mhurhangee/ep-ind-claims huggingface dataset:
A method for creating a stream of flat products (A, B, C,...), in particular printed products, in a predefined sequence, wherein the products (A, B, C,...), coming from several feed streams, are delivered in a controlled manner at several delivery positions (P A, P B,..., Pz) lying one after the other along at least one grouping stretch to at least one conveyor (10, 10') which is moved continuously along a closed circulating path and is for conveying the created product stream and are moved to a further-processing station (40, 40'), wherein only those products (A, B, C,...) whose sequence corresponds to the predefined sequence are transferred to the further-processing station (40, 40'), wherein the delivery of new products (A, B, C,...) from the feed streams onto the conveyor (10, 10') is interrupted after detection of an error, without interrupting the movement of the conveyor (10, 10'), wherein the part-stream which is located on the conveyor (10, 10'), at least from after an error location corresponding to the error, is conveyed again to the grouping stretch, and wherein the error is corrected by way of delivery of the respective product or respective products (A, B, C,...), wherein feed units (S A, S B, Sc) are capable of delivering the products (A, B, C) onto the conveyor (10, 10') at the delivery positions (P A, P B, Pc) along a grouping stretch, wherein the product stream can be selectively discharged out of the conveyor (10, 10') or fed anew to the grouping stretch by a controllable delivery unit, characterised in that the movement path of the conveyor (10, 10') comprises two part-regions which are arranged above one another, wherein the grouping stretch is formed by the upper part-region of the movement path and the delivery unit for transfer to the further-processing station (40, 40') is located at the end of the lower part-region which is at the front in the movement direction.
A medical device comprising (a) a polymeric substrate that comprises a first polymer block, (b) an inorganic barrier coating over the polymeric substrate, and (c) a first composite coating over the inorganic barrier coating, said first composite coating comprising (i) a first inorganic portion and (ii) a first polymeric portion that comprises a poly(vinyl pyrrolidone) block, wherein said medical device is an implantable or insertable medical device.
A motor vehicle, comprising an approach lighting means for generating a light distribution on the ground in the vicinity of the motor vehicle, wherein the approach lighting means has one or more projection modules for generating the light distribution, wherein a respective projection module comprises at least one light source and one array comprising projection optical systems, which from the light of the at least one light source generates at least a part of the light distribution, characterised in that a respective projection module is configured such that each projection optical system projects an individual image onto the ground which covers substantially the entire light distribution, and the light distribution is a superposition of the individual images of the projection optical systems.
A Streptococcus pneumoniae immunogenic composition comprising 12, or more capsular saccharides from different S. pneumoniae serotypes conjugated to 2 or more different carrier proteins, wherein the composition comprises serotype 19F capsular saccharide conjugated to diphtheria toxoid or CRM197 and 2-8 of the capsular saccharides selected from different serotypes conjugated to protein D and wherein a half or a minority of the capsular saccharide conjugates contain protein D as carrier protein.
Pharmaceutical or nutritional compositions containing α-galactosidase and β-galactosidase, wherein the content of α-galactosidase ranges from 75 and 2400 GaIU and the content of β-galactosidase ranges from 2500 to 12500 LactU, in the form of a dosage unit and at least one pharmaceutically acceptable excipients or carrier.
A backflow prevention device, comprising: a distal portion defining a valve seat portion and an inlet, the distal portion being configured to be operably connected to a fluid ejector tube adapted for insertion into a patient's mouth; a proximal portion defining an outlet, the proximal portion configured for operative connection to the distal portion; a valve member retained between the proximal and distal portions, a first part of the valve member being moveable from a first position substantially blocking fluid flow between the inlet and the outlet, to a second position in a direction toward the outlet to permit fluid to flow from the inlet to the outlet under a vacuum condition, with the valve member comprising a stiffening structure extending from a surface of the valve member around a circumference of the valve member, the stiffening structure providing increased resistance to movement of the first part of the valve member from the first position to the second position; characterised in that a second part of the valve member is trapped between the proximal portion and the distal portion as the proximal portion is connected to the distal portion. a distal portion defining a valve seat portion and an inlet, the distal portion being configured to be operably connected to a fluid ejector tube adapted for insertion into a patient's mouth; a proximal portion defining an outlet, the proximal portion configured for operative connection to the distal portion; a valve member retained between the proximal and distal portions, a first part of the valve member being moveable from a first position substantially blocking fluid flow between the inlet and the outlet, to a second position in a direction toward the outlet to permit fluid to flow from the inlet to the outlet under a vacuum condition, with the valve member comprising a stiffening structure extending from a surface of the valve member around a circumference of the valve member, the stiffening structure providing increased resistance to movement of the first part of the valve member from the first position to the second position; characterised in that a second part of the valve member is trapped between the proximal portion and the distal portion as the proximal portion is connected to the distal portion.
A damping device, in particular for damping or preventing pressure shocks, such as pulsations, in hydraulic supply circuits, preferably in the form of a silencer, with a damping housing surrounding a damping chamber, which housing has at least one fluid inlet and at least one fluid outlet as well as a fluid receiving chamber extending between fluid inlet and fluid outlet, wherein the fluid receiving chamber simultaneously forms the damping chamber, wherein, during operation of the device, a fluid flow coming from the fluid inlet in a through-flow direction traverses the damping chamber in the direction of the fluid outlet, wherein at least parts of the fluid receiving chamber extend in at least one direction of extension transverse to the through-flow direction, with the result that the fluid receiving chamber expands in the direction of extension opposite the fluid inlet or fluid outlet, wherein the fluid receiving chamber directly abuts against the fluid inlet and fluid outlet, and wherein the fluid receiving chamber is surrounded by two partition walls (21, 25) of the damping housing running parallel to one another, characterised in that parts of the fluid inlet and fluid outlet run flush to these partition walls (21, 25) in the damping housing.
A power tool comprising: a housing; a tool holder rotatable with respect to the housing; a collar rotatable with respect to the housing; a circuit board; and a lighting element operatively connected to the circuit board adjacent to the tool holder in a recess of the collar and located to illuminate a workpiece machined, in use, by the power tool; characterized in that the circuit board and the lighting element are rotatably fixed with respect to the housing. a housing; a tool holder rotatable with respect to the housing; a collar rotatable with respect to the housing; a circuit board; and a lighting element operatively connected to the circuit board adjacent to the tool holder in a recess of the collar and located to illuminate a workpiece machined, in use, by the power tool; characterized in that the circuit board and the lighting element are rotatably fixed with respect to the housing.
A communication apparatus in a communication system, comprising: a power amplifier, coupled to an antenna, for switching on or off according to a control signal (S ctrl); a radio transceiver module; and a baseband processing module, coupled to the power amplifier and the radio transceiver module, for receiving a bit stream comprising information indicating corresponding transmitting time and sub-carrier frequencies of a plurality of up-link messages via the radio transceiver module, for processing the bit stream to obtain a map profiling allocations of the up-link messages, for preparing the up-link messages to be transmitted according to the map, and for generating the control signal (S ctrl) according to the map, wherein within a data frame period, when there is no up-link message to be transmitted during an up-link time interval, the power amplifier is switched off in response to the control signal (S ctrl) during the up-link time interval, characterized in that the corresponding up-link time interval for the power amplifier to be switched on or off is based on one symbol unit. a power amplifier, coupled to an antenna, for switching on or off according to a control signal (S ctrl); a radio transceiver module; and a baseband processing module, coupled to the power amplifier and the radio transceiver module, for receiving a bit stream comprising information indicating corresponding transmitting time and sub-carrier frequencies of a plurality of up-link messages via the radio transceiver module, for processing the bit stream to obtain a map profiling allocations of the up-link messages, for preparing the up-link messages to be transmitted according to the map, and for generating the control signal (S ctrl) according to the map, wherein within a data frame period, when there is no up-link message to be transmitted during an up-link time interval, the power amplifier is switched off in response to the control signal (S ctrl) during the up-link time interval, characterized in that the corresponding up-link time interval for the power amplifier to be switched on or off is based on one symbol unit.
A viability-retaining method of selecting corn embryos having a desired trait, said method comprising: a) extracting embryos; b) washing the embryos post extraction in a liquid, preferably water, comprising an abrasive and removing associated non-embryogenic tissue or DNA from the exterior of the embryo; and c) extracting DNA directly from the embryo by contacting the embryos with a cell lysis solution comprising TrisHCl and SDS which disrupts cells but does not reduce embryo viability. a) extracting embryos; b) washing the embryos post extraction in a liquid, preferably water, comprising an abrasive and removing associated non-embryogenic tissue or DNA from the exterior of the embryo; and c) extracting DNA directly from the embryo by contacting the embryos with a cell lysis solution comprising TrisHCl and SDS which disrupts cells but does not reduce embryo viability.
A spinal surgical system, comprising: a compressor (40,90) including an elongated body extending between a proximal end and a leverage surface, said compressor further including an engaging member spaced distally of said leverage surface, said engaging member being engageable to a first vertebra; and a fulcrum (70,120) including an elongated shaft (72,92) extending between a proximal end (74,94) and a distal end, said distal end being engageable to a second vertebra, characterized in that the elongated body has an intermediate opening to receive said elongated shaft (72,92) therethrough, said fulcrum being removably and nestably received relative to said compressor (40,90) with said elongated shaft in contact with said leverage surface of said compressor, said compressor and said fulcrum having a first configuration wherein said distal end of said fulcrum is positioned to a first side of said engaging member of said compressor and said proximal end of said fulcrum is positioned to a second side of said proximal end of said compressor, said second side being opposite said first side. a compressor (40,90) including an elongated body extending between a proximal end and a leverage surface, said compressor further including an engaging member spaced distally of said leverage surface, said engaging member being engageable to a first vertebra; and a fulcrum (70,120) including an elongated shaft (72,92) extending between a proximal end (74,94) and a distal end, said distal end being engageable to a second vertebra, characterized in that the elongated body has an intermediate opening to receive said elongated shaft (72,92) therethrough, said fulcrum being removably and nestably received relative to said compressor (40,90) with said elongated shaft in contact with said leverage surface of said compressor, said compressor and said fulcrum having a first configuration wherein said distal end of said fulcrum is positioned to a first side of said engaging member of said compressor and said proximal end of said fulcrum is positioned to a second side of said proximal end of said compressor, said second side being opposite said first side.
A nonwoven fabric formed by multiple fibers comprising continuous fibers and staple fibers, the nonwoven fabric having bonded sections formed by bonding the multiple fibers including the continuous fibers, wherein the nonwoven fabric comprises a first side and a second side on the side opposite the first side, the first side comprises a plurality of projections (V 11), each projection (V 11) including at least one bonded section, a plurality of projections (V 12) including no bonded section, and at least one recess (C 11), the second side comprises a plurality of recesses (C 21), each recess (C 21) overlapping with at least a part of the projection (V 11) of the first side, and the coefficient of variation of the diameters of the continuous fibers is at least 10%, wherein the projections (V 11; V 12) and the recesses (C 11; C 21) are those formed by non-homogeneous stretching the nonwoven fabric, followed by spraying a fluid onto the non-homogeneously stretched nonwoven fabric, and are running parallel.
A device for cleaning a screen, of the type comprising blowing means, including: - at least two fixed rails (18, 19) intended to be arranged near the screen, respectively along first and second parallel axes (22, 23); and - a mobile blowing carriage; said carriage comprising: - a frame provided with means (20, 73) for moving along the fixed rails; and - blowing nozzles (28, 29) connected to compressed air supply means (32, 33, 48, 49), said nozzles being intended to be oriented toward the screen, characterized in that the compressed air supply means comprise: - at least one air supply channel (48, 49), supported by one of the fixed rails (18, 19) and arranged along the first or the second axis (22, 23), and - an air collector (32, 33) supported by the frame and connected to the blowing nozzles, said fixed rail and the frame comprising passage means (41, 50, 57) for the compressed air between the supply channel and the air collector. - at least two fixed rails (18, 19) intended to be arranged near the screen, respectively along first and second parallel axes (22, 23); and - a mobile blowing carriage; - a frame provided with means (20, 73) for moving along the fixed rails; and - blowing nozzles (28, 29) connected to compressed air supply means (32, 33, 48, 49), said nozzles being intended to be oriented toward the screen, - at least one air supply channel (48, 49), supported by one of the fixed rails (18, 19) and arranged along the first or the second axis (22, 23), and - an air collector (32, 33) supported by the frame and connected to the blowing nozzles,
A laser machining method of a workpiece comprising: partially converting a first broadband unpolarized fiber laser beam at a fundamental wavelength into at least one second beam at a harmonic wavelength; guiding the first beam and one second beam along a path with the first and second beams (18, 20) being coaxially and temporally overlapped; impinging the first and one second beams (18, 20) upon a surface of the workpiece having different absorption coefficients at respective fundamental and harmonic wavelength, characterized in that, the laser machining method further comprising: controlling a fluence ratio between the first and one second beams (18, 20) to be at least equal to the inverse absorption coefficients ratio in order to provide a material state change, the second beam having a focal plane closer to the surface than a focal plane of the first beam, leading to an increase of an absorption coefficient of the workpiece for the first beam. partially converting a first broadband unpolarized fiber laser beam at a fundamental wavelength into at least one second beam at a harmonic wavelength; guiding the first beam and one second beam along a path with the first and second beams (18, 20) being coaxially and temporally overlapped; impinging the first and one second beams (18, 20) upon a surface of the workpiece having different absorption coefficients at respective fundamental and harmonic wavelength,
A printer comprising: a print module having a printhead for printing onto media fed along a media feed path; and a maintenance module for maintaining the printhead, the maintenance module comprising a fixed L-shaped frame having a longer arm extending parallel with a longitudinal axis of the printhead and a shorter arm, wherein: the longer arm includes a capper for capping the printhead; and the shorter arm includes a wiper for longitudinally wiping the printhead, and characterized in that: the shorter arm extends parallel to the media feed path. a print module having a printhead for printing onto media fed along a media feed path; and a maintenance module for maintaining the printhead, the maintenance module comprising a fixed L-shaped frame having a longer arm extending parallel with a longitudinal axis of the printhead and a shorter arm, wherein: the longer arm includes a capper for capping the printhead; and the shorter arm includes a wiper for longitudinally wiping the printhead, and characterized in that: the shorter arm extends parallel to the media feed path. the longer arm includes a capper for capping the printhead; and the shorter arm includes a wiper for longitudinally wiping the printhead, and characterized in that: the shorter arm extends parallel to the media feed path.
An intraluminal ultrasound imaging catheter, comprising: a flexible elongate member configured to be positioned within a body lumen of a patient; a support member coupled to a distal portion of the flexible elongate member, wherein the support member comprises: a hollow inner member comprising a first material; a first annular member positioned around a perimeter of the hollow inner member at a proximal portion of the hollow inner member, wherein the first annular member extends radially outward from the hollow inner member, and wherein the first annular member comprises a second material that is different from the first material; and an ultrasound scanner assembly positioned around the first annular member of the support member, wherein the ultrasound scanner assembly is configured to obtain ultrasound imaging data of the body lumen; characterized in the support member further comprising a sleeve member positioned around the perimeter of the hollow inner member at an intermediate portion of the inner hollow member, wherein the sleeve member is positioned distal of the first annular member, and wherein the sleeve member comprises a third material. a flexible elongate member configured to be positioned within a body lumen of a patient; a support member coupled to a distal portion of the flexible elongate member, wherein the support member comprises: a hollow inner member comprising a first material; a first annular member positioned around a perimeter of the hollow inner member at a proximal portion of the hollow inner member, wherein the first annular member extends radially outward from the hollow inner member, and wherein the first annular member comprises a second material that is different from the first material; and an ultrasound scanner assembly positioned around the first annular member of the support member, wherein the ultrasound scanner assembly is configured to obtain ultrasound imaging data of the body lumen; a hollow inner member comprising a first material; a first annular member positioned around a perimeter of the hollow inner member at a proximal portion of the hollow inner member, wherein the first annular member extends radially outward from the hollow inner member, and wherein the first annular member comprises a second material that is different from the first material; and an ultrasound scanner assembly positioned around the first annular member of the support member, wherein the ultrasound scanner assembly is configured to obtain ultrasound imaging data of the body lumen; characterized in the support member further comprising a sleeve member positioned around the perimeter of the hollow inner member at an intermediate portion of the inner hollow member, wherein the sleeve member is positioned distal of the first annular member, and wherein the sleeve member comprises a third material. wherein the sleeve member is positioned distal of the first annular member, and wherein the sleeve member comprises a third material.