative to the blade between a spaced-apart position and an approximated position for clamping tissue therebetween; and a cam pin slidably disposed in the cam slot and operably coupled to the jaw member, wherein slidably advancing the cam pin in the cam slot pivots the jaw member relative to the blade between the spaced-apart position and the approximated position. an ultrasonic transducer configured to receive an electrical drive signal and, in response thereto, to produce ultrasonic mechanical motion that is output along an ultrasonic horn of the ultrasonic transducer, the ultrasonic horn defining a cam slot therein; a blade extending from the ultrasonic horn and configured to receive the ultrasonic mechanical motion from the ultrasonic horn for treating tissue in contact therewith; a jaw member movable relative to the blade between a spaced-apart position and an approximated position for clamping tissue therebetween; and a cam pin slidably disposed in the cam slot and operably coupled to the jaw member, wherein slidably advancing the cam pin in the cam slot pivots the jaw member relative to the blade between the spaced-apart position and the approximated position.
A method for determining a presence or absence of an electronic device in a predefined presence determination area at the electronic device, comprising: estimating a current location based on strength of signals received from a plurality of wireless communication devices ; correcting the estimated location by using movement information acquired through a sensor to generate a first corrected location; correcting the first corrected location by using information about a boundary area of the predefined presence determination area to generate a second corrected location; and determining the presence or absence in the presence determination area , based on the second corrected location, wherein information of the predefined presence determination area and the boundary area is obtained from a server automatically when entering a specific region. estimating a current location based on strength of signals received from a plurality of wireless communication devices ; correcting the estimated location by using movement information acquired through a sensor to generate a first corrected location; correcting the first corrected location by using information about a boundary area of the predefined presence determination area to generate a second corrected location; and determining the presence or absence in the presence determination area , based on the second corrected location, wherein information of the predefined presence determination area and the boundary area is obtained from a server automatically when entering a specific region.
A urea phosphate calcium sulfate (UPCS) fertilizer granule comprising urea phosphate and a urea-calcium sulfate (UCS) adduct, wherein the granule comprises 22 wt.% to 28 wt.% nitrogen (22 wt.% to 28 wt.% N), an amount of phosphorus equal to that provided by 5 wt.% to 10 wt.% P 2 O 5 (5 wt.% to 10 wt.% P), 2 wt.% to 8 wt.% sulfur (2 wt.% to 8 wt.% S), and 5 wt.% to 11 wt.% calcium (5 wt.% to 11 wt.% Ca).
A finished composite material comprising: a protector layer having back and front surfaces ; an adhesive layer having first and second surfaces, the first surface of the adhesive layer applied to the back surface of the protector layer, the adhesive layer formed of a number of discrete and non-continuous regions; a film layer having first and second surfaces , the first surface of the film layer applied to the second surface of the adhesive layer; and a backcoat layer having first and second surfaces , the first surface of the backcoat layer applied to the second surface of the film layer, the backcoat layer including a non-acrylic binder and a flame retardant material; characterized in that wherein the number of discrete and non-continuous regions form a number of non-adhesive regions therebetween configured to not resist flexing of the protector layer, film layer and backcoat layer; and the number of non-adhesive regions include an interface between the back surface of the protector layer and the first surface of the film layer such that the back surface of the protector layer touches the first surface of the film layer at the interface. a protector layer having back and front surfaces ; an adhesive layer having first and second surfaces, the first surface of the adhesive layer applied to the back surface of the protector layer, the adhesive layer formed of a number of discrete and non-continuous regions; a film layer having first and second surfaces , the first surface of the film layer applied to the second surface of the adhesive layer; and a backcoat layer having first and second surfaces , the first surface of the backcoat layer applied to the second surface of the film layer, the backcoat layer including a non-acrylic binder and a flame retardant material; characterized in that wherein the number of discrete and non-continuous regions form a number of non-adhesive regions therebetween configured to not resist flexing of the protector layer, film layer and backcoat layer; and the number of non-adhesive regions include an interface between the back surface of the protector layer and the first surface of the film layer such that the back surface of the protector layer touches the first surface of the film layer at the interface.
Vehicle transmission with a drive shaft , an output shaft and with transmission elements which are arranged in a transmission housing of the vehicle transmission for the realisation of various transmission ratios between the drive shaft and the output shaft , the output shaft being mounted in the transmission housing by means of an output shaft bearing , and the vehicle transmission having a shifting clutch , by means of which a drive connection between the transmission elements and the output shaft can be established or disconnected selectively, characterized in that an impeller wheel is arranged on the output shaft , by means of which the output shaft bearing is supplied at least temporarily with lubricating oil, in that the impeller wheel is a bucket wheel which, on its outer circumference, has conveying elements which are configured as recesses for receiving lubricating oil.
An electro wetting display device comprising: a support plate; electrowetting pixels separated from one another by pixel walls, wherein an electrowetting pixel of the electrowetting pixels includes: a first conductive layer portion and a second conductive layer portion disposed on the support plate, wherein the first conductive layer portion and the second conductive layer portion are separated by a dielectric layer portion in a first region of the electrowetting pixel, wherein the first conductive layer portion and the second conductive layer portion are in electrical contact with one another in a second region of the electrowetting pixel, in a trench of the dielectric layer portion within the second region of the electrowetting pixel, the trench comprising a portion which is elongate in a direction along one of the pixel walls ; ; and a hydrophobic layer portion over the dielectric layer portion . a support plate; electrowetting pixels separated from one another by pixel walls, wherein an electrowetting pixel of the electrowetting pixels includes: a first conductive layer portion and a second conductive layer portion disposed on the support plate, wherein the first conductive layer portion and the second conductive layer portion are separated by a dielectric layer portion in a first region of the electrowetting pixel, wherein the first conductive layer portion and the second conductive layer portion are in electrical contact with one another in a second region of the electrowetting pixel, in a trench of the dielectric layer portion within the second region of the electrowetting pixel, the trench comprising a portion which is elongate in a direction along one of the pixel walls ; ; and a hydrophobic layer portion over the dielectric layer portion . a first conductive layer portion and a second conductive layer portion disposed on the support plate, wherein the first conductive layer portion and the second conductive layer portion are separated by a dielectric layer portion in a first region of the electrowetting pixel, wherein the first conductive layer portion and the second conductive layer portion are in electrical contact with one another in a second region of the electrowetting pixel, in a trench of the dielectric layer portion within the second region of the electrowetting pixel, the trench comprising a portion which is elongate in a direction along one of the pixel walls ; ; and a hydrophobic layer portion over the dielectric layer portion .
A method for visualizing a network , the method comprising: identifying , for each of a plurality of network elements, a network element role and a network element connectivity; grouping the plurality of network elements based on the network element roles, to form a plurality of logical groups; displaying a network visualization comprising: representations of the plurality of network elements; and representations of connections between the network elements, based on the network element connectivity, wherein the representations of all the network elements of a first logical group of the plurality of logical groups are concealed in a collapsed group element; wherein at least one network element of a second logical group is associated with a virtual local area network, VLAN; and wherein none of the network elements of the first logical group are associated with the VLAN identifying , for each of a plurality of network elements, a network element role and a network element connectivity; grouping the plurality of network elements based on the network element roles, to form a plurality of logical groups; displaying a network visualization comprising: representations of the plurality of network elements; and representations of connections between the network elements, based on the network element connectivity, representations of the plurality of network elements; and representations of connections between the network elements, based on the network element connectivity, wherein the representations of all the network elements of a first logical group of the plurality of logical groups are concealed in a collapsed group element; wherein at least one network element of a second logical group is associated with a virtual local area network, VLAN; and wherein none of the network elements of the first logical group are associated with the VLAN
A method for identifying a subject as biomarker positive for response to β-glucan immunotherapy or biomarker negative for response to β-glucan immunotherapy, the method comprising: (i) providing a biological sample obtained from a subject; (ii) analyzing the sample and computing a concentration of a biomarker anti-β-glucan antibody compared to a reference standard; and (iii) identifying the subject as biomarker positive for response to 3-glucan immunotherapy or biomarker negative for response to β-glucan immunotherapy-based on the concentration of the biomarker anti-β-glucan antibody in the sample compared to a predetermined cutoff value for the biomarker anti-β-glucan antibody, wherein the predetermined cutoff value is selected based on analysis of specificity and sensitivity of the concentration of the biomarker anti-β-glucan antibody for one or more endpoints that stratifies biomarker-positive subjects and biomarker-negative subjects, and wherein the one or more endpoints are overall survival; overall response rate; β-glucan binding to monocytes or neutrophils; activation of complement components C4a, C5a or SC5b-9; modulation of neutrophil CR1, CR3, CD88 or CD62L surface marker expression; or induction of IL-8. (i) providing a biological sample obtained from a subject; (ii) analyzing the sample and computing a concentration of a biomarker anti-β-glucan antibody compared to a reference standard; and (iii) identifying the subject as biomarker positive for response to 3-glucan immunotherapy or biomarker negative for response to β-glucan immunotherapy-based on the concentration of the biomarker anti-β-glucan antibody in the sample compared to a predetermined cutoff value for the biomarker anti-β-glucan antibody, wherein the predetermined cutoff value is selected based on analysis of specificity and sensitivity of the concentration of the biomarker anti-β-glucan antibody for one or more endpoints that stratifies biomarker-positive subjects and biomarker-negative subjects, and wherein the one or more endpoints are overall survival; overall response rate; β-glucan binding to monocytes or neutrophils; activation of complement components C4a, C5a or SC5b-9; modulation of neutrophil CR1, CR3, CD88 or CD62L surface marker expression; or induction of IL-8.
Use of a composition comprising one or more polyol ester(s) (POE) obtained by reacting - one or more polyol with - one or more C 4-10 straight chain fatty acid and one or more Neo-C 5-10 acid as a refrigeration oil for a difluoromethane (R32) refrigerant or a mixed refrigerant of difluoromethane (R32) with other refrigerants, whose mixing ratio is 100/0 to 10/90, wherein the polyol ester has a kinematic viscosity between 22 and 320 cSt at 40°C according to ASTM-D445; and the polyol ester is miscible with a difluoromethane (R32) refrigerant at a temperature of higher than -50°C and less than 15°C (20% of a polyol ester in a refrigerant) according to ANSI/ASHRAE Standard 86-1994. - one or more polyol with - one or more C 4-10 straight chain fatty acid and one or more Neo-C 5-10 acid
An insert assembly that is configured to be disposed inside a turbine airfoil composed of an airfoil body and an outer shroud and an inner shroud formed respectively at both ends of the airfoil body in a radial direction (Dr), and that is configured to be provided inside an airfoil air passage through which cooling air (Ac) is supplied, in use, into the airfoil body , the insert assembly comprising: an insert that is formed as a cylindrical body having a plurality of cooling holes and is configured to be fixed to an end of the airfoil body on one side in the radial direction (Dr); a plate-shaped reinforcing member (85;86) that is provided inside the insert , extends in a direction (Dir) orthogonal to the radial direction (Dr), is fixed at outer ends to an inner circumferential surface (80c;84a) of the cylindrical body and is disposed adjacent to an end of the cylindrical body on the other side in the radial direction (Dr); and an annular retaining member (90;110) that is configured to be fixed to an end of the airfoil body on the other side in the radial direction (Dr), is configured to come in contact with an end of the insert so as to form a sealing interface on which the insert is slidable in the radial direction (Dr), and allows the insert to be positioned relative to the airfoil body in the direction (Dir) orthogonal to the radial direction (Dr), characterised in that end edges of the reinforcing member (85;86) are bent at a right angle toward a radially inner side (Dri) to form mount portions (85b;86b) which are fixed by welding to the inner circumferential surface (80c;84a). an insert that is formed as a cylindrical body having a plurality of cooling holes and is configured to be fixed to an end of the airfoil body on one side in the radial direction (Dr); a plate-shaped reinforcing member (85;86) that is provided inside the insert , extends in a direction (Dir) orthogonal to the radial direction (Dr), is fixed at outer ends to an inner circumferential surface (80c;84a) of the cylindrical body and is disposed adjacent to an end of the cylindrical body on the other side in the radial direction (Dr); and an annular retaining member (90;110) that is configured to be fixed to an end of the airfoil body on the other side in the radial direction (Dr), is configured to come in contact with an end of the insert so as to form a sealing interface on which the insert is slidable in the radial direction (Dr), and allows the insert to be positioned relative to the airfoil body in the direction (Dir) orthogonal to the radial direction (Dr), characterised in that end edges of the reinforcing member (85;86) are bent at a right angle toward a radially inner side (Dri) to form mount portions (85b;86b) which are fixed by welding to the inner circumferential surface (80c;84a).
Housing for the accommodation of a gas valve unit (GVU) for ships with gas propulsion, containing - a high-pressure vessel , - a gas inlet stub pipe , - a gas outlet stub pipe , - for a gas line , led through the high-pressure vessel, onto which, or into which, the functional components or modules of the GVU can be connected or integrated, - at least two inspection and maintenance openings that can be closed in a pressure-tight manner, characterised in that the first inspection and maintenance opening is mounted in the side wall of the high-pressure vessel , and can be closed by means of a blank flange arrangement , - in that the second inspection and maintenance opening is open on the upper face of the high-pressure vessel, and can be closed in a pressure-tight manner by means of a cover , which can be flanged onto the high-pressure vessel , and - in that a connection stub pipe , which can be closed in a pressure-tight manner, can be closed in a pressure-tight manner by means of a blank flange arrangement , through the blank flange of which electrical and sensor lines can be passed. - a high-pressure vessel , - a gas inlet stub pipe , - a gas outlet stub pipe , - for a gas line , led through the high-pressure vessel, onto which, or into which, the functional components or modules of the GVU can be connected or integrated, - for a gas line , led through the high-pressure vessel, onto which, or into which, the functional components or modules of the GVU can be connected or integrated, - at least two inspection and maintenance openings that can be closed in a pressure-tight manner, - in that the second inspection and maintenance opening is open on the upper face of the high-pressure vessel, and can be closed in a pressure-tight manner by means of a cover , which can be flanged onto the high-pressure vessel , and - in that a connection stub pipe , which can be closed in a pressure-tight manner, can be closed in a pressure-tight manner by means of a blank flange arrangement , through the blank flange of which electrical and sensor lines can be passed.
A lighting element for a vehicle comprising: a circuit board including at least one illuminator thereon; a housing having an optical element in register with the at least one illuminator on the circuit board ; a heat sink ; a thermal pad positioned between the circuit board and the heat sink ; characterised by the housing including a peripheral wall enveloping a periphery of the circuit board , the housing having at least one inwardly-extending leg having a retainer thereon; said heat sink having at least one recess in alignment with the at least one inwardly-extending leg on the peripheral wall of the housing; and wherein the inwardly-extending leg is positioned between the circuit board and the heat sink and wherein the inwardly extending leg extends toward another portion of the peripheral wall , different from the portion of the peripheral wall from which the inwardly-extending leg extends. a circuit board including at least one illuminator thereon; a housing having an optical element in register with the at least one illuminator on the circuit board ; a heat sink ; a thermal pad positioned between the circuit board and the heat sink ; characterised by the housing including a peripheral wall enveloping a periphery of the circuit board , the housing having at least one inwardly-extending leg having a retainer thereon; said heat sink having at least one recess in alignment with the at least one inwardly-extending leg on the peripheral wall of the housing; and wherein the inwardly-extending leg is positioned between the circuit board and the heat sink and wherein the inwardly extending leg extends toward another portion of the peripheral wall , different from the portion of the peripheral wall from which the inwardly-extending leg extends.