mhurhangee/patent-ind-claim-en huggingface dataset:
A person support apparatus having a longitudinal length from its head end to its foot end, and having a lateral width from side to side, the person support apparatus comprising: an inflatable head section having a head support surface to support at least a portion of a person's head, wherein at least a portion of the head support surface is generally sloped downward in a lateral direction; an inflatable torso section having a torso support surface to support a least a portion of the person's torso, wherein at least a portion of the torso support surface is generally sloped downward in the lateral direction, wherein the slope of the torso support surface is different from the slope of the head support surface; a knee gatch section located between the torso section and an inflatable leg section, wherein the knee gatch section has no lateral tilt and has a knee gatch bladder that is inflatable to control an amount of rounded contour in an upper surface of the knee gatch section; and an inflatable bolster extending along a side of person support apparatus and extending above at least one of a side and an end of the person support apparatus. an inflatable head section having a head support surface to support at least a portion of a person's head, wherein at least a portion of the head support surface is generally sloped downward in a lateral direction; an inflatable torso section having a torso support surface to support a least a portion of the person's torso, wherein at least a portion of the torso support surface is generally sloped downward in the lateral direction, wherein the slope of the torso support surface is different from the slope of the head support surface; a knee gatch section located between the torso section and an inflatable leg section, wherein the knee gatch section has no lateral tilt and has a knee gatch bladder that is inflatable to control an amount of rounded contour in an upper surface of the knee gatch section; and an inflatable bolster extending along a side of person support apparatus and extending above at least one of a side and an end of the person support apparatus.
Method for executing a task on a data processing system (DTS) comprising a central hardware device (CPU) and an additional hardware device (HW), said task being executed by a processing thread (T M ) of said central hardware device, said method comprising - a step (S1, S2) of offloading the execution of a first part (P1a, P1b, P2) of said task to said additional hardware device (HW); - a step (S3, S4) of said additional hardware device (HW) calling on functionalities of said central hardware device (CPU), which call is triggered by said first part; - a step of a second part (P2) of said task, which second task forms a sub-part of said first part, being executed by a service processing thread (T S ) of said central hardware device, said processing thread (T M ) and service processing thread (T S ) sharing the same software context of said task. - a step (S1, S2) of offloading the execution of a first part (P1a, P1b, P2) of said task to said additional hardware device (HW); - a step (S3, S4) of said additional hardware device (HW) calling on functionalities of said central hardware device (CPU), which call is triggered by said first part; - a step of a second part (P2) of said task, which second task forms a sub-part of said first part, being executed by a service processing thread (T S ) of said central hardware device, said processing thread (T M ) and service processing thread (T S ) sharing the same software context of said task.
A wireless power transmitting apparatus, comprising: a first transmitting coil ; a second transmitting coil ; a third transmitting coil on the first transmitting coil and the second transmitting coil ; and a soft magnetic substrate accommodating the first transmitting coil , the second transmitting coil , and the third transmitting coil , wherein the first transmitting coil and the second transmitting coil are disposed in parallel, and a center of the first transmitting coil and a center of the second transmitting coil are disposed at a predetermined distance (d12), wherein the soft magnetic substrate comprises, a wall surrounding at least a part of the outer circumference of the first transmitting coil and at least a part of the outer circumference of the second transmitting coil ; a groove formed in one side of the soft magnetic substrate , the groove including an accommodating face in which the first transmitting coil and second transmitting coil are disposed; characterized by a first protrusion protruding from the accommodating face of the groove and surrounding a first part of an outer circumference of the third transmitting coil ; and a second protrusion protruding from the accommodating face of the groove and surrounding a second part of the outer circumference of the third transmitting coil , and wherein the first protrusion and the second protrusion are higher than the wall . a first transmitting coil ; a second transmitting coil ; a third transmitting coil on the first transmitting coil and the second transmitting coil ; and a soft magnetic substrate accommodating the first transmitting coil , the second transmitting coil , and the third transmitting coil , wherein the first transmitting coil and the second transmitting coil are disposed in parallel, and a center of the first transmitting coil and a center of the second transmitting coil are disposed at a predetermined distance (d12), wherein the soft magnetic substrate comprises, a wall surrounding at least a part of the outer circumference of the first transmitting coil and at least a part of the outer circumference of the second transmitting coil ; a groove formed in one side of the soft magnetic substrate , the groove including an accommodating face in which the first transmitting coil and second transmitting coil are disposed; characterized by a first protrusion protruding from the accommodating face of the groove and surrounding a first part of an outer circumference of the third transmitting coil ; and a second protrusion protruding from the accommodating face of the groove and surrounding a second part of the outer circumference of the third transmitting coil , and wherein the first protrusion and the second protrusion are higher than the wall .
An inflatable bag with a protective base , which is formed by stacking two outer films and two inner films located inside the outer films and by means of heat sealing and inflating, which includes: two opposite side walls , each of which comprises a plurality of side wall air columns ; and a bottom wall , which is located between the side walls and connected to bottom portions thereof, the bottom wall includes a plurality of bottom air columns , wherein a first bottom air column section , a protective air column section and a second bottom air column section are delimited in sequence in each of the bottom air columns , the first bottom air column section is connected to the second bottom air column section by forming a first heat sealing node to bond the outer films and the inner films together, and at least one second heat sealing node is formed on each of the protective air column sections to bond the outer films and the inner films together, so that the protective air column sections are folded to form a protective base , characterized in that the bag further comprises a connecting member located above the protective base to connect the side walls . two opposite side walls , each of which comprises a plurality of side wall air columns ; and a bottom wall , which is located between the side walls and connected to bottom portions thereof, the bottom wall includes a plurality of bottom air columns , wherein a first bottom air column section , a protective air column section and a second bottom air column section are delimited in sequence in each of the bottom air columns , the first bottom air column section is connected to the second bottom air column section by forming a first heat sealing node to bond the outer films and the inner films together, and at least one second heat sealing node is formed on each of the protective air column sections to bond the outer films and the inner films together, so that the protective air column sections are folded to form a protective base , characterized in that the bag further comprises a connecting member located above the protective base to connect the side walls .
A method for wireless communication at a user equipment, UE, comprising: determining a priority indicator for an upcoming transmission between the UE and a base station; transmitting the priority indicator to the base station; receiving , from the base station, control information for a downlink transmission, the control information including an indication of a set of modulation and coding schemes to select from a plurality of sets of modulation and coding schemes and an index value for an entry in the selected set of modulation and coding scheme, wherein the indication is based at least in part on the priority indicator and a network condition; and identifying a combination of a modulation order and a code rate for the downlink transmission based at least in part on the index value, wherein the priority indicator comprises an indication of whether the UE prioritizes power efficiency or spectral efficiency or a combination thereof determining a priority indicator for an upcoming transmission between the UE and a base station; transmitting the priority indicator to the base station; receiving , from the base station, control information for a downlink transmission, the control information including an indication of a set of modulation and coding schemes to select from a plurality of sets of modulation and coding schemes and an index value for an entry in the selected set of modulation and coding scheme, wherein the indication is based at least in part on the priority indicator and a network condition; and identifying a combination of a modulation order and a code rate for the downlink transmission based at least in part on the index value, wherein the priority indicator comprises an indication of whether the UE prioritizes power efficiency or spectral efficiency or a combination thereof
Compressible self-expanding stent for splinting and/or keeping open a cavity, an organ duct and/or a vessel in the human or animal body, whereas the stent is formed of at least one wire and comprises a distal section, a proximal section and a transition section formed therebetween, whereas the distal section has a greater expansion than the proximal section, and these sections comprise a braid, and wherein sections of the wire or wires extending between a proximal and a distal end of the stent are referred to as strands, wherein in the region of the proximal section adjacent to the transition section in the proximal direction, a decoupling region is formed in which at least two strands are twisted together, characterized in that said strands extend approximately in the longitudinal direction of the stent.
Method for producing L-methionine, wherein a microorganism having L-homoserine O-acetyltransferase activity and O-acetyl-L-homoserine sulfhydrylase activity is cultured in a culture medium comprising L-homoserine and a sulphur source, selected from the group consisting of methyl mercaptan, a methyl mercaptan salt and dimethyl disulfide, whereby L-methionine is accumulated in the culture medium.
A clamping device for an external fixation system, comprising: a clamp body including a first jaw and a second jaw and defining a first channel configured to accommodate a fixation element along a longitudinal axis of the first channel, the first jaw defining a first opening and the second jaw defining a second opening ; and a locking assembly including a first locking element and a second locking element , the first locking element including a first end and a shaft portion extending from the first end , the shaft portion sized to pass through the first opening and the second opening , the second opening sized to restrict the first end from passing through the second opening , the first locking element defining a second channel sized to receive a bone pin , the locking assembly configured to reduce a distance between the first jaw and the second jaw responsive to rotation of the second locking element relative to the first locking element ; characterised in that the locking assembly further comprises a lever configured to attach to the second locking element and rotate about the second locking element from a first position to a second position to cause the distance between the first jaw and the second jaw to be reduced further while the first end is in contact with the second opening . a clamp body including a first jaw and a second jaw and defining a first channel configured to accommodate a fixation element along a longitudinal axis of the first channel, the first jaw defining a first opening and the second jaw defining a second opening ; and a locking assembly including a first locking element and a second locking element , the first locking element including a first end and a shaft portion extending from the first end , the shaft portion sized to pass through the first opening and the second opening , the second opening sized to restrict the first end from passing through the second opening , the first locking element defining a second channel sized to receive a bone pin , the locking assembly configured to reduce a distance between the first jaw and the second jaw responsive to rotation of the second locking element relative to the first locking element ; characterised in that the locking assembly further comprises a lever configured to attach to the second locking element and rotate about the second locking element from a first position to a second position to cause the distance between the first jaw and the second jaw to be reduced further while the first end is in contact with the second opening .
A drying assembly comprising: a plurality of electromagnetic energy sources (102; 406; 502) arranged to dry printing fluid deposited onto a surface of a substrate (104; 304; 402; 504, 526), by evaporation of a solvent fluid therefrom; a conveyor system (106; 506) configured to move the substrate in a conveying direction; and characterized by a focusing system (108; 508) configured to focus electromagnetic energy from the plurality of electromagnetic energy sources to form a non-uniform heating pattern on the surface of the substrate in use; wherein the non-uniform heating pattern comprises a plurality of spatially separated higher and lower intensity regions distributed along the conveying direction. a plurality of electromagnetic energy sources (102; 406; 502) arranged to dry printing fluid deposited onto a surface of a substrate (104; 304; 402; 504, 526), by evaporation of a solvent fluid therefrom; a conveyor system (106; 506) configured to move the substrate in a conveying direction; and characterized by a focusing system (108; 508) configured to focus electromagnetic energy from the plurality of electromagnetic energy sources to form a non-uniform heating pattern on the surface of the substrate in use; wherein the non-uniform heating pattern comprises a plurality of spatially separated higher and lower intensity regions distributed along the conveying direction.
A micro-lipo needle device, comprising: a main housing comprising a cavity, wherein said cavity is configured to communicate with a vacuum source such that when the main housing is placed on an area of a body the vacuum source generates a degree of vacuum to cause a volume of skin and fat to be lifted so as to fill up the cavity; a needle to puncture the skin that has been lifted; a cannula to be inserted through the inner portion of the needle wherein the cannula is concentric with the needle and constrained to 1 dimension, whose travel being limited such that no harm is done to a patient receiving the cannula ; an entry window in the main housing for the needle ; a membrane that seals the entry window to prevent leakage; and an assembly comprising the needle and the cannula , wherein the assembly comprises a sweep mechanism that allows the cannula to sweep over a range of certain degrees, wherein the sweep mechanism comprises vertical positions configured to allow harvesting tissue in multiple planes. a main housing comprising a cavity, wherein said cavity is configured to communicate with a vacuum source such that when the main housing is placed on an area of a body the vacuum source generates a degree of vacuum to cause a volume of skin and fat to be lifted so as to fill up the cavity; a needle to puncture the skin that has been lifted; a cannula to be inserted through the inner portion of the needle wherein the cannula is concentric with the needle and constrained to 1 dimension, whose travel being limited such that no harm is done to a patient receiving the cannula ; an entry window in the main housing for the needle ; a membrane that seals the entry window to prevent leakage; and an assembly comprising the needle and the cannula , wherein the assembly comprises a sweep mechanism that allows the cannula to sweep over a range of certain degrees, wherein the sweep mechanism comprises vertical positions configured to allow harvesting tissue in multiple planes.
Window wiper which is substantially T-shaped, comprising a wiper head and a wiper handle , wherein the wiper head is arranged relatively bent with respect to the wiper handle , and wherein the wiper head and the wiper handle delimit a bending angle , wherein the wiper head and the wiper handle are connected to each other by a joint , and wherein the wiper head and the wiper handle are movable from an initial bending angle to a maximum final bending angle counter to the spring force of the flexible joint , characterized in that the window wiper is in the form of a window vacuum cleaner, in that the wiper head comprises a suction nozzle , in that a suction device and a dirty water tank are arranged in the wiper handle , and in that the joint is in the form of a joint which is flexible and is automatically adjustable during the use as intended.
Method for manufacturing a multilayer data medium in which: - a multilayer data medium is selected comprising at least one security layer and at least one layer, referred to as a marking layer , which is sensitive to electromagnetic marking radiation , said marking layer being positioned at least in part facing said security layer , - said security layer comprises at least one printed image comprising at least one thermochromic pigment adapted to change colour during a predetermined temperature variation, - in a marking step, at least one mark is produced in said marking layer using said electromagnetic marking radiation through said printed image, characterized in that : - said printed image is a semi-transparent printed image revealing, in a first state, referred to as a non-activated state, at at least a first temperature, at least one semi-transparent visible pattern that enables, after said marking step, said mark to be seen through this image, said pattern not being visible in a second state, referred to as an activated state, at at least a second temperature different from the first temperature, - said printed image is prepared from at least one printing composition comprising at least one transparent binder and a predetermined proportion of thermochromic pigments which is adapted to form a semi-transparent printed image that enables said mark to be seen through this image in the non-activated state of the thermochromic pigments. - a multilayer data medium is selected comprising at least one security layer and at least one layer, referred to as a marking layer , which is sensitive to electromagnetic marking radiation , said marking layer being positioned at least in part facing said security layer , - said security layer comprises at least one printed image comprising at least one thermochromic pigment adapted to change colour during a predetermined temperature variation, - in a marking step, at least one mark is produced in said marking layer using said electromagnetic marking radiation through said printed image, - said printed image is a semi-transparent printed image revealing, in a first state, referred to as a non-activated state, at at least a first temperature, at least one semi-transparent visible pattern that enables, after said marking step, said mark to be seen through this image, said pattern not being visible in a second state, referred to as an activated state, at at least a second temperature different from the first temperature, - said printed image is prepared from at least one printing composition comprising at least one transparent binder and a predetermined proportion of thermochromic pigments which is adapted to form a semi-transparent printed image that enables said mark to be seen through this image in the non-activated state of the thermochromic pigments.
A medical assembly, comprising: a balloon expandable endoprosthesis having a first end and a second end and comprising a plurality of ringed stent elements flexibly connected to each other via at least one flexible connector, with ringed stent elements proximate the first end and the second end, the endoprosthesis being deployable from an undeployed state with an undeployed diameter to a deployed state with a deployed diameter; and a catheter assembly onto which the endoprosthesis is assembled, the catheter assembly comprising: a balloon ; and a cover along the balloon, wherein the endoprosthesis is coaxially located about the balloon and the cover, wherein at least one end portion of the endoprosthesis, the balloon, and the cover are configured to reach an intermediate diameter between the undeployed diameter and the deployed diameter in which the at least one end portion of the endoprosthesis, the balloon, and the cover are configured to be inflated by increasing an inflation pressure within the balloon and approximately maintained at about the intermediate diameter by the cover until the inflation pressure increases by at least 1 atmosphere to overcome a yield strength of the cover causing the cover to plastically deform. a balloon expandable endoprosthesis having a first end and a second end and comprising a plurality of ringed stent elements flexibly connected to each other via at least one flexible connector, with ringed stent elements proximate the first end and the second end, the endoprosthesis being deployable from an undeployed state with an undeployed diameter to a deployed state with a deployed diameter; and a catheter assembly onto which the endoprosthesis is assembled, the catheter assembly comprising: a balloon ; and a cover along the balloon, wherein the endoprosthesis is coaxially located about the balloon and the cover, a balloon ; and a cover along the balloon, wherein the endoprosthesis is coaxially located about the balloon and the cover, wherein at least one end portion of the endoprosthesis, the balloon, and the cover are configured to reach an intermediate diameter between the undeployed diameter and the deployed diameter in which the at least one end portion of the endoprosthesis, the balloon, and the cover are configured to be inflated by increasing an inflation pressure within the balloon and approximately maintained at about the intermediate diameter by the cover until the inflation pressure increases by at least 1 atmosphere to overcome a yield strength of the cover causing the cover to plastically deform.
A pharmaceutical composition for topical use containing sulphated hyaluronic acid as a skin absorption promoter of diclofenac, ketoprofen, ibuprofen or salts thereof, wherein said sulphated hyaluronic acid has a sulphation degree equal to 3, intended as the number of sulfate groups per disaccharide unit, the sulphation involving the alcohol hydroxyls present in the polysaccharide (HA) chain and wherein said sulphated hyaluronic acid is prepared starting from a hyaluronic acid (HA) having a molecular weight ranging from 150,000 to 250,000 Da and wherein said sulphated hyaluronic acid is formulated with diclofenac, ketoprofen, ibuprofen or salts thereof.