mhurhangee/ep-ind-claims huggingface dataset:
A solid oral pharmaceutical composition comprising a pharmaceutically effective amount of living microorganisms and one or more pharmaceutically acceptable water absorbing excipient(s), wherein the composition has a water content, determined according to European Pharmacopoeia 9.4, section 2.5.12., from 0.5 to 30% with respect to the total weight of the composition; wherein the water absorbing excipient(s) are cellulose-based excipients, or a pharmaceutically acceptable salt thereof; and wherein the living microorganisms are non-lyophilized microorganisms.
A saddle-ride-type vehicle with seat support structure, the vehicle including: a handle bar; a seat which is arranged behind the handle bar with a straddling space interposed therebetween; a storage box which is arranged below the seat; a support member which supports the seat in a pivotable manner on a front portion of the storage box; and a leaf spring which is brought into contact with a seat-side contact portion of the seat in an open state so as to resiliently hold the seat, characterized in that the leaf spring is disposed in a space between the support member and a storage box outer wall in the longitudinal direction of the vehicle, and the seat-side contact portion is configured to be brought into contact with a leaf-spring-side contact portion in the space between the support member and the storage box outer wall so as to hold the seat in an open state. a handle bar; a seat which is arranged behind the handle bar with a straddling space interposed therebetween; a storage box which is arranged below the seat; a support member which supports the seat in a pivotable manner on a front portion of the storage box; and a leaf spring which is brought into contact with a seat-side contact portion of the seat in an open state so as to resiliently hold the seat, characterized in that
Connecting rod for a variable compression of an internal combustion engine, having an eccentric adjusting device for the adjustment of an effective connecting rod length (leff), the eccentric adjusting device having an eccentric which interacts with an eccentric lever, having two pistons which are guided displaceably in each case in a hydraulic chamber and in which eccentric rods (4, 5) of the eccentric adjusting device which act on the eccentric lever are mounted, it being possible for an adjusting travel of the eccentric adjusting device to be adjusted by means of a switchover valve which is provided for controlling a hydraulic fluid flow, the switchover valve having a tapping element and a sleeve-shaped connecting section with a first bore for connecting to a first hydraulic fluid line, a second bore for connecting to a second hydraulic fluid line, and a relief bore for connecting to a relief channel, the tapping element being arranged in the sleeve-shaped connecting section, and it being possible for the tapping element to be moved selectively into a first switching position or into a second switching position, the first hydraulic fluid line being connected to the relief channel in the first switching position, and the second hydraulic fluid line being connected to the relief channel in the second switching position, characterized in that two shut-off valves (30, 31) are provided which are integrated into the switchover valve, which shut-off valves (30, 31) release or shut off a throughflow of hydraulic fluid from the first or the second bore (17, 19) in the direction of the relief channel depending on the position of the tapping element.
A process for preparing olefinically unsaturated carbonyl compounds of the general formula I where R 1 is hydrogen when R 2 is a radical of the general formula II or R 1 and R 2 together are a radical of the general formula III where R 3, R 4, R 5 and R 6 are each independently hydrogen, a C 1 - C 18 -alkyl group, an optionally substituted C 5 -C 18 -cycloalkyl group or an optionally substituted C 6 -C 18 -aryl group, and some of the ring atoms of the cycloalkyl and aryl groups may be replaced by heteroatoms selected from N, 0 and S, by conversion of alcohols of the general formula IV where R 1, R 2 and R 3 are each as defined above, by oxidative dehydrogenation in an oxygenous atmosphere over a gold catalyst, which comprises using, as the gold catalyst, a supported catalyst which comprises gold or a mixture of gold and noble metals selected from Cu, Ag, Pd, Pt, Rh, Ru, W and Os, and performing the conversion at temperatures in the range from 50 to 240°C and in the presence of air, hydrogen peroxide or a gas or gas mixture with an oxygen content in the range from 7 to 30% by volume as the oxygenous atmosphere, wherein the support material used is aluminum oxide, an alumosilcate or a hydrotalcite or mixtures thereof.
A contoured disc coupling comprising: a plurality of fastening locations, wherein each fastening location has a body portion with a first face and a second face opposite the first face and an aperture running through the body portion from the first face to the second face; and a plurality of webs extending between adjacent fastening locations, wherein the plurality of fastening locations and the plurality of webs are positioned around a central opening, wherein each web has a contoured shape, and each web having a first thickness (T 1) at a first end of the web and at a second end of the web, and a second thickness (T 2) in the middle of the web, wherein the body portion of the fastening location has a third thickness (T 3) from the first face to the second face that is greater than the first thickness (T 1) of the first end of the web and the second end of the web, wherein the first end of the web and the second end of the web are positioned a distance away from the first face and the second face of the fastening locations; characterized in that the contoured disc coupling is a monolithic piece and the plurality of fastening locations and the plurality of webs are made out of a metallic material. a plurality of fastening locations, wherein each fastening location has a body portion with a first face and a second face opposite the first face and an aperture running through the body portion from the first face to the second face; and a plurality of webs extending between adjacent fastening locations, wherein the plurality of fastening locations and the plurality of webs are positioned around a central opening, wherein each web has a contoured shape, and each web having a first thickness (T 1) at a first end of the web and at a second end of the web, and a second thickness (T 2) in the middle of the web, wherein the body portion of the fastening location has a third thickness (T 3) from the first face to the second face that is greater than the first thickness (T 1) of the first end of the web and the second end of the web, wherein the first end of the web and the second end of the web are positioned a distance away from the first face and the second face of the fastening locations; characterized in that the contoured disc coupling is a monolithic piece and the plurality of fastening locations and the plurality of webs are made out of a metallic material.
A method comprising: storing in a queue of a buffer a first type of traffic; storing in the queue of the buffer a second type of traffic, wherein the first type of traffic is less sensitive to latency than the second type of traffic; and when an amount of the first type of traffic meets or exceeds a first threshold, effecting flow control of the first type of traffic to slow a flow of the first type of traffic into the buffer; wherein effecting flow control of the first type of traffic comprises effecting flow control of the first type of traffic in a first predetermined manner when the amount of the first type of traffic meets or exceeds the first threshold, and effecting flow control of the first type of traffic in a second predetermined manner when the amount of the first type of traffic meets or exceeds a second threshold; and wherein the first predetermined manner comprises marking packets and the second predetermined manner comprises discarding packets. storing in a queue of a buffer a first type of traffic; storing in the queue of the buffer a second type of traffic, wherein the first type of traffic is less sensitive to latency than the second type of traffic; and when an amount of the first type of traffic meets or exceeds a first threshold, effecting flow control of the first type of traffic to slow a flow of the first type of traffic into the buffer; wherein effecting flow control of the first type of traffic comprises effecting flow control of the first type of traffic in a first predetermined manner when the amount of the first type of traffic meets or exceeds the first threshold, and effecting flow control of the first type of traffic in a second predetermined manner when the amount of the first type of traffic meets or exceeds a second threshold; and wherein the first predetermined manner comprises marking packets and the second predetermined manner comprises discarding packets.
An inhaler device comprising a plurality of individual reservoirs made in the form of an elongate strip comprising a plurality of individual reservoirs disposed one behind another, said device including an opening device for opening an individual reservoir containing a single dose of powder, said reservoir including a closure wall, said opening device comprising hollow perforator means that are adapted to perforate said closure wall of the reservoir, said hollow perforator means being connected to an expulsion channel so as to transport the powder towards a dispenser orifice of said inhaler, said opening device including at least one air channel connected to said expulsion channel, such that during inhalation, an air flow passing through said at least one air channel mixes, in said expulsion channel, with the air and powder flow leaving the reservoir through said hollow perforator means, said opening device doing not move relative to the body of the inhaler while the reservoir is being opened, said inhaler device being characterized in that said at least one air channel is formed by a through hole made in a wall of said perforator means that does not penetrate into the reservoir and that is substantially perpendicular to the expulsion channel, said at least one through hole being oriented substantially parallel to said expulsion channel.
An anchor system for a location system configured to track a location of a tag device mounted to a mobile entity using a plurality of anchor devices (110, 120), the anchor system comprising: an anchor cable; a first anchor device having an antenna; one or more second anchor devices, each of the one or more second anchor devices having an antenna; and a power supply circuit operatively connected to the anchor cable; wherein each of the first and second anchor devices (110, 120) is configured to wirelessly communicate with the tag device, wherein the first anchor device is affixed to the anchor cable; the anchor system characterized in that the one or more second anchor devices is affixed to the anchor cable; each of the one or more second anchor devices is spaced from the first anchor device along a length of the anchor cable by a predetermined distance; and the power supply circuit is configured to supply power to each of the first and second anchor devices (110, 120) via the anchor cable. an anchor cable; a first anchor device having an antenna; one or more second anchor devices, each of the one or more second anchor devices having an antenna; and a power supply circuit operatively connected to the anchor cable; wherein each of the first and second anchor devices (110, 120) is configured to wirelessly communicate with the tag device, wherein the first anchor device is affixed to the anchor cable; the anchor system characterized in that the one or more second anchor devices is affixed to the anchor cable; each of the one or more second anchor devices is spaced from the first anchor device along a length of the anchor cable by a predetermined distance; and the power supply circuit is configured to supply power to each of the first and second anchor devices (110, 120) via the anchor cable.
A method of manufacturing a wheel hub, the method comprising: bending a sheet of material into a plurality of precursor elements that repeat along a predetermined direction; attaching the sheet from the bending to an annular member having axial, radial, and circumferential directions such that the precursor elements repeat along the circumferential direction; and cutting each precursor element along the axial direction so as divide each precursor element into pairs of opposing fingers (320,322) and create a plurality of channels extending along the axial direction. bending a sheet of material into a plurality of precursor elements that repeat along a predetermined direction; attaching the sheet from the bending to an annular member having axial, radial, and circumferential directions such that the precursor elements repeat along the circumferential direction; and cutting each precursor element along the axial direction so as divide each precursor element into pairs of opposing fingers (320,322) and create a plurality of channels extending along the axial direction.
A phosphor having the chemical formula: (A 1-x-y Eu x (M I 0.5 M III 0.5) y)Ga 2 S 4 wherein A is at least one element selected from the group consisting of Ba, Sr and Ca; M I is at least one element selected from the group consisting of Li, Na and K; and M III is at least one element selected from the group consisting of Sc and Y; and x + y < 1, wherein 0.005 ≤ x ≤ 0.9 and 0 < y ≤ 0.995.
A condenser including a container having a steam intake opening, the condenser liquefying steam taken from the steam intake opening into the container, the condenser comprising: a cooling pipe (4m1) which is disposed in the container and through which coolant circulates, wherein the container has a dual-shell structure in which the coolant can freely circulate, characterised in that the cooling pipe (4m1) is disposed so that a central opening formed by the cooling pipe (4m1) being wound in a spiral form faces the steam intake opening. a cooling pipe (4m1) which is disposed in the container and through which coolant circulates, wherein the container has a dual-shell structure in which the coolant can freely circulate, characterised in that the cooling pipe (4m1) is disposed so that a central opening formed by the cooling pipe (4m1) being wound in a spiral form faces the steam intake opening.
A patina creation device arranged to be connected to a railway car, and to be put in contact with a third rail running in parallel to a rail of a railway line on which the railway car is placed, said patina creation device comprising a least one bar extending along a longitudinal axis of the third rail and arranged to be consumed by friction against the third rail, thus forming a coating layer on said third rail, characterized in that the patina creation device is devoid of electrical connectivity.
A breast compression element (104,104a,104b,300,412,416) for use in an imaging system, the breast compression element (104,104a, 104b,300,412,416) comprising: - a curved bottom breast compression surface; - a curved front surface arranged for contacting a patient's chest wall; - a curved right surface; - a curved left surface; - wherein the said curved bottom breast compression surface is connected to the curved left surface and connected to the curved right surface, and wherein the curved front surface is connected to the front of the curved left surface and connected to the front of the curved right surface; - a top surface on an opposite side of the bottom surface; and - a flexible material in contact with the curved right surface, the curved left surface, the curved front surface, and the top surface, wherein the flexible material is spaced apart from at least a portion of the curved bottom surface. - a curved bottom breast compression surface; - a curved front surface arranged for contacting a patient's chest wall; - a curved right surface; - a curved left surface; - wherein the said curved bottom breast compression surface is connected to the curved left surface and connected to the curved right surface, and wherein the curved front surface is connected to the front of the curved left surface and connected to the front of the curved right surface; - a top surface on an opposite side of the bottom surface; and - a flexible material in contact with the curved right surface, the curved left surface, the curved front surface, and the top surface, wherein the flexible material is spaced apart from at least a portion of the curved bottom surface.
A method for controlling the place shifting of media content from a local user device, comprising a place shifting device for place shifting media content, from a place shifting output, over a network to a remote user device for outputting content to a user, the method comprising the steps of: - receiving, at the local user device: - media content to be place shifted; and - a user command to place shift the received media content to the remote user device; characterised in that the method further comprises the steps of: - receiving, at the local user device, a place shift enabled parameter, containing data associated with the received media content and indicative of whether the received media content is authorised to be place shifted; - determining, by analysing the place shift enabled parameter, whether the received media content is authorised to be place shifted; and - allowing or impairing the place shifting of the received content to the remote user device based on the determination; - wherein the local user device further comprises one or more analogue or digital outputs for providing media content to a display; - the method further comprising encoding in the media content, by applying a first watermark, data indicative of whether the media content is authorised to be place shifted, such that if content is subsequently place shifted after output from the analogue or digital outputs the content includes the encoded first watermark. - receiving, at the local user device: - media content to be place shifted; and - a user command to place shift the received media content to the remote user device; - media content to be place shifted; and - a user command to place shift the received media content to the remote user device; - receiving, at the local user device, a place shift enabled parameter, containing data associated with the received media content and indicative of whether the received media content is authorised to be place shifted; - determining, by analysing the place shift enabled parameter, whether the received media content is authorised to be place shifted; and - allowing or impairing the place shifting of the received content to the remote user device based on the determination; - wherein the local user device further comprises one or more analogue or digital outputs for providing media content to a display; - the method further comprising encoding in the media content, by applying a first watermark, data indicative of whether the media content is authorised to be place shifted, such that if content is subsequently place shifted after output from the analogue or digital outputs the content includes the encoded first watermark.
Optical filter for sunglasses, having a transmittance of less than 20% for light wavelengths from 400 nm to 650 nm, characterized in that the transmittance spectrum (1, 2, 3) in the light wavelength range between 440 nm and 470 nm and between 570 nm and 590 nm in each case comprises a local transmittance maximum (5, 6, 7 or 9, 10, 11) and in the light wavelength range between 600 nm and 620 nm a local transmittance maximum (13, 14) or a transmittance inflection point, wherein the transmittance below the connecting line of the local transmittance maximum (5, 6, 7) between 440 nm and 470 nm and of the local transmittance maximum (9, 10, 11) between 570 nm and 590 nm has an essentially convex overall curve with a fluctuation range below 8%.
An inspection system, comprising: a probe configured to be inserted into a blind hole formed in a front face of a solid axle, the probe including an inspection portion at a distal end thereof configured for insertion into the blind hole and an ultrasonic transducer (38, 40) at an end face thereof that is configured to generate ultrasonic waves in the solid axle covering an entire portion of the solid axle to be inspected when the probe is within the blind hole, the probe including an engagement member configured to engage the solid axle to which the probe is operatively coupled, the engagement member including a spring loaded member in the form of a ring located radially inward of a coupling member including a number of magnets (66a, 66b), the spring loaded member being configured for pressing the end face of the probe against the bottom surface of the blind hole and the coupling member (66a, 66b) of the probe being configured for engaging the front face of the solid axle and to hold the inspection portion in alignment with the blind hole. a probe configured to be inserted into a blind hole formed in a front face of a solid axle, the probe including an inspection portion at a distal end thereof configured for insertion into the blind hole and an ultrasonic transducer (38, 40) at an end face thereof that is configured to generate ultrasonic waves in the solid axle covering an entire portion of the solid axle to be inspected when the probe is within the blind hole, the probe including an engagement member configured to engage the solid axle to which the probe is operatively coupled, the engagement member including a spring loaded member in the form of a ring located radially inward of a coupling member including a number of magnets (66a, 66b), the spring loaded member being configured for pressing the end face of the probe against the bottom surface of the blind hole and the coupling member (66a, 66b) of the probe being configured for engaging the front face of the solid axle and to hold the inspection portion in alignment with the blind hole.