mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement for connecting a towing line to a spreading device , such as a trawl door or a deflector for seismic equipment, to be towed by a vessel at sea for controlling the position of the spreading device , the arrangement comprising an attachment point for the towing line and including a movable part comprising the attachment point , wherein the movable part is capable of being moved in relation to a body of the spreading device by means of an actuator, wherein the movable part with the attachment point is configured to be provided at the body of the spreading device or at a centre part of the body of the spreading device , characterized in that the movable part with the attachment point can be moved substantially in vertical direction and approximately at right angles in relation to the direction of movement of the spreading device when operated at sea.
An aqueous mixture for the production of fire resistant glazings comprising: at least one alkali metal silicate, at least one glass, glass-ceramic and/or ceramic additive, and water, wherein the at least one glass, glass-ceramic and/or ceramic additive has at least one boron containing moiety directly or indirectly attached to a surface thereof by covalent or ionic bonding. at least one alkali metal silicate, at least one glass, glass-ceramic and/or ceramic additive, and water, wherein the at least one glass, glass-ceramic and/or ceramic additive has at least one boron containing moiety directly or indirectly attached to a surface thereof by covalent or ionic bonding.
A hand held power tool comprising: a housing , the housing comprising a back handle portion at a back end thereof; and a front handle portion at a front end thereof, wherein a motor is arranged in the back handle portion and coupled to an outgoing axle extending through the front handle portion , wherein the front handle portion comprises an inner tubular structure and an outer tubular gripping sleeve , characterized in that the outer tubular gripping sleeve is circumferentially supported by at least two vibration absorbing resilient elements arranged around said inner tubular structure , such that a circumferential gap is formed between said inner tubular structure and said gripping sleeve , wherein the at least two vibration absorbing resilient elements are vibration absorbing resilient rings, which rings have an arc shaped profile. a housing , the housing comprising a back handle portion at a back end thereof; and a front handle portion at a front end thereof, wherein a motor is arranged in the back handle portion and coupled to an outgoing axle extending through the front handle portion , wherein the front handle portion comprises an inner tubular structure and an outer tubular gripping sleeve , characterized in that the outer tubular gripping sleeve is circumferentially supported by at least two vibration absorbing resilient elements arranged around said inner tubular structure , such that a circumferential gap is formed between said inner tubular structure and said gripping sleeve , wherein the at least two vibration absorbing resilient elements are vibration absorbing resilient rings, which rings have an arc shaped profile.
A composition comprising a cationic amphiphilic peptide hydrogel and a crystallized immunosuppressive small molecule drug dispersed within the peptide hydrogel, wherein the amino acid sequence of the peptide comprises or consists of the amino acid sequence set forth as: (XZ) n X-[ D PP, D PG, or NG]-X(ZX) n and wherein each X is individually selected from V, I, L, M, T, F, W, and Y; each Z is individually selected from any amino acid; n is from 3 to 5; and the peptide has a net positive charge at neutral pH. each X is individually selected from V, I, L, M, T, F, W, and Y; each Z is individually selected from any amino acid; n is from 3 to 5; and the peptide has a net positive charge at neutral pH.
An air-conditioning apparatus comprising: a refrigeration cycle including a compressor , a heat source-side heat exchanger , a pressure reducing device , and a load-side heat exchanger connected via refrigerant pipes to allow refrigerant to circulate through the refrigeration cycle to perform at least a cooling operation with the heat source-side heat exchanger serving as a radiator and the load-side heat exchanger serving as an evaporator; a heat source-side unit housing the compressor , the heat source-side heat exchanger , and the pressure reducing device ; at least one load-side unit housing the load-side heat exchanger , and connected to the heat source-side unit via existing refrigerant pipes ; and a controller configured to control the refrigeration cycle, wherein, during the cooling operation, the controller adjusts an opening degree of the pressure reducing device in accordance with a reduction amount of a current total load capacity of the at least one load-side unit , characterized in that the controller comprises a storage unit configured to store an immediately preceding total load capacity, wherein the controller is configured to adjust the opening degree of the pressure reducing device when an outside air temperature of outdoor air supplied to the heat source-side heat exchanger exceeds a reference outside air temperature, and when the current total load capacity of the at least one load-side unit is less than the stored total load capacity. a refrigeration cycle including a compressor , a heat source-side heat exchanger , a pressure reducing device , and a load-side heat exchanger connected via refrigerant pipes to allow refrigerant to circulate through the refrigeration cycle to perform at least a cooling operation with the heat source-side heat exchanger serving as a radiator and the load-side heat exchanger serving as an evaporator; a heat source-side unit housing the compressor , the heat source-side heat exchanger , and the pressure reducing device ; at least one load-side unit housing the load-side heat exchanger , and connected to the heat source-side unit via existing refrigerant pipes ; and a controller configured to control the refrigeration cycle, wherein, during the cooling operation, the controller adjusts an opening degree of the pressure reducing device in accordance with a reduction amount of a current total load capacity of the at least one load-side unit , characterized in that the controller comprises a storage unit configured to store an immediately preceding total load capacity, wherein the controller is configured to adjust the opening degree of the pressure reducing device when an outside air temperature of outdoor air supplied to the heat source-side heat exchanger exceeds a reference outside air temperature, and when the current total load capacity of the at least one load-side unit is less than the stored total load capacity.
Method for assisting with flying an aircraft having a fuselage which extends longitudinally from a nose towards a rear end , said aircraft having a first lateral arrangement and a second lateral arrangement arranged laterally on either side of the fuselage and each involved in the movement of the aircraft , characterized in that during an assistance phase, said method comprises the following steps: - measuring a value for a first ground clearance of the first lateral arrangement and a value for a second ground clearance of the second lateral arrangement , - displaying at least one symbol on a screen which varies as a function of the variation of said value for the first ground clearance and/or said value for the second ground clearance. - measuring a value for a first ground clearance of the first lateral arrangement and a value for a second ground clearance of the second lateral arrangement , - displaying at least one symbol on a screen which varies as a function of the variation of said value for the first ground clearance and/or said value for the second ground clearance.
A sidelink communication method, comprising: receiving , by a terminal device, resource configuration information sent by a network device, wherein the resource configuration information is used to configure a common resource for the terminal device, and the common resource is a resource that is configured by the network device for all terminal devices within coverage of the network device and that is to be used by all the terminal devices to perform sidelink communication; receiving , by the terminal device, sidelink BWP indication information sent by the network device, wherein the sidelink BWP indication information is used to indicate N sidelink bandwidth parts SL-BWPs, the N SL-BWPs are bandwidth parts BWPs used by the terminal device to perform sidelink communication, and the N SL-BWPs comprise a frequency domain resource corresponding to the common resource, wherein N is a positive integer; and performing , by the terminal device, sidelink communication with another terminal device in the N SL-BWPs, characterized by the resource configuration information carries multiplexing format indication information, the multiplexing format indication information is used to indicate a multiplexing format of sidelink data and sidelink control information that are sent by the terminal device when the terminal device performs sidelink communication on the common resource, and the multiplexing format comprises frequency division multiplexing and time division multiplexing. receiving , by a terminal device, resource configuration information sent by a network device, wherein the resource configuration information is used to configure a common resource for the terminal device, and the common resource is a resource that is configured by the network device for all terminal devices within coverage of the network device and that is to be used by all the terminal devices to perform sidelink communication; receiving , by the terminal device, sidelink BWP indication information sent by the network device, wherein the sidelink BWP indication information is used to indicate N sidelink bandwidth parts SL-BWPs, the N SL-BWPs are bandwidth parts BWPs used by the terminal device to perform sidelink communication, and the N SL-BWPs comprise a frequency domain resource corresponding to the common resource, wherein N is a positive integer; and performing , by the terminal device, sidelink communication with another terminal device in the N SL-BWPs, characterized by the resource configuration information carries multiplexing format indication information, the multiplexing format indication information is used to indicate a multiplexing format of sidelink data and sidelink control information that are sent by the terminal device when the terminal device performs sidelink communication on the common resource, and the multiplexing format comprises frequency division multiplexing and time division multiplexing.
Method for mounting a frame for a window , a facade or a skylight roof, having at least one corner region with a first profile and a second profile arranged at an angle to the first profile , and an insulating glass pane which is arranged spaced apart from the first profile and the second profile , whereby in a glass rebate at least one insulating element is arranged in the at least one corner region , wherein the insulating element extends continuously in the corner region from the first profile to the second profile and thereby extends substantially continuously from a first block setting element on the first profile to a second block setting element on the second profile and the insulating element is bent in the miter region between the first profile and the second profile , the insulating element (12, 12', 12", 20, 20', 20", 30) being glued to at least one profile , characterized by the following steps: the insulating element , which is at least partially coated with an adhesive layer, is initially covered by a protective film, which is then removed during assembly; the insulating element is glued to the frame; and the insulating element is used as a spacer for the alignment of the block setting elements . the insulating element , which is at least partially coated with an adhesive layer, is initially covered by a protective film, which is then removed during assembly; the insulating element is glued to the frame; and the insulating element is used as a spacer for the alignment of the block setting elements .
A method for detecting one or more mechanical properties of at least one of a plurality of cells in a sample, the method comprising: acquiring a data set for at least one metric of mechanical signatures of the at least one of a plurality of cells using a label-free spectroscopy-based cytometry, wherein the mechanical signatures are selected from the group consisting of: modulus, stiffness, viscosity, compressibility, electrostriction and a combination thereof; generating at least one histogram representing the mechanical signature of the plurality of cells based on the acquired data set, the at least one histogram providing the number of cells for each of a plurality of metric values present in the data set; determining from each of the at least one histogram the sensitivity and specificity of the data set for the plurality of the metric values; calculating a merit function based on sensitivity and specificity of the data set; locating the peak of the merit function, wherein the optimal metric value that corresponds to the peak of the merit function is the optimal metric value and corresponds to the ratio between sensitivity and (1 - specificity); applying the optimal metric value as a threshold to optimize the data set as depicted in the histogram, and determine true positive and false positive data points; and classifying the at least one of a plurality of cells based on the mechanical signature associated with the histogram and the optimal metric value. acquiring a data set for at least one metric of mechanical signatures of the at least one of a plurality of cells using a label-free spectroscopy-based cytometry, wherein the mechanical signatures are selected from the group consisting of: modulus, stiffness, viscosity, compressibility, electrostriction and a combination thereof; generating at least one histogram representing the mechanical signature of the plurality of cells based on the acquired data set, the at least one histogram providing the number of cells for each of a plurality of metric values present in the data set; determining from each of the at least one histogram the sensitivity and specificity of the data set for the plurality of the metric values; calculating a merit function based on sensitivity and specificity of the data set; locating the peak of the merit function, wherein the optimal metric value that corresponds to the peak of the merit function is the optimal metric value and corresponds to the ratio between sensitivity and (1 - specificity); applying the optimal metric value as a threshold to optimize the data set as depicted in the histogram, and determine true positive and false positive data points; and classifying the at least one of a plurality of cells based on the mechanical signature associated with the histogram and the optimal metric value.
A mitre joint for a metallic frame of a fenestration unit, the joint comprising: first and second frame members ; a connector configured to locate the first and second frame members in relation to one another; and first and second fasteners configured to secure the first and second frame members to the connector ; wherein the connector comprises a first arm configured to extend within a hollow profile defined by the first frame member , and a second arm configured to extend within a hollow profile defined by the second frame member ; wherein a longitudinal axis (x) of each of the first and second fasteners is configured to be parallel to a longitudinal axis (z) of the respective connector arm ; wherein each of the first and second fasteners is configured to engage the respective frame member when the respective connector arm extends within said frame member ; wherein each frame member profile defines at least two projections extending from the profile to engage said fastener ; and wherein each projection of the frame member engages the fastener at an engagement point ; characterised in that the projections are configured such that the engagement points are equidistant about a periphery of the fastener . first and second frame members ; a connector configured to locate the first and second frame members in relation to one another; and first and second fasteners configured to secure the first and second frame members to the connector ; wherein the connector comprises a first arm configured to extend within a hollow profile defined by the first frame member , and a second arm configured to extend within a hollow profile defined by the second frame member ; wherein a longitudinal axis (x) of each of the first and second fasteners is configured to be parallel to a longitudinal axis (z) of the respective connector arm ; wherein each of the first and second fasteners is configured to engage the respective frame member when the respective connector arm extends within said frame member ; wherein each frame member profile defines at least two projections extending from the profile to engage said fastener ; and wherein each projection of the frame member engages the fastener at an engagement point ; characterised in that the projections are configured such that the engagement points are equidistant about a periphery of the fastener .
A method for preparing (Z)-3-butylideneisobenzofuran-1 -one (compound 5): the method comprises the following steps: (I) reacting a halogenated carboxylic acid anhydride with the 2-(2-bromoacetyl)benzoic acid (compound 3) at a first temperature ranging from 50°C to 140°C to obtain the following (Z)-3-(bromomethylene)isobenzofuran-1 -one (compound 4); and (II) reacting the (Z)-3-(bromomethylene)isobenzofuran-1 -one (compound 4) with a compound of (C 3 H 7 )MgX at a second temperature ranging from -10°C to 10°C to obtain the (Z)-3-butylideneisobenzofuran-1 -one (compound 5), wherein, X is Cl - , Br or I - . (I) reacting a halogenated carboxylic acid anhydride with the 2-(2-bromoacetyl)benzoic acid (compound 3) at a first temperature ranging from 50°C to 140°C to obtain the following (Z)-3-(bromomethylene)isobenzofuran-1 -one (compound 4); and (II) reacting the (Z)-3-(bromomethylene)isobenzofuran-1 -one (compound 4) with a compound of (C 3 H 7 )MgX at a second temperature ranging from -10°C to 10°C to obtain the (Z)-3-butylideneisobenzofuran-1 -one (compound 5), wherein, X is Cl - , Br or I - .
Stator, wherein the fillets of a single continuous wave winding, formed by n>1 continuous wires , are located in the slots, which wave winding has been wound onto a strip-like flat template, wherein the fillets are held by jaws during the winding and between half rotations of the template there is an axial relative displacement between fillets between which a gable-shaped winding head is formed, wherein the winding steps are repeated in the same manner alternately with a half rotation of the template and an axial relative displacement of the fillets and wherein the winding in this way grows to the desired number of fillets corresponding to a multiple number of stator slots to be occupied, and the winding has been pressed down flat after removal from the template, wherein its n wires with each passage through the stator lamination package are located in n slots which are consecutive in circumferential direction and cross one another in the region of their essentially gable-shaped winding heads at crossing points arranged with clearance respectively, such that with respect to an specified circumferential direction of the n consecutive wires the following wire in circumferential direction extends radially outwardly at one end of the stator and at the other end of the stator extends radially inwardly past the preceding wire in circumferential direction and the two winding heads adjoining a fillet are positioned at one end of the stator in front of the fillet and at its other end in circumferential direction behind the fillet .
A composition for use in a method of treating neuroinflammatory disease, the composition comprising poly-sialylated neural cell adhesion molecule (PSA-NCAM)-positive neural precursor cells as an active ingredient, wherein the neuroinflammatory disease is spinal cord injury, wherein the PSA-NCAM-positive neural precursor cells are separated from neural rosettes differentiated from pluripotent stem cells, wherein the pluripotent stem cells are embryonic stem cells or induced pluripotent stem cells (iPSCs). wherein the neuroinflammatory disease is spinal cord injury, wherein the PSA-NCAM-positive neural precursor cells are separated from neural rosettes differentiated from pluripotent stem cells, wherein the pluripotent stem cells are embryonic stem cells or induced pluripotent stem cells (iPSCs).
Control device for thermal monitoring of at least two at least two-phase motors (M1, M2), preferably without a rotor position sensor, comprising a first computer (R1), which is designed to thermally monitor both the first brushless motor (M1) and the second preferably brushless motor (M2), and comprising a second computer (R2), which is designed to thermally monitor both the first brushless motor (M1) and the second motor (M2), characterised in that both computers (R1, R2) are designed to reduce the power of or to stop both the first brushless motor (M1) and the second motor (M2) if a thermal overload is detected by at least one of the two computers (R1, R2). comprising a first computer (R1), which is designed to thermally monitor both the first brushless motor (M1) and the second preferably brushless motor (M2), and comprising a second computer (R2), which is designed to thermally monitor both the first brushless motor (M1) and the second motor (M2), characterised in that both computers (R1, R2) are designed to reduce the power of or to stop both the first brushless motor (M1) and the second motor (M2) if a thermal overload is detected by at least one of the two computers (R1, R2).
Protective sheath for a cannula arranged on a hub configured to be fitted onto a syringe , said sheath comprising female means intended to cooperate with male means of the hub for guiding thereof, and characterized in that : - said female means comprise a retracted position before use RBU, a retracted position during use RU, and a retracted position after use RAU, wherein the whole length of the cannula is inside said sheath , said female means including primary locking means for temporary locking said male means in the RBU position, secondary locking means for temporary locking said male means in the RU position, and final locking means for permanently locking said male means in the RAU position; - said female means comprise an ejection position E, wherein whole or part of the cannula protrudes out of said sheath ; and - the RBU, RU and RAU positions are substantially transversally aligned. - said female means comprise a retracted position before use RBU, a retracted position during use RU, and a retracted position after use RAU, wherein the whole length of the cannula is inside said sheath , said female means including primary locking means for temporary locking said male means in the RBU position, secondary locking means for temporary locking said male means in the RU position, and final locking means for permanently locking said male means in the RAU position; - said female means comprise an ejection position E, wherein whole or part of the cannula protrudes out of said sheath ; and - the RBU, RU and RAU positions are substantially transversally aligned.
Liquid pharmaceutical composition comprising human fibrinogen, characterized in that it comprises: - between 10 and 300 mM of arginine - between 10 and 300 mM of glutamate, the pH of the composition being between 6 and 8. - between 10 and 300 mM of arginine - between 10 and 300 mM of glutamate,