mhurhangee/patent-ind-claim-en huggingface dataset:
An ostomy barrier appliance for attaching an ostomy appliance to a peristomal skin surrounding a stoma, the ostomy barrier appliance comprising: a skin barrier comprising an adhesive; an inlet opening defined in the skin barrier for receiving a stoma; and a convexity adjusting device arranged adjacent the skin barrier ; wherein the convexity adjusting device includes a fixed insert and an adjustable insert , characterized in that the convexity adjusting device is configured to adjust a convexity of the skin barrier by rotating the adjustable insert relative to the fixed insert . a skin barrier comprising an adhesive; an inlet opening defined in the skin barrier for receiving a stoma; and a convexity adjusting device arranged adjacent the skin barrier ; wherein the convexity adjusting device includes a fixed insert and an adjustable insert , characterized in that the convexity adjusting device is configured to adjust a convexity of the skin barrier by rotating the adjustable insert relative to the fixed insert .
Load carrier for a vehicle, for instance load carrier basket, comprising at least one crossbar which in a mounted state of the load carrier extends in cross direction of the vehicle, and a load stop wherein the load stop is provided on a front end of the load carrier in the longitudinal direction of the load carrier and comprises at least one supporting portion for coupling the load stop to the load carrier , and a stop member with an abutment portion , wherein the stop member is held on the at least one supporting portion by means of a coupling mechanism in such a manner that the stop member is movable between a use position in which the abutment portion is provided such that the goods to be transported on the load carrier can get in contact with the abutment portion , and a non-use position in which the goods to be transported cannot get in contact with the abutment portion , wherein the stop member comprises a supporting surface which, when the stop member is in the non-use position, acts in a supporting plane defined by an uppermost portion of the at least one crossbar for additionally supporting the goods to be transported on the load carrier and/or wherein the stop member does not provide a stop function when the same is in the non-use position and comprises a supporting function which is available when the same is in the non-use position.
A mask for the delivery of breathable gases to a subject, the mask being configured for neonatal resuscitation use and comprising a cushion and one or more restriction components , the one or more restriction components extending at least partly around, or forming part of, the outer perimeter of the cushion , the cushion having a sealing surface configured to form a seal around at least one airway of a patient in use, the cushion comprising a first layer , a second layer , and a third layer , the first and third layers comprising a gel material having a first Shore hardness, and the second layer , situated between the first and third layers , comprising a material having a second Shore hardness, greater than the first Shore hardness, and the second layer acts as a restriction component , and wherein the mask is symmetrical and can be applied in any orientation to the face of the subject. the one or more restriction components extending at least partly around, or forming part of, the outer perimeter of the cushion , the cushion having a sealing surface configured to form a seal around at least one airway of a patient in use, the cushion comprising a first layer , a second layer , and a third layer , the first and third layers comprising a gel material having a first Shore hardness, and the second layer , situated between the first and third layers , comprising a material having a second Shore hardness, greater than the first Shore hardness, and the second layer acts as a restriction component , and wherein the mask is symmetrical and can be applied in any orientation to the face of the subject.
An electronic device comprising: a display; and at least one processor operatively connected to the display, wherein the at least one processor is configured to: reproduce workout video through the display; identify a speed of a workout motion included in the workout video; identify an audio signal distinct from the workout video; identify a reproducing speed of the workout video at which the speed of the workout motion corresponds to a tempo of the audio signal; and control a reproducing speed of the workout video to the identified reproducing speed of the workout video. a display; and at least one processor operatively connected to the display, wherein the at least one processor is configured to: reproduce workout video through the display; identify a speed of a workout motion included in the workout video; identify an audio signal distinct from the workout video; identify a reproducing speed of the workout video at which the speed of the workout motion corresponds to a tempo of the audio signal; and control a reproducing speed of the workout video to the identified reproducing speed of the workout video. reproduce workout video through the display; identify a speed of a workout motion included in the workout video; identify an audio signal distinct from the workout video; identify a reproducing speed of the workout video at which the speed of the workout motion corresponds to a tempo of the audio signal; and control a reproducing speed of the workout video to the identified reproducing speed of the workout video.
A connection structure of an operation rod in which an engagement pair including an operation rod side engagement part and a connection object side engagement part formed between the operation rod and a connection object thereof is engaged with each other in a longitudinal direction of the operation rod to make connection comprising: a main body integrally formed with the operation rod side engagement part and extending in the longitudinal direction; a moving body disposed on an inner side of the main body and provided to move in the longitudinal direction relative to the main body , the moving body being urged toward the connection object side; and a floating piece loosely arranged in a through-hole formed in the main body to extend in a direction intersecting with the longitudinal direction, wherein the moving body is provided with a recessed part formed on a surface thereof opposing the main body at a position to which the through-hole is imaginarily projected when the moving body , being urged in the longitudinal direction, is in contact with the connection object side engagement part in a state of engagement, in which one end of the floating piece can be fitted in the recessed part . a main body integrally formed with the operation rod side engagement part and extending in the longitudinal direction; a moving body disposed on an inner side of the main body and provided to move in the longitudinal direction relative to the main body , the moving body being urged toward the connection object side; and a floating piece loosely arranged in a through-hole formed in the main body to extend in a direction intersecting with the longitudinal direction,
Compressor wheel for an exhaust gas turbocharger having a hub base body and shovel blades arranged thereon, wherein the hub base body is formed as a polygon having a number of segments which are tipped with respect to one another, said number corresponding to the number of shovel blades , characterised in that the individual segments have a surface area radially outwards which is straight in cross-section and merge into one another in a saw-tooth manner radially outwards.
A connector-attached circuit body comprising: a circuit body formed of a flexible substrate and including a strip-shaped extension portion provided with a wiring pattern; and a connector attached to the front end portion of the extension portion and including a terminal and a housing that accommodates the terminal, wherein the terminal is electrically connected to the wiring pattern and extends downward in a thickness direction of the circuit body and is accommodated in a terminal accommodation chamber of the housing , wherein the housing includes an opening at a lower end of the terminal accommodation chamber functioning as an insertion hole into which a mating terminal is to be inserted, and wherein the connector further includes a cover that mainly covers the front end portion of the extension portion and that is assembled from above with respect to the housing characterized in that the cover has an inclined surface on an outer front surface of the cover such that the outer surface extends outward toward the opening in the thickness direction of the circuit body . a circuit body formed of a flexible substrate and including a strip-shaped extension portion provided with a wiring pattern; and a connector attached to the front end portion of the extension portion and including a terminal and a housing that accommodates the terminal, wherein the terminal is electrically connected to the wiring pattern and extends downward in a thickness direction of the circuit body and is accommodated in a terminal accommodation chamber of the housing , wherein the housing includes an opening at a lower end of the terminal accommodation chamber functioning as an insertion hole into which a mating terminal is to be inserted, and wherein the connector further includes a cover that mainly covers the front end portion of the extension portion and that is assembled from above with respect to the housing characterized in that the cover has an inclined surface on an outer front surface of the cover such that the outer surface extends outward toward the opening in the thickness direction of the circuit body .
Sterile article for mechanical wound cleaning, comprising a vertically-lapped nonwoven having a thickness of 1.5 mm to 50 mm, wherein the vertically-lapped nonwoven contains binding fibres, characterized in that at least one side of the vertically-lapped nonwoven is intended for direct contact with the wound, wherein the vertically-lapped nonwoven is folded vertically in the direction of its thickness.
A power cable comprising: a center conductor layer; an inner semiconducting layer provided on an outer surface of the center conductor layer; an insulating layer provided on an outer surface of the inner semiconducting layer; an outer semiconducting layer provided on an outer surface of the insulating layer; a metal layer provided on an outer surface of the outer semiconducting layer, the metal layer including a plurality of metal wires; a watertight layer provided on an outer surface of the metal layer; an adhesive layer provided on an outer surface of the watertight layer and having a thickness of 1 to 5 mm; and a jacket layer provided on an outer surface of the adhesive layer, characterized in that the adhesive layer has a density of 0.93 g/cm 3 or greater and a degree of crystallinity of greater than 50%. a center conductor layer; an inner semiconducting layer provided on an outer surface of the center conductor layer; an insulating layer provided on an outer surface of the inner semiconducting layer; an outer semiconducting layer provided on an outer surface of the insulating layer; a metal layer provided on an outer surface of the outer semiconducting layer, the metal layer including a plurality of metal wires; a watertight layer provided on an outer surface of the metal layer; an adhesive layer provided on an outer surface of the watertight layer and having a thickness of 1 to 5 mm; and a jacket layer provided on an outer surface of the adhesive layer, characterized in that the adhesive layer has a density of 0.93 g/cm 3 or greater and a degree of crystallinity of greater than 50%.
A wake-up method, wherein the method is applied to a communications system, the communications system comprises a transmitting device and at least one receiving device, each of the at least one receiving device comprises a wake-up radio WUR and a primary radio, and the method comprises: generating (S210, S310, S410), by the transmitting device, a first wake-up frame, wherein the first wake-up frame comprises a WUR identifier field and a wake-up field, the WUR identifier field is used to indicate a WUR in a target WUR group, the target WUR group comprises n WURs of the at least one receiving device, the wake-up field is used to indicate whether each WUR in the target WUR group performs a wake-up operation, the wake-up operation is waking up, by a first WUR of a first receiving device, a first primary radio of the first receiving device, the first WUR is any WUR in the target WUR group, and n is a positive integer; and transmitting (S220, S320, S420), by the transmitting device, the first wake-up frame, characterized in that the first wake-up frame comprises a time information field, and the time information field is used to indicate a first period value, wherein the first period value is used to indicate a time interval between a transmit time point of the first wake-up frame and a transmit time point of a subsequent second wake-up frame, and the second wake-up frame is used to indicate whether each WUR in the target WUR group performs the wake-up operation; and the method further comprises: transmitting, by the transmitting device, the second wake-up frame based on the first period value. generating (S210, S310, S410), by the transmitting device, a first wake-up frame, wherein the first wake-up frame comprises a WUR identifier field and a wake-up field, the WUR identifier field is used to indicate a WUR in a target WUR group, the target WUR group comprises n WURs of the at least one receiving device, the wake-up field is used to indicate whether each WUR in the target WUR group performs a wake-up operation, the wake-up operation is waking up, by a first WUR of a first receiving device, a first primary radio of the first receiving device, the first WUR is any WUR in the target WUR group, and n is a positive integer; and transmitting (S220, S320, S420), by the transmitting device, the first wake-up frame, characterized in that the first wake-up frame comprises a time information field, and the time information field is used to indicate a first period value, wherein the first period value is used to indicate a time interval between a transmit time point of the first wake-up frame and a transmit time point of a subsequent second wake-up frame, and the second wake-up frame is used to indicate whether each WUR in the target WUR group performs the wake-up operation; and the method further comprises: transmitting, by the transmitting device, the second wake-up frame based on the first period value.
A method of determining the 3-dimensional position and orientation of an imaging arm of an imaging device for taking optimal images of a vertebral body, the method comprising: receiving, from the imaging device, test images which include a first x-ray image of the vertebral body (L4) and a second x-ray image of the vertebral body at a different angle than the first x-ray image; identifying the vertebral body among a plurality of vertebral bodies contained in the test images; retrieving a 3-dimensional model of the vertebral body from a storage device; aligning the retrieved 3-dimensional model against the test images; determining a 3-dimensional position and orientation of the imaging arm for taking optimal A-P and lateral x-ray images based on the aligned 3-dimensional model. receiving, from the imaging device, test images which include a first x-ray image of the vertebral body (L4) and a second x-ray image of the vertebral body at a different angle than the first x-ray image; identifying the vertebral body among a plurality of vertebral bodies contained in the test images; retrieving a 3-dimensional model of the vertebral body from a storage device; aligning the retrieved 3-dimensional model against the test images; determining a 3-dimensional position and orientation of the imaging arm for taking optimal A-P and lateral x-ray images based on the aligned 3-dimensional model.
A method of detecting damper resistor degradation and failure in a motor controller, the method comprising: determining a normal operating admittance value of a filter that includes a damper resistor, the filter being in the motor controller; injecting, at input power terminals or connectors of the motor controller, a voltage signal with a frequency value at least one order of magnitude different from a filter resonant peak; receiving an admittance output via the response current in response to the injected voltage signal; and comparing the admittance output with the normal operating admittance value to determine the presence of damper resistor degradation and failure. determining a normal operating admittance value of a filter that includes a damper resistor, the filter being in the motor controller; injecting, at input power terminals or connectors of the motor controller, a voltage signal with a frequency value at least one order of magnitude different from a filter resonant peak; receiving an admittance output via the response current in response to the injected voltage signal; and comparing the admittance output with the normal operating admittance value to determine the presence of damper resistor degradation and failure.
Use of a polyurethane foam forming composition for filling, in a window assembly, the gap between the window frame and the outer perimeter of the glass unit of the window assembly, the gap being situated outwards from the glass unit and in between the planes defined by a straight virtual extension of the outer facing and the inner facing surfaces of the at least one glass plate of the glass unit and which gap is assured by support blocks, whereby the foam forming composition is dispensed from a pressurized container and wherein the foam forming composition comprises at least one propellant or blowing agent in a total propellant concentration of at least 5 wt%, wherein the foam forming composition is a 1K composition or a 1.5K composition, and wherein the foam forming composition expands not more than 100% in volume when comparing the volume of the ultimate PU foam with the volume of the injected foam forming composition before the foaming.
Method for determining the stopping power SPR from computed tomography scans (CA), comprising the steps: - Preparation of computed tomography scans (CA) of a body region (K) with two different recording energies (A, B), - Determination of the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) of the computed tomography scans (CA), and - Formation of a data field (DF) in which the determined values for the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) are applied as a function of the CT numbers H, - Formation of a look-up table (L) from the data field (DF), - Determination of the stopping power SPR SE for different CT numbers H from single energy image areas (A\B) of the computed tomography scans (CA) by means of the look-up table (L). - Preparation of computed tomography scans (CA) of a body region (K) with two different recording energies (A, B), - Determination of the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) of the computed tomography scans (CA), and - Formation of a data field (DF) in which the determined values for the stopping power SPR DE for different CT numbers H from dual energy image areas (A∩B) are applied as a function of the CT numbers H, - Formation of a look-up table (L) from the data field (DF), - Determination of the stopping power SPR SE for different CT numbers H from single energy image areas (A\B) of the computed tomography scans (CA) by means of the look-up table (L).
A closure member for a food container, comprising: - a multilayer laminate peripherally delimited by its peripheral edge having a predetermined shape suitable for covering an opening of a corresponding container and defining at least one hand gripping portion for a user; said multilayer laminate comprising: - a first layer made of a material at least partially light permeable; - a second layer made of a preferably plastic material; - a third layer made of a repositionable adhesive material interposed between said first layer and said second layer ; - at least one anti-adhesive strip is interposed between the first layer and the second layer and placed near said hand gripping portion ; - at least one inner weakening line defined on said second layer and extending according to a predetermined geometry defining, in use, an access gap to the container ; - at least one outer weakening line , defined on said second layer , proximal to the peripheral edge with respect to the inner weakening line at least at the hand gripping portion and placed at said anti-adhesive strip . - a multilayer laminate peripherally delimited by its peripheral edge having a predetermined shape suitable for covering an opening of a corresponding container and defining at least one hand gripping portion for a user; said multilayer laminate comprising: - a first layer made of a material at least partially light permeable; - a second layer made of a preferably plastic material; - a third layer made of a repositionable adhesive material interposed between said first layer and said second layer ; - at least one anti-adhesive strip is interposed between the first layer and the second layer and placed near said hand gripping portion ; - a first layer made of a material at least partially light permeable; - a second layer made of a preferably plastic material; - a third layer made of a repositionable adhesive material interposed between said first layer and said second layer ; - at least one anti-adhesive strip is interposed between the first layer and the second layer and placed near said hand gripping portion ; - at least one inner weakening line defined on said second layer and extending according to a predetermined geometry defining, in use, an access gap to the container ; - at least one outer weakening line , defined on said second layer , proximal to the peripheral edge with respect to the inner weakening line at least at the hand gripping portion and placed at said anti-adhesive strip .