mhurhangee/patent-ind-claim-en huggingface dataset:
A device for forming a coating on a substrate , which is a component of a fuel cell separator, by thermal transfer, the device comprising a lower die and an upper die each having a heating portion , wherein at least one of a pressing surface of the lower die and a pressing surface of the upper die is formed by a heat-resistant elastic member , the device being characterized by a support member that supports the substrate and a thermal-transfer film in a state separate from both the pressing surface of the lower die and the pressing surface of the upper die when the pressing surfaces are separate from each other.
Stacking device for lattice mast crane elements , in particular for jib portions, comprising: a first support body , a profiled rail , and a second support body , wherein the first support body comprises, on the bottom surface thereof, a concavely-running continuous depression to accommodate a longitudinal beam of a lattice mast crane element and, on the top surface thereof, opposite the bottom surface, a coupling portion for displaceable attachment to the profiled rail , and the second support body comprises, on the top surface thereof, a concavely-running continuous depression to accommodate a longitudinal beam of a lattice mast crane element and, on the bottom surface thereof, opposite the top surface, a coupling portion for displaceable attachment to the profiled rail . a first support body , a profiled rail , and a second support body , wherein the first support body comprises, on the bottom surface thereof, a concavely-running continuous depression to accommodate a longitudinal beam of a lattice mast crane element and, on the top surface thereof, opposite the bottom surface, a coupling portion for displaceable attachment to the profiled rail , and the second support body comprises, on the top surface thereof, a concavely-running continuous depression to accommodate a longitudinal beam of a lattice mast crane element and, on the bottom surface thereof, opposite the top surface, a coupling portion for displaceable attachment to the profiled rail .
A method performed by a device for transmission on a random access channel 'RACH' to a network, the method comprising: when a timing advance value is not known by the device , transmitting to the network on the RACH an access request message comprising a guard period; when a timing advance value is known by the device , transmitting to the network on the RACH an access request message comprising an identifier used to identify the device, and user data. when a timing advance value is not known by the device , transmitting to the network on the RACH an access request message comprising a guard period; when a timing advance value is known by the device , transmitting to the network on the RACH an access request message comprising an identifier used to identify the device, and user data.
A waste collection unit for collecting waste material through a suction line (S) during a medical procedure, said waste collection unit comprising: a waste container configured to be in fluid communication with the suction line (S) to collect the waste material during the medical procedure, said waste container having an internal surface defining a collection chamber; a vacuum source in selective communication with said waste container for providing a vacuum in said waste container to draw the waste material into said waste container through the suction line (S); and a cleaning system comprising a liquid delivery device rotatably supported relative to said waste container , said liquid delivery device configured to direct liquid on said internal surface, characterized in that said liquid delivery device is further configured to move axially relative to the waste container , and said cleaning system comprises a motor operatively coupled to said liquid delivery device for rotating said liquid delivery device relative to said waste container to vary a direction in which the liquid is directed on said internal surface. a waste container configured to be in fluid communication with the suction line (S) to collect the waste material during the medical procedure, said waste container having an internal surface defining a collection chamber; a vacuum source in selective communication with said waste container for providing a vacuum in said waste container to draw the waste material into said waste container through the suction line (S); and a cleaning system comprising a liquid delivery device rotatably supported relative to said waste container , said liquid delivery device configured to direct liquid on said internal surface, characterized in that said liquid delivery device is further configured to move axially relative to the waste container , and said cleaning system comprises a motor operatively coupled to said liquid delivery device for rotating said liquid delivery device relative to said waste container to vary a direction in which the liquid is directed on said internal surface.
A composition comprising crystalline ( S )-4-(8-amino-3-(1-(but-2-ynoyl)pyrrolidin-2-yl)imidazo[1,5- a ]pyrazin-1-yl)- N -(pyridin-2-yl)benzamide maleate Form A, characterized by an X-ray powder diffraction pattern with at least five peaks selected from the group consisting of 5.3, 9.8, 10.6, 11.6, 13.5, 13.8, 13.9, 14.3, 15.3, 15.6, 15.8, 15.9, 16.6, 17.4, 17.5, 18.7, 19.3, 19.6, 19.8, 20.0, 20.9, 21.3, 22.1, 22.3, 22.7, 23.2, 23.4, 23.7, 23.9, 24.5, 24.8, 25.2, 25.6, 26.1, 26.4, 26.7, 26.9, 27.1, 27.6, 28.8, 29.5, 30.0, 30.3, 30.9, 31.5, 31.9, 32.5, 34.0, and 35.1, with peak positions measured in °2θ ± 0.2 °2θ, wherein the X-ray powder diffraction pattern was acquired using Cu-K α1 radiation source.
A data collection device comprising: a camera ; a user interface configured to receive confirmation of a medicament dosage amount programmed into a medicament delivery device; and a processing arrangement configured to: capture images of a medicament dose indicator of the medicament delivery device using said camera; display at least a part of said captured images on a display of the data collection device; perform optical pattern correlation on the captured images to identify when the value of "0" is shown to determine whether an injection has been administered without prior user confirmation of the medicament dosage amount programmed into the medicament delivery device based on one or more of said images; in response to a determination that an injection has been administered without said prior user confirmation, display an image captured by the camera including one or more images of numerical values, prompt the user to set a medicament dosage amount for the administered injection for storing in a dosage log by requesting the user to select one of the one or more images, receive user input setting said medicament dosage amount and store said medicament dosage amount. a camera ; a user interface configured to receive confirmation of a medicament dosage amount programmed into a medicament delivery device; and a processing arrangement configured to: capture images of a medicament dose indicator of the medicament delivery device using said camera; display at least a part of said captured images on a display of the data collection device; perform optical pattern correlation on the captured images to identify when the value of "0" is shown to determine whether an injection has been administered without prior user confirmation of the medicament dosage amount programmed into the medicament delivery device based on one or more of said images; in response to a determination that capture images of a medicament dose indicator of the medicament delivery device using said camera; display at least a part of said captured images on a display of the data collection device; perform optical pattern correlation on the captured images to identify when the value of "0" is shown to determine whether an injection has been administered without prior user confirmation of the medicament dosage amount programmed into the medicament delivery device based on one or more of said images; in response to a determination that an injection has been administered without said prior user confirmation, display an image captured by the camera including one or more images of numerical values, prompt the user to set a medicament dosage amount for the administered injection for storing in a dosage log by requesting the user to select one of the one or more images, receive user input setting said medicament dosage amount and store said medicament dosage amount.
Receiving device for a luggage compartment floor of a vehicle, comprising at least one receiving tray formed to be insertable in an insertion opening provided in the compartment floor , such that a bottom wall of the receiving tray forms a part of a vehicle underfloor, and at least one fixing unit for fixing a further vehicle component to the receiving tray , wherein the receiving tray is made from a long fiber reinforced thermoplastic material, characterized in that the fixing unit is detachably arranged at an outer face of a side wall of the receiving tray .
A modular heart valve prosthesis comprising: a first heart valve device including, a first valve support including a first prosthetic valve disposed within the valve support, the first prosthetic valve comprising synthetic fabric leaflets having a first thickness, and an anchoring frame being a generally tubular component or stent surrounding the first valve support and coupled to the first valve support , the anchoring frame including a first portion and a second portion; and a second heart valve device including a second valve support and a second prosthetic valve disposed within the second valve support , the second prosthetic valve comprising tissue leaflets having a second thickness, wherein the second thickness is greater than the first thickness, wherein in a first configuration the second heart valve device is separate from the first heart valve device and in a second configuration the second heart valve device is disposed within the first valve support of the first heart valve device . a first heart valve device including, a first valve support including a first prosthetic valve disposed within the valve support, the first prosthetic valve comprising synthetic fabric leaflets having a first thickness, and an anchoring frame being a generally tubular component or stent surrounding the first valve support and coupled to the first valve support , the anchoring frame including a first portion and a second portion; and a first valve support including a first prosthetic valve disposed within the valve support, the first prosthetic valve comprising synthetic fabric leaflets having a first thickness, and an anchoring frame being a generally tubular component or stent surrounding the first valve support and coupled to the first valve support , the anchoring frame including a first portion and a second portion; and a second heart valve device including a second valve support and a second prosthetic valve disposed within the second valve support , the second prosthetic valve comprising tissue leaflets having a second thickness, wherein the second thickness is greater than the first thickness, wherein in a first configuration the second heart valve device is separate from the first heart valve device and in a second configuration the second heart valve device is disposed within the first valve support of the first heart valve device .
A conveyor system comprising: a first section ; a second section coupled to the first section to create a transition conveyor including the first section and the second section , the first section and the second section defining a plane of conveyance , the transition conveyor defining a first pivotal axis that is substantially parallel to the plane of conveyance ; a first conveyor running lengthwise along a first longitudinal axis , the first conveyor having a first conveying surface facing upward, the first conveyor relative to the transition conveyor being pivotal about the first pivotal axis , and a curved interface between the first section and the second section of the transition conveyor , the second section relative to the first section being movable in a substantially circular path along the curved interface , characterised in that the second section and the first conveyor relative to the first section being pivotal about a second pivotal axis that is substantially perpendicular relative to the first pivotal axis . a first section ; a second section coupled to the first section to create a transition conveyor including the first section and the second section , the first section and the second section defining a plane of conveyance , the transition conveyor defining a first pivotal axis that is substantially parallel to the plane of conveyance ; a first conveyor running lengthwise along a first longitudinal axis , the first conveyor having a first conveying surface facing upward, the first conveyor relative to the transition conveyor being pivotal about the first pivotal axis , and a curved interface between the first section and the second section of the transition conveyor , the second section relative to the first section being movable in a substantially circular path along the curved interface , characterised in that the second section and the first conveyor relative to the first section being pivotal about a second pivotal axis that is substantially perpendicular relative to the first pivotal axis .
A filtration article for filtration of particles from a fluid stream, comprising: a first layer , positionable across a fluid stream, comprising a porous PTFE membrane for filtering particles from the fluid stream; and a second layer , positionable across said fluid stream to provide for at least one of drainage of and support of said first layer , comprising a plurality of strands of fluoropolymer fibers arranged to form a knit having a plurality of interlocking regions that are each defined by corresponding different sets of at least two interlocking loop portions of said plurality of strands of fluoropolymer fibers, wherein said plurality of interlocking regions of the knit define a plurality of wales and a plurality of courses , and wherein for at least a first portion of said plurality of strands each strand comprises different loop portions that partially define different, alternating ones of said plurality of interlocking regions located along at least two different ones of said plurality of wales , wherein said fluid stream has fluid pressure load of between 6.89 kPa (1 psid) and 68.9 kPa (10 psid), wherein said plurality of interlocking regions define a plurality of voids therebetween across said knit layer, wherein each of said plurality of voids has a corresponding first area prior to being positioned in said fluid stream and a corresponding second area while positioned in said fluid stream, and wherein for each of said plurality of voids the corresponding second area is less than two times the corresponding first area thereof. a second layer , positionable across said fluid stream to provide for at least one of drainage of and support of said first layer , comprising a plurality of strands of fluoropolymer fibers arranged to form a knit having a plurality of interlocking regions that are each defined by corresponding different sets of at least two interlocking loop portions of said plurality of strands of fluoropolymer fibers, wherein said plurality of interlocking regions of the knit define a plurality of wales and a plurality of courses , and wherein for at least a first portion of said plurality of strands each strand comprises different loop portions that partially define different, alternating ones of said plurality of interlocking regions located along at least two different ones of said plurality of wales , wherein said fluid stream has fluid pressure load of between 6.89 kPa (1 psid) and 68.9 kPa (10 psid), wherein said plurality of interlocking regions define a plurality of voids therebetween across said knit layer, wherein each of said plurality of voids has a corresponding first area prior to being positioned in said fluid stream and a corresponding second area while positioned in said fluid stream, and wherein for each of said plurality of voids the corresponding second area is less than two times the corresponding first area thereof.
A portable cutting line , the portable cutting line comprising: a frame ; a lazy susan adapted to receive a spool of cable; a cutting line main table adapted to receive the spool of cable from the lazy susan and shear the cable to form a strand, the cutting line main table operatively connected to the lazy susan ; and one or more tubs adapted to receive the strand from the cutting line main table and spool the strand, the tubs operatively connected to the cutting line main table ; wherein the lazy susan , the cutting line main table , and the one or more tubs are positioned within the frame when in a transport position; and further comprising an extension positioned at least partially within the frame , wherein said extension includes a center rail and a lazy susan rail extending from said center rail and mechanically connected to the lazy susan , wherein said lazy susan rail is configured to extend from said center rail , thereby moving the lazy susan from the transport position to an operation position; wherein the frame is a shipping container and wherein the frame includes ends that are adapted to be removable or adapted to swing on a hinge to expose an interior of the frame and allow the lazy susan to move to the operation position. a frame ; a lazy susan adapted to receive a spool of cable; a cutting line main table adapted to receive the spool of cable from the lazy susan and shear the cable to form a strand, the cutting line main table operatively connected to the lazy susan ; and one or more tubs adapted to receive the strand from the cutting line main table and spool the strand, the tubs operatively connected to the cutting line main table ; wherein the lazy susan , the cutting line main table , and the one or more tubs are positioned within the frame when in a transport position; and further comprising an extension positioned at least partially within the frame , wherein said extension includes a center rail and a lazy susan rail extending from said center rail and mechanically connected to the lazy susan , wherein said lazy susan rail is configured to extend from said center rail , thereby moving the lazy susan from the transport position to an operation position; wherein the frame is a shipping container and wherein the frame includes ends that are adapted to be removable or adapted to swing on a hinge to expose an interior of the frame and allow the lazy susan to move to the operation position.
Medical instrumentation with a hand-held, integrated navigation system , which, arranged in a common housing, comprises an optical detection unit comprising a camera and a data processing unit coupled to the detection unit, with a medical article and with a marking device which is held directly or indirectly on the article and is positioned in a defined spatial arrangement in relation thereto, or which marking device is comprised by or formed by the article , the location and orientation of the marking device , which defines a reference coordinate system, being determinable with the navigation system , the article being an implant in the form of a stabilization element of a surgical fixation system, it being possible for at least one image of the marking device and the stabilization element to be taken by means of the detection unit , and for the position and shape of the stabilization element to be determined by the data processing unit on the basis of precisely one image of the at least one image, wherein information about the stabilization element , which is used by the data processing unit when determining the shape of the stabilization element , is stored in a storage unit , and wherein the position of the stabilization element can be established in the reference coordinate system owing to the defined spatial relationship of the marking device to the stabilization element .
An optoelectronic sensor , in particular laser scanner, for detecting objects in a monitored area , the sensor comprising a light transmitter for transmitting transmitted light , a light receiver for generating a received signal from received light from the monitored area , receiving optics for focusing the received light onto the light receiver , a movable deflection unit for periodically deflecting the transmitted light and the received light , a control and evaluation unit for detecting information about objects in the monitored area on the basis of the received signal, in particular for distance measurement using a light time-of-flight method, and an optical deflection element , in particular a mirror element, in the beam path of the received light , characterized in that the deflection element has temperature-dependent beam shaping properties, in particular a temperature-dependent curvature, that counteract a temperature-dependent change in the beam shaping properties of the receiving optics in a compensatory manner.
Heat exchanger module for installation in a wastewater pipeline, comprising: a supply pipe portion and a return pipe portion which are fluidically connected to a heat exchanger chamber of the heat exchanger module , wherein the respective supply pipe portions of a plurality of heat exchanger modules can be fluidically interconnected to form a supply pipe , and the respective return pipe portions of a plurality of heat exchanger modules can be fluidically interconnected to form a return pipe , characterised in that a feed line is arranged within the supply pipe portion , by means of which feed line the supply pipe portion can be fed with a heat exchanger fluid. a supply pipe portion and a return pipe portion which are fluidically connected to a heat exchanger chamber of the heat exchanger module , wherein the respective supply pipe portions of a plurality of heat exchanger modules can be fluidically interconnected to form a supply pipe , and the respective return pipe portions of a plurality of heat exchanger modules can be fluidically interconnected to form a return pipe , characterised in that a feed line is arranged within the supply pipe portion , by means of which feed line the supply pipe portion can be fed with a heat exchanger fluid.
Cooling device with variable cooling rate for the treatment of steel materials, particularly for the cooling of steel plates in heavy plate rolling mills, hot rolling trains or thermal treatment lines, by means of spray nozzle cooling, comprising roller path rollers, wherein the cooling device consists of at least two cooling bars , which are arranged not only at the lower side, but also at the upper side transversely to the plate running direction of the plate and centrally between two roller path rollers and comprises spray nozzle cooling means, characterised in that a respective plurality of full-jet nozzles and a respective plurality of full-cone nozzles are associated with the spray nozzle cooling means, wherein the full-jet nozzles are arranged symmetrically with respect to the full-cone nozzles .