mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner, comprising an appliance body, a suction assembly device, for generating a suction flow, arranged on the appliance body, a first connection, arranged on the appliance body and fluidically connected to the suction assembly device, a second connection, arranged on the appliance body at a distance from the first connection and fluidically connected to a suction mouth (24; 28), a vacuumed material container, detachably fixed on the apparatus body, and a first vacuumed material container connection, corresponding to the first connection of the appliance body, and a second vacuumed material container connection, corresponding to the second connection of the appliance body, wherein there is provided a sealing device which comprises a first sealing element, associated with the first connection of the appliance body and the first vacuumed material container connection, and/or a second sealing element, associated with the second connection of the appliance body and the second vacuumed material container connection, characterized in that a spacing between the first connection and the second connection of the appliance body is greater than a spacing between the first vacuumed material container connection and the second vacuumed material container connection including the sealing device in a suction-flow-free state, in that the sealing device is movable, and in that in the event of an active suction flow, the mobility of the sealing device produces a fluid-tight connection between the first connection of the appliance body and the first vacuumed material container connection and/or between the second connection of the appliance body and the second vacuumed material container connection through a pressure difference at the sealing device.
A pharmaceutical composition for oral administration, comprising (a) 4 to 40 % by weight of a taxane, (b) 10 to 30 % by weight of a medium chain triglyceride, (c) 30 to 70 % by weight of monooleoyl glycerol, (d) 5 to 30 % by weight of a surfactant, and (e) 10 to 30 % by weight of polyoxyl glyceryl fatty acid ester. (a) 4 to 40 % by weight of a taxane, (b) 10 to 30 % by weight of a medium chain triglyceride, (c) 30 to 70 % by weight of monooleoyl glycerol, (d) 5 to 30 % by weight of a surfactant, and (e) 10 to 30 % by weight of polyoxyl glyceryl fatty acid ester.
A composition for therapeutic use in improving or stimulating the development of a healthy gut microbiota, by stimulating Bifidobacterium intra-species growth, in infants born with a lack of Bifidobacterium species at birth, preferably in infants whose mothers received antibiotics during delivery and/or in infants delivered via C-section, preferably in infants delivered via C-section, involving administering to the infant a composition comprising between 10 3 and 10 16 colony forming units (cfu) per serving of Bifidobacterium breve and between 0.1-5 gram per serving of at least one non-digestible oligosaccharide, wherein said non-digestible oligosaccharide comprises galactooligosaccharides, wherein the composition is administered to the infant once or twice only, and within the first week after birth only.
A portable sunscreen applying apparatus, comprising: an ultraviolet processing device, a sunscreen accommodating device connected with the ultraviolet processing device, and a wristband suitable for being worn on a wrist of a user, wherein the sunscreen accommodating device accommodates sunscreens of different protection levels; wherein the ultraviolet processing device comprises: an ultraviolet detecting unit configured for detecting current ultraviolet and obtaining an intensity of the current ultraviolet; a sunscreen application reminding unit configured for issuing a warning reminder of using one of the sunscreens with the protection level corresponding to the intensity of the current ultraviolet; and a controller, the controller is connected with the ultraviolet detecting unit and the sunscreen application reminding unit; wherein the ultraviolet processing device is connected with the sunscreen accommodating device through the wristband; wherein the sunscreen accommodating device comprises a driver, the driver is connected with the controller, and the driver is configured for driving the ejection of the sunscreens. wherein the sunscreen accommodating device accommodates sunscreens of different protection levels; wherein the ultraviolet processing device comprises: an ultraviolet detecting unit configured for detecting current ultraviolet and obtaining an intensity of the current ultraviolet; a sunscreen application reminding unit configured for issuing a warning reminder of using one of the sunscreens with the protection level corresponding to the intensity of the current ultraviolet; and a controller, the controller is connected with the ultraviolet detecting unit and the sunscreen application reminding unit; wherein the ultraviolet processing device is connected with the sunscreen accommodating device through the wristband; wherein the sunscreen accommodating device comprises a driver, the driver is connected with the controller, and the driver is configured for driving the ejection of the sunscreens. an ultraviolet detecting unit configured for detecting current ultraviolet and obtaining an intensity of the current ultraviolet; a sunscreen application reminding unit configured for issuing a warning reminder of using one of the sunscreens with the protection level corresponding to the intensity of the current ultraviolet; and a controller, the controller is connected with the ultraviolet detecting unit and the sunscreen application reminding unit; wherein the ultraviolet processing device is connected with the sunscreen accommodating device through the wristband; wherein the sunscreen accommodating device comprises a driver, the driver is connected with the controller, and the driver is configured for driving the ejection of the sunscreens.
A use of a lanostane compound having the following chemical formula, or a pharmaceutically acceptable salt thereof, in the preparation of a medicament for the prophylaxis or treatment of a wasting disease in a mammal: wherein R 1 is either -H or -CH 3; R 2 is -OCOCH 3, =O, or -OH; R 3 is -H or -OH; R 4 is -C(=CH 2)-C(CH 3) 2 R a, wherein R a is either -H or -OH, or -CH=C(CH 3)R b, wherein R b is -CH 3 or -CH 2 OH; R 5 is either -H or -OH, and R 6 is either -CH 3 or -CH 2 OH.
A crawler for transporting loads with at least - two chain drive units (12a, 12b), - a bearing unit between the chain drive units (12a, 12b), - wherein the bearing unit has a load bearing for a load to be transported and a hoist cylinder having a piston for adjusting the height of the load bearing, - wherein the hoist cylinder and the piston are mounted to the bearing unit in a rotationally locked manner - and wherein the load bearing is coupled to the hoist cylinder by way of a ball and socket connection (22, 24) such that a rotational and swivel movement between the load bearing and the bearing unit is possible, - and a rotary sensor (17, 27) is provided in order to determine an angle of rotation between the load bearing and the piston or hoist cylinder. - two chain drive units (12a, 12b), - a bearing unit between the chain drive units (12a, 12b), - wherein the bearing unit has a load bearing for a load to be transported and a hoist cylinder having a piston for adjusting the height of the load bearing, - wherein the hoist cylinder and the piston are mounted to the bearing unit in a rotationally locked manner - and wherein the load bearing is coupled to the hoist cylinder by way of a ball and socket connection (22, 24) such that a rotational and swivel movement between the load bearing and the bearing unit is possible, - and a rotary sensor (17, 27) is provided in order to determine an angle of rotation between the load bearing and the piston or hoist cylinder.
A method of wireless communication of a first user equipment, UE, comprising: determining a data block to be transmitted to a second UE (504; 506); determining a first resource in a subframe for carrying the data block and a second resource in the subframe for carrying control information including a scheduling assignment indicating an allocation of the first resource associated with transmitting the data block; and transmitting the data block and the control information to the second UE (504; 506) in a device-to-device communication channel on the determined first and second resources, respectively, wherein the second resource comprises at least a portion of a fixed control symbol adjacent to a demodulation reference signal, DM-RS, symbol within the subframe. determining a data block to be transmitted to a second UE (504; 506); determining a first resource in a subframe for carrying the data block and a second resource in the subframe for carrying control information including a scheduling assignment indicating an allocation of the first resource associated with transmitting the data block; and transmitting the data block and the control information to the second UE (504; 506) in a device-to-device communication channel on the determined first and second resources, respectively, wherein the second resource comprises at least a portion of a fixed control symbol adjacent to a demodulation reference signal, DM-RS, symbol within the subframe.
A positive-displacement pump for fluid products, in particular paints, colorants and the like, comprising a pump body in which there is formed a pumping chamber, in which a piston is mounted for sliding and is controlled so as to advance and withdraw in order to vary the useful volume of the pumping chamber, the pumping chamber extending in accordance with a longitudinal axis (X-X) which is inclined, in a non-vertical manner, with respect to a horizontal plane and characterized by having a summit zone which is positioned at the highest level with respect to a horizontal plane and wherein the pumping chamber is placed in communication with at least one intake pipe of a fluid product in the summit zone.
A gas-liquid separator for separating a liquid and a gas from a gas-liquid two-phase fluid by swirling the gas-liquid two-phase fluid, the gas-liquid separator comprising: a cylindrical inlet pipe horizontally extending and comprising: a fluid inlet formed on a circumference surface upstream in a flow direction of the gas-liquid two-phase fluid; and a drain port formed at an end portion downstream in the flow direction of the gas-liquid two-phase fluid, the liquid exiting through the drain port; an inner pipe comprising an opening formed at an end, the end of the inner pipe inserted into the end portion of the inlet pipe downstream in the flow direction of the gas-liquid two-phase fluid and the inner pipe being coaxial with the inlet pipe; and a fluid inflow pipe horizontally extending and comprising a connecting portion connected to the fluid inlet at an end thereof, the fluid inflow pipe configured to supply the gas-liquid two-phase fluid into the inlet pipe through the fluid inlet from a side of the inlet pipe, wherein the connecting portion comprises a connection opening in communication with the fluid inlet, wherein a position of an axis line (O 3) extending through a center of the connection opening is vertically offset with respect to a position of an axis line (O 1) of the inlet pipe, wherein the vertical direction is a direction in which gravity acts, and wherein the inlet pipe further comprises a closed end surface in a gas-liquid two-phase fluid entering side. a fluid inlet formed on a circumference surface upstream in a flow direction of the gas-liquid two-phase fluid; and a drain port formed at an end portion downstream in the flow direction of the gas-liquid two-phase fluid, the liquid exiting through the drain port; an inner pipe comprising an opening formed at an end, the end of the inner pipe inserted into the end portion of the inlet pipe downstream in the flow direction of the gas-liquid two-phase fluid and the inner pipe being coaxial with the inlet pipe; and a fluid inflow pipe horizontally extending and comprising a connecting portion connected to the fluid inlet at an end thereof, the fluid inflow pipe configured to supply the gas-liquid two-phase fluid into the inlet pipe through the fluid inlet from a side of the inlet pipe, wherein the connecting portion comprises a connection opening in communication with the fluid inlet, wherein a position of an axis line (O 3) extending through a center of the connection opening is vertically offset with respect to a position of an axis line (O 1) of the inlet pipe, wherein the vertical direction is a direction in which gravity acts, and wherein the inlet pipe further comprises a closed end surface in a gas-liquid two-phase fluid entering side.
Optical element comprising an optical axis, a design wavelength (λ) and alternating refractive index changes along the optical axis, - wherein, in at least three areas (9, 10,11, 13, 14) following to one another along the optical axis, reflectors for light of the design wavelength (λ) incident along the optical axis are formed by the alternating refractive index changes, - wherein, between each two of the reflectors following to one another, an optical resonator for the light of the design wavelength (λ) incident along the optical axis is formed by the alternating refractive index changes, and - wherein at least one of the resonators includes a Kerr-active material, characterised in, - that at least two of the resonators differ in non-linear components I Res (i) · n 2 (i) of their total refractive indices n(i) = n 0 (i) + I Res (i) · n 2 (i) by at least 50 % of that one of the two non-linear components I Res (i) · n 2 (i) that is the smaller one in terms of absolute value, - wherein I Res (i) is a resulting intensity of the light of the design wavelength incidents along the optical axes that results within the respective resonator due to the arrangement of the respective resonator between the reflectors, - wherein n 2 (i) is an non-linear refractive index of the respective resonator. - wherein, in at least three areas (9, 10,11, 13, 14) following to one another along the optical axis, reflectors for light of the design wavelength (λ) incident along the optical axis are formed by the alternating refractive index changes, - wherein, between each two of the reflectors following to one another, an optical resonator for the light of the design wavelength (λ) incident along the optical axis is formed by the alternating refractive index changes, and - wherein at least one of the resonators includes a Kerr-active material, characterised in, - that at least two of the resonators differ in non-linear components I Res (i) · n 2 (i) of their total refractive indices n(i) = n 0 (i) + I Res (i) · n 2 (i) by at least 50 % of that one of the two non-linear components I Res (i) · n 2 (i) that is the smaller one in terms of absolute value, - wherein I Res (i) is a resulting intensity of the light of the design wavelength incidents along the optical axes that results within the respective resonator due to the arrangement of the respective resonator between the reflectors, - wherein n 2 (i) is an non-linear refractive index of the respective resonator. - wherein I Res (i) is a resulting intensity of the light of the design wavelength incidents along the optical axes that results within the respective resonator due to the arrangement of the respective resonator between the reflectors, - wherein n 2 (i) is an non-linear refractive index of the respective resonator.
An optical system for image pickup consisting of a first refractive optical system disposed on an object side with respect to an aperture stop (St) and a second refractive optical system disposed on an image plane side with respect to the aperture stop, wherein the first refractive optical system includes, in order from the object side, a first lens group with positive refractive power, a second lens group with positive refractive power, and a third lens group with negative refractive power, the second refractive optical system includes, in order from the object side, a fourth lens group with positive refractive power, a fifth lens group with positive refractive power, and a sixth lens group with negative refractive power, and when focusing from infinity to a short distance, the first lens group, the third lens group, and the sixth lens group do not move with respect to the aperture stop and the second lens group and the fourth lens group move toward the object side. wherein the first refractive optical system includes, in order from the object side, a first lens group with positive refractive power, a second lens group with positive refractive power, and a third lens group with negative refractive power, the second refractive optical system includes, in order from the object side, a fourth lens group with positive refractive power, a fifth lens group with positive refractive power, and a sixth lens group with negative refractive power, and when focusing from infinity to a short distance, the first lens group, the third lens group, and the sixth lens group do not move with respect to the aperture stop and the second lens group and the fourth lens group move toward the object side.
A process for the catalytic oxidation of ammonia gas by means of an oxygen-containing gas, in particular by means of air, in the presence of a catalyst to form nitrogen monoxide in an oxidation reactor, wherein a control of the reaction temperature at the catalyst to an optimum value with respect to the nitrogen monoxide selectivity of the reaction is provided, this control being effected by means of measures upstream of the oxidation reactor, characterized in that the air and/or the ammonia/air mixed gas are/is directly heated or cooled before coming into contact with the catalyst, and in that an introduction of a fuel gas (20, 22) or a medium influencing the temperature of the reaction at the catalyst is provided downstream of the addition of ammonia, the combustion of this fuel gas (20, 22) taking place at the catalyst in the ammonia burner.
A method comprising: evicting a kernel from a field-programmable gate array - FPGA - in response to a request to program the kernel; receiving, at a fabric controller of a first computing node from a second computing node via a network fabric that couples the first computing node to the second computing node, a request to execute a kernel on the FPGA of the first computing node; instructing the FPGA to execute the kernel; and sending a result of the execution of the kernel to the second computing node via the network fabric, characterized in that the kernel that is evicted is selected based on a determination of the time elapsed since the kernel was last executed. evicting a kernel from a field-programmable gate array - FPGA - in response to a request to program the kernel; receiving, at a fabric controller of a first computing node from a second computing node via a network fabric that couples the first computing node to the second computing node, a request to execute a kernel on the FPGA of the first computing node; instructing the FPGA to execute the kernel; and sending a result of the execution of the kernel to the second computing node via the network fabric, characterized in that the kernel that is evicted is selected based on a determination of the time elapsed since the kernel was last executed.
Vertical Cavity Surface Emitting Laser (VCSEL), comprising an optical resonator comprising a first mirror, an active region for generation of laser light, and a second mirror, wherein the active region is arranged between the first and second mirrors (12, 16), a photodiode integrated in the optical resonator, the photodiode comprising an absorption region having a plurality of absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) configured to absorb generated laser light, wherein the absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) are arranged spaced apart from one another by a center-to-center distance d which satisfies the condition: d = (2k-1) λ / (4 m), wherein λ is the wavelength of the laser light in the absorption region, and k and m are natural numbers ≥ 1. an optical resonator comprising a first mirror, an active region for generation of laser light, and a second mirror, wherein the active region is arranged between the first and second mirrors (12, 16), a photodiode integrated in the optical resonator, the photodiode comprising an absorption region having a plurality of absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) configured to absorb generated laser light, wherein the absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) are arranged spaced apart from one another by a center-to-center distance d which satisfies the condition: d = (2k-1) λ / (4 m), wherein λ is the wavelength of the laser light in the absorption region, and k and m are natural numbers ≥ 1.
A magnetic separation plate made of a plastic material for performing automated magnetic separation processes, consisting of a base plate in which a matrix of m x n wells is formed, and of a comb-like hollow rod plate with a matrix of m x n hollow rods each connected with its upper end to a horizontal carrier plate and having a radially outwardly protruding ring collar on its lower end region, characterised in that the carrier plate of the hollow rod plate has a recess on the position of placement of each hollow rod, the extension of the recess corresponding at least to the projection of the ring collar onto the carrier plate, and in that each hollow rod has a plurality of radial ribs on its outer circumference that extend along the axis of the hollow rod, the ribs extending towards the upper end of the hollow rod starting from the ring collar and there connecting the hollow rod to the carrier plate in one piece while extending radially through the recess of the carrier plate.
Apparatus for the cell balancing of the battery cells of a battery having a plurality of battery cells connected in series, the apparatus comprising a measuring apparatus, which is connected or can be connected to each of the battery cells and which is designed to generate a current proportional to a minimum cell voltage of all the cell voltages of the battery cells and to output said current to a plurality of resistors connected in series, wherein a number n of the resistors is equal to a number of battery cells which are connected or can be connected to the measuring apparatus, and a number (n-1) of potential replication devices (12, 13), which are in each case connected between two adjacent resistors of the plurality of resistors and are designed to replicate a potential at a first pole of an assigned battery cell and to output it to a first of the respective two adjacent resistors, characterized by a number n of comparators, which each have a first input connected to a second pole of an assigned battery cell, a second input connected to a second of the respective adjacent resistors, and an output connected to a control electrode of a respective discharging unit and are designed to compare a first voltage present at the first input with a second voltage present at the second input and to output a control signal dependent on a result of the comparison, wherein the discharging units are connected in parallel with a respective battery cell and are designed to allow a discharge current to flow from the respective battery cell depending on the control signal.