mhurhangee/patent-ind-claim-en huggingface dataset:
Infant accommodation apparatus comprising a support device which includes a base , said support device including an enclosure extending away from said base on a first side of the base , wherein said enclosure surrounds an infant accommodation region in which an infant is positioned in use, wherein a headrest is provided on a second side of the base ; wherein said infant accommodation apparatus is arranged to be positioned in a first configuration wherein the base directly contacts and/or is supported by a support surface, for example a floor and said enclosure extends away from said base on said first side of the base , wherein: (i) when said apparatus is arranged in said first configuration, said headrest faces downwardly; and/or (ii) in said first configuration, said headrest directly contacts a support surface, for example a floor, on which the infant accommodation apparatus is arranged, in use wherein a harness is provided on said second side of the base for securing an infant to the support device ; wherein, when said apparatus is in said first configuration wherein said headrest faces downwardly, said harness faces downwardly; and when said apparatus is in said first configuration, said harness directly contacts a support surface, for example a floor, on which the infant accommodation apparatus is arranged in use. (i) when said apparatus is arranged in said first configuration, said headrest faces downwardly; and/or (ii) in said first configuration, said headrest directly contacts a support surface, for example a floor, on which the infant accommodation apparatus is arranged, in use
Shelf imaging device for a shelf support , wherein the shelf support is installed on a shelf edge and comprises a receiving section configured to receive electronic shelf labels on the shelf support , the receiving section comprising two facing wings extending in a longitudinal direction, one of the two wings has in its medial region a longitudinal groove , the groove has a plurality of holes , the shelf imaging device comprising: • a back side configured to be removably fitted in the receiving section , • a front side opposite to the back side , • an optical sensor configured to acquire an image of shelves facing the front side , • an engaging member for engaging the receiving section so as to lock the shelf imaging device into the shelf support , when the engaging member protrudes from the shelf imaging device and engages one of the holes, at or behind the back side of the shelf imaging device , characterized in that it further comprises: • a guiding element and a spring , the guiding element and the spring being configured together to urge upwardly the engaging member to project through an opening of the shelf imaging device , • an actuator configured to move the engaging member between a locking position where the shelf imaging device is locked into the shelf support and a free position where the shelf imaging device is free to be displaced relative to the shelf support , the actuator comprising a magnetic element which extends between a front end (503-a) located near the front side and/or near a lateral side of the shelf imaging device , and a back end (503-b) linked to the engaging member , and • a link linking together the guiding element , the engaging member and the actuator . • a back side configured to be removably fitted in the receiving section , • a front side opposite to the back side , • an optical sensor configured to acquire an image of shelves facing the front side , • an engaging member for engaging the receiving section so as to lock the shelf imaging device into the shelf support , when the engaging member protrudes from the shelf imaging device and engages one of the holes, at or behind the back side of the shelf imaging device , • a guiding element and a spring , the guiding element and the spring being configured together to urge upwardly the engaging member to project through an opening of the shelf imaging device , • an actuator configured to move the engaging member between a locking position where the shelf imaging device is locked into the shelf support and a free position where the shelf imaging device is free to be displaced relative to the shelf support , the actuator comprising a magnetic element which extends between a front end (503-a) located near the front side and/or near a lateral side of the shelf imaging device , and a back end (503-b) linked to the engaging member , and • a link linking together the guiding element , the engaging member and the actuator .
An apparatus for a terminal, comprising: means for receiving from at least one access node a first spatial relation indication for a first transmission to be made in a first direction; means for receiving from the at least one access node a second spatial relation indication for a second transmission to be made in a second direction; means for receiving from the at least one access node a third indication indicating whether the second spatial relation indication is to be used for a limited duration; and means for using the received indications for receiving and/or transmitting signalling with the at least one access node, wherein when the third indication indicates that the second spatial relation indication is to be used for a limited duration, the apparatus comprises means for using a fourth spatial relation for transmissions to be made in the second direction after expiry of the limited duration, wherein the fourth spatial relation was also used for transmissions made in the second direction prior to the second spatial relation being used. means for receiving from at least one access node a first spatial relation indication for a first transmission to be made in a first direction; means for receiving from the at least one access node a second spatial relation indication for a second transmission to be made in a second direction; means for receiving from the at least one access node a third indication indicating whether the second spatial relation indication is to be used for a limited duration; and means for using the received indications for receiving and/or transmitting signalling with the at least one access node, wherein when the third indication indicates that the second spatial relation indication is to be used for a limited duration, the apparatus comprises means for using a fourth spatial relation for transmissions to be made in the second direction after expiry of the limited duration, wherein the fourth spatial relation was also used for transmissions made in the second direction prior to the second spatial relation being used.
A fastening device for fastening a seat assembly onto a sanitary bowl , comprising a mounting plate , to be fixed to the sanitary bowl , and a base body , joined or connectable to the seat assembly and cooperating with the mounting plate ; the mounting plate having at least one pair of housings configured to receive respective adjustment members ; each adjustment member being provided with a through central opening for insertion of a bolt or another fastening element, and being configured so as to be inserted in a housing in a position selected from a plurality of positions, and so as to change the position of the adjustment member with respect to the mounting plate along two directions perpendicular to each other; wherein each housing comprises a through window which extends between two opposite faces of the mounting plate ; and two lateral coupling zones , positioned on opposite sides of the window ; characterized in that the lateral coupling zones are provided with respective pluralities of holes arranged in a preset pattern; and wherein the adjustment member is provided with pins projecting from a lower face of the adjustment member , positioned on opposite sides of the central opening , and configured to engage respective holes formed in the housing of the mounting plate .
A high-rate sedimentation tank, comprising: a hopper configured to be supplied with raw water including floc ; at least one circular orifice pipe disposed at the lower portion of the hopper and comprising a plurality of orifices configured to deposit the floc as a sludge while passing the floc included in the raw water there through; and a sludge outlet positioned at the lower portion of the hopper for discharging the sludge deposited by passing through the circular orifice pipe to an outside of the hopper ; characterized by a baffle spaced apart from an inner side surface of the hopper at a predetermined distance such that the raw water including the floc is supplied between the inner side surface of the hopper and the baffle , and the raw water including the floc moves toward a lower portion of the hopper by gravity along the inner side surfaces of the hopper and the raw water from which the floc is removed is recovered from an upper portion of the hopper , and wherein baffle is configured to guide a flow of the floc included in the raw water toward the lower portion of the hopper ; and by an inclination plate spaced at a distal end of the baffle for guiding the flow of the floc toward the circular orifice pipe while preventing the floc from rising toward the upper portion of the hopper . a hopper configured to be supplied with raw water including floc ; at least one circular orifice pipe disposed at the lower portion of the hopper and comprising a plurality of orifices configured to deposit the floc as a sludge while passing the floc included in the raw water there through; and a sludge outlet positioned at the lower portion of the hopper for discharging the sludge deposited by passing through the circular orifice pipe to an outside of the hopper ; characterized by a baffle spaced apart from an inner side surface of the hopper at a predetermined distance such that the raw water including the floc is supplied between the inner side surface of the hopper and the baffle , and the raw water including the floc moves toward a lower portion of the hopper by gravity along the inner side surfaces of the hopper and the raw water from which the floc is removed is recovered from an upper portion of the hopper , and wherein baffle is configured to guide a flow of the floc included in the raw water toward the lower portion of the hopper ; and by an inclination plate spaced at a distal end of the baffle for guiding the flow of the floc toward the circular orifice pipe while preventing the floc from rising toward the upper portion of the hopper .
An electronic device comprising: a wiring board having one or more layers ; an integrated circuit arranged on a side of the wiring board ; an antenna arranged on an opposing side of the wiring board; and a signal path ; wherein the integrated circuit is arranged to generate a high frequency signal and to feed it to the signal path , the signal path is arranged to convey the high frequency signal to the antenna , and the antenna is arranged to emit the high frequency signal into an environment of the electronic device ; or wherein the antenna is arranged to receive the high frequency signal from said environment and to feed it to the signal path , the signal path is arranged to convey the high frequency signal to the integrated circuit, and the integrated circuit is arranged to process the high frequency signal; wherein the signal path comprises a wave guide that traverses all of said layers ; wherein the wave guide has a hollow cylindrical inner space , and the wave guide has a first end near the integrated circuit , for conveying the high frequency signal between said first end and said integrated circuit by nonconductive electromagnetic coupling. a wiring board having one or more layers ; an integrated circuit arranged on a side of the wiring board ; an antenna arranged on an opposing side of the wiring board; and a signal path ; wherein the integrated circuit is arranged to generate a high frequency signal and to feed it to the signal path , the signal path is arranged to convey the high frequency signal to the antenna , and the antenna is arranged to emit the high frequency signal into an environment of the electronic device ; or wherein the antenna is arranged to receive the high frequency signal from said environment and to feed it to the signal path , the signal path is arranged to convey the high frequency signal to the integrated circuit, and the integrated circuit is arranged to process the high frequency signal; wherein the signal path comprises a wave guide that traverses all of said layers ; wherein the wave guide has a hollow cylindrical inner space , and the wave guide has a first end near the integrated circuit , for conveying the high frequency signal between said first end and said integrated circuit by nonconductive electromagnetic coupling.
A catheter assembly , comprising: a balloon catheter including: a shaft ; and a drug-coated balloon in an uninflated state disposed about a distal-end portion of the shaft; and a balloon protector including: a balloon-covering section covering the balloon , the balloon-covering section including a tip piece of the balloon protector coupled to a distal-end portion of a body piece of the balloon protector ; and a tabbed section proximal of the balloon-covering section , the tabbed section including a pair of tabs configured to be continuously pulled away from each other to progressively split the balloon protector along the balloon-covering section until the balloon protector is completely peeled off the balloon , wherein the tip piece has a tapered portion having an inner-diameter taper commensurate with an outer diameter of a distal shoulder of the balloon , the inner-diameter taper of the tip piece configured to maintain concentricity between an opening in a distal end of the tip piece and an opening in a distal end of the balloon catheter for threading a guidewire therethrough. a balloon catheter including: a shaft ; and a drug-coated balloon in an uninflated state disposed about a distal-end portion of the shaft; and a shaft ; and a drug-coated balloon in an uninflated state disposed about a distal-end portion of the shaft; and a balloon protector including: a balloon-covering section covering the balloon , the balloon-covering section including a tip piece of the balloon protector coupled to a distal-end portion of a body piece of the balloon protector ; and a tabbed section proximal of the balloon-covering section , the tabbed section including a pair of tabs configured to be continuously pulled away from each other to progressively split the balloon protector along the balloon-covering section until the balloon protector is completely peeled off the balloon , wherein the tip piece has a tapered portion having an inner-diameter taper commensurate with an outer diameter of a distal shoulder of the balloon , the inner-diameter taper of the tip piece configured to maintain concentricity between an opening in a distal end of the tip piece and an opening in a distal end of the balloon catheter for threading a guidewire therethrough. a balloon-covering section covering the balloon , the balloon-covering section including a tip piece of the balloon protector coupled to a distal-end portion of a body piece of the balloon protector ; and a tabbed section proximal of the balloon-covering section , the tabbed section including a pair of tabs configured to be continuously pulled away from each other to progressively split the balloon protector along the balloon-covering section until the balloon protector is completely peeled off the balloon , wherein the tip piece has a tapered portion having an inner-diameter taper commensurate with an outer diameter of a distal shoulder of the balloon , the inner-diameter taper of the tip piece configured to maintain concentricity between an opening in a distal end of the tip piece and an opening in a distal end of the balloon catheter for threading a guidewire therethrough.
A method for processing a channel, wherein the channel is represented by a MIMO system comprising first coefficients associated with transmission lines and second coefficients in particular associated with crosstalk, said method comprising the steps: a) clustering of the coefficients of the second coefficients thereby determining a cluster; b) processing of the clustered coefficients comprising the steps - adjusting a coefficient of the second coefficients according to a predefined value; - determining a signal-to-noise ratio; c) refining a breadth of the cluster; d) adjusting the coefficient according to an improved signal-to-noise ratio; e) until the breadth of the cluster has not reached a threshold, the signal-to-noise ratio is determined and it is reverted to step c). a) clustering of the coefficients of the second coefficients thereby determining a cluster; b) processing of the clustered coefficients comprising the steps - adjusting a coefficient of the second coefficients according to a predefined value; - determining a signal-to-noise ratio; - adjusting a coefficient of the second coefficients according to a predefined value; - determining a signal-to-noise ratio; c) refining a breadth of the cluster; d) adjusting the coefficient according to an improved signal-to-noise ratio; e) until the breadth of the cluster has not reached a threshold, the signal-to-noise ratio is determined and it is reverted to step c).
Cas9 or an expression vector, naked plasmid DNA or chemically-modified mRNA, coding therefor; and a single DMD guide RNA or an expression vector coding therefor; for use in a method of treating Duchenne muscular dystrophy (DMD) in a subject, the method comprising contacting a cell in said subject with the Cas9 and the single DMD guide RNA (gRNA), that, once expressed, form a Cas9-gRNA complex to destroy a splice acceptor site upstream of exon 51 of the DMD gene, wherein the single DMD gRNA comprises a spacer RNA and a tracrRNA; wherein the spacer RNA consists of 20 nucleotides; wherein the splice acceptor site comprises the sequence of SEQ ID NO: 28; and thereby rescuing the expression of the DMD gene by exon skipping; wherein the Cas9 and and/or DMD guide RNA are delivered using an adeno-associated viral (AAV) vector.
A power supply apparatus which provides power to operate a display apparatus, the power supply apparatus comprising: a power factor correction circuit unit which corrects a power factor of input power and outputs the corrected power factor; and a controller which controls an on/off state of the power factor correction circuit unit according to an input status of a first signal indicating a status of power supplied to the display apparatus and an input status of a second signal indicating an operation status of a display unit of the display apparatus wherein the controller, in response to a video signal inputted to the display unit being abnormal, controls the second signal not to be inputted so that the power factor correction circuit is switched off, wherein an abnormal signal comprises a signal which comprises an error among the signal inputted to the display unit. a power factor correction circuit unit which corrects a power factor of input power and outputs the corrected power factor; and a controller which controls an on/off state of the power factor correction circuit unit according to an input status of a first signal indicating a status of power supplied to the display apparatus and an input status of a second signal indicating an operation status of a display unit of the display apparatus wherein the controller, in response to a video signal inputted to the display unit being abnormal, controls the second signal not to be inputted so that the power factor correction circuit is switched off, wherein an abnormal signal comprises a signal which comprises an error among the signal inputted to the display unit.
A method for determining the presence of a biomarker on or in at least one extracellular vesicle(s) from a biological sample obtained from a subject, the method comprising the steps of: (a) contacting a sensor of a single particle interferometric reflectance imaging sensor (SP-IRIS) system comprising a first probe with a biological sample comprising at least one extracellular vesicle, thereby capturing the at least one vesicle on the sensor, (b) imaging the sensor, obtaining a label-free SP-IRIS image, to quantify and individually characterize bound extracellular vesicle(s), (c) contacting the sensor with a second probe comprising a secondary recognition probe that binds a biomarker on or inside the extracellular vesicle conjugated to a label, and (d) imaging the sensor and comparing the image to the image obtained in step (b), wherein a change in the signal imaged in (d) compared to the signal imaged in step (b) indicates the presence of the biomarker on the at least one vesicle. (a) contacting a sensor of a single particle interferometric reflectance imaging sensor (SP-IRIS) system comprising a first probe with a biological sample comprising at least one extracellular vesicle, thereby capturing the at least one vesicle on the sensor, (b) imaging the sensor, obtaining a label-free SP-IRIS image, to quantify and individually characterize bound extracellular vesicle(s), (c) contacting the sensor with a second probe comprising a secondary recognition probe that binds a biomarker on or inside the extracellular vesicle conjugated to a label, and (d) imaging the sensor and comparing the image to the image obtained in step (b),
Vehicle door handle comprising a handle holder and a handle movably borne on the handle holder , wherein the handle can assume at least a rest position and a stand-by position and wherein on incorporation into a vehicle door the handle in the rest position is arranged flush with the outer side of the vehicle door and in the stand-by position for operation is arranged protruding vis-à-vis the outer side of the vehicle door in a protruding direction , wherein a mass balancing element is connected to the handle and is borne on the handle holder in a swivelling manner about a swivel axis , and wherein on moving the handle from the rest position into the stand-by position, the handle swivels the mass balancing element out of a basic position into an operating position, characterised in that the mass balancing element is designed with its mass and/or its geometry matched to the handle in such a way that under the effect of an acceleration force directed in the protrusion direction the mass balancing element , both in the rest position and also in the stand-by position of the handle , produces a countermoment acting on the handle and preventing further movement of the handle in the protruding direction .