mhurhangee/ep-ind-claims huggingface dataset:
A hatch (10, 101) configured to be placed in an operative position thereof over a storage space in a removable or displaceable manner, e.g. over a cargo hold of an inland waterway cargo vessel, the hatch having a width and a length, and the hatch being configured to be supported at each one of opposed sides thereof seen in direction of the width of the hatch by a support structure (4a,b), the hatch in the operative position covering the storage space directly underneath, wherein a surface area of the hatch is provided with photo-voltaic cells, characterized in that the hatch comprises: - integrated therewith, a power converter system (60,63) that is connected to the photo-voltaic cells and that is configured to convert the electrical energy entering the power converter system into another output form of electricity, - the power converter system being connectable, e.g. via an electrical connector integrated with the hatch, to a grid and/or a remote consumer of the outputted electricity. wherein a surface area of the hatch is provided with photo-voltaic cells, characterized in that the hatch comprises: - integrated therewith, a power converter system (60,63) that is connected to the photo-voltaic cells and that is configured to convert the electrical energy entering the power converter system into another output form of electricity, - the power converter system being connectable, e.g. via an electrical connector integrated with the hatch, to a grid and/or a remote consumer of the outputted electricity. - integrated therewith, a power converter system (60,63) that is connected to the photo-voltaic cells and that is configured to convert the electrical energy entering the power converter system into another output form of electricity, - the power converter system being connectable, e.g. via an electrical connector integrated with the hatch, to a grid and/or a remote consumer of the outputted electricity.
Food processor having a drive unit on which a mixing container provided on the bottom with a rotationally driven rotor is placed, wherein a citrus fruit pressing head is allocated to a cover of the mixing container and is inserted into a filling opening of the cover, wherein the citrus fruit pressing head is extended beyond the base of the citrus fruit pressing head by a shaft which is rotatably mounted in a bearing stopper inserted into the filling opening, said bearing stopper comprising at least one through opening, and is connected for rotational driving to the rotor via a coupling, characterised in that the coupling is a claw coupling, the claws of which are engaged with the rotor between mixing blades appertaing to the rotor, and that a retaining screen - which keeps fruit flesh and stones away from the through opening - and a spray guard cone - which radially surrounds the citrus fruit pressing head and is secured, together with the retaining screen, radially on a shoulder on the cover surface of the cover - are placed onto the cover.
A connecting device for connecting a beverage machine with an external liquid delivery system, e.g. a water distribution network, to supply such liquid to said machine, such machine having a liquid storage tank with an upper opening for supplying liquid into the tank, such as an opening delimited by a rim of the tank, optionally said tank being delimited by a bottom part and a peripheral wall extending from and above the bottom part towards the opening and/or having a tank outlet for dispensing liquid to a beverage processing and delivery unit (24,25) of the machine, said connecting device having: - an inlet for a fluid connection to said external system; - an outlet for delivering liquid from said external system via the inlet to said beverage machine; - a valve arrangement (12a,12b) switchable between an open configuration for establishing a fluidic connection between the inlet and the outlet and a closed configuration for interrupting the fluidic connection, such as a valve arrangement (12a,12b) connected to the inlet via a fluid connector e.g. a fluid connector fixed to a frame portion of a body of such device; and - a control unit for switching the valve arrangement (12a,12b) between its open configuration and its closed configuration, optionally the control unit being connected to at least one of: a power source via a power connector (14c,14d); and a user interface (14a,14b) such as an interface comprising a power and/or reset switch and/or a control indicator e.g. a control light, characterised in that such connecting device further comprises: - a sensor arrangement (15a,15b) connected to the control unit that is configured to switch the valve arrangement (12a,12b) in response to a triggering signal from the sensor arrangement (15a,15b); and - an assembly arrangement (16c,16d) for reversibly fixing said connecting device, as a user-removable accessory, to said tank so that the outlet is positioned for delivering liquid via said upper opening into said tank. - an inlet for a fluid connection to said external system; - an outlet for delivering liquid from said external system via the inlet to said beverage machine; - a valve arrangement (12a,12b) switchable between an open configuration for establishing a fluidic connection between the inlet and the outlet and a closed configuration for interrupting the fluidic connection, such as a valve arrangement (12a,12b) connected to the inlet via a fluid connector e.g. a fluid connector fixed to a frame portion of a body of such device; and - a control unit for switching the valve arrangement (12a,12b) between its open configuration and its closed configuration, - a sensor arrangement (15a,15b) connected to the control unit that is configured to switch the valve arrangement (12a,12b) in response to a triggering signal from the sensor arrangement (15a,15b); and - an assembly arrangement (16c,16d) for reversibly fixing said connecting device, as a user-removable accessory, to said tank so that the outlet is positioned for delivering liquid via said upper opening into said tank.
Support bar of a crop lifter for crops, having a main extension direction, wherein between a first end and a second end of the support bar a portion formed as a skid is arranged, characterised in that the portion formed as a skid comprises at least portion-wise an undulated contour in a sectional view transversal to the main extension direction.
An inverter drive device for use in an electrically driven vehicle system and comprising a motor control device configured to switch a first control mode, a second control mode, and a third control mode wherein the motor control device is configured to control a power converter that drives a polyphase motor by a PWM pulse signal based on a carrier signal being a triangular wave, the first control mode being for updating a command voltage signal to the power converter with a voltage update time period that is one time the one cycle (1/fc) of the carrier signal, the second control mode being for updating a command voltage signal to the power converter with a voltage update time period and that is 1/2 times the one cycle (1/fc) of the carrier signal, and the third control mode being for updating a command voltage signal to the power converter with a voltage update time period that is 3/2 times the one cycle (1/fc) of the carrier signal, wherein the motor control device comprises a control unit that includes a voltage command generation unit having a microcomputer and wherein the inverter drive device is configured to change the first control mode, the second control mode, and the third control mode according to a processing load factor of the microcomputer which varies according to a calculation load of the microcomputer, wherein the inverter drive device is configured to switch to the second mode when the processing load factor is low, wherein the inverter drive device is configured to switch to the first mode when the processing load factor is intermediate, and wherein the inverter drive device is configured to switch to the third mode when the processing load factor is large. the first control mode being for updating a command voltage signal to the power converter with a voltage update time period that is one time the one cycle (1/fc) of the carrier signal, the second control mode being for updating a command voltage signal to the power converter with a voltage update time period and that is 1/2 times the one cycle (1/fc) of the carrier signal, and the third control mode being for updating a command voltage signal to the power converter with a voltage update time period that is 3/2 times the one cycle (1/fc) of the carrier signal, wherein the motor control device comprises a control unit that includes a voltage command generation unit having a microcomputer and wherein the inverter drive device is configured to change the first control mode, the second control mode, and the third control mode according to a processing load factor of the microcomputer which varies according to a calculation load of the microcomputer, wherein the inverter drive device is configured to switch to the second mode when the processing load factor is low, wherein the inverter drive device is configured to switch to the first mode when the processing load factor is intermediate, and wherein the inverter drive device is configured to switch to the third mode when the processing load factor is large.
A biostimulator, comprising: a housing having a longitudinal axis and containing an electronics compartment; and a fixation element mounted on the housing, wherein the fixation element includes a helix extending along a helical axis about the longitudinal axis to a distal edge, wherein the distal edge extends around the helical axis and defines a plurality of helix faces on the helical axis, wherein a transverse plane orthogonal to the longitudinal axis intersects a center of the plurality of helix faces, and wherein the helix includes a leading point at a convergence of the plurality of helix faces distal to the transverse plane. a housing having a longitudinal axis and containing an electronics compartment; and a fixation element mounted on the housing, wherein the fixation element includes a helix extending along a helical axis about the longitudinal axis to a distal edge, wherein the distal edge extends around the helical axis and defines a plurality of helix faces on the helical axis, wherein a transverse plane orthogonal to the longitudinal axis intersects a center of the plurality of helix faces, and wherein the helix includes a leading point at a convergence of the plurality of helix faces distal to the transverse plane.
A wiping device for a device for packaging and applying a fluid or pasty product, the wiping device comprising first and second independent parts, the first part having a hardness greater than or equal to a hardness of the second part, the first part comprising a male portion formed by a first skirt, the second part comprising a deformable wiping lip and a female portion formed by a second skirt and arranged so as to receive, by snap-fitting, the first skirt of the first part, characterized in that the wiping device further comprises locking means (22, 23, 24, 36, 37) for locking the snap-fitting of the first skirt in the second skirt, the wiping device being characterized in that the second part comprises a third clamping boss formed on an outer wall of the second skirt.
A method for identifying a target site of a nuclease, the method comprising: (a) providing a nuclease that cuts a double-stranded nucleic acid target site, wherein cutting of the target site results in cut nucleic acid strands comprising a 5' phosphate moiety; (b) contacting the nuclease of step (a) with a library of candidate nucleic acid molecules, wherein each nucleic acid molecule comprises a concatemer of a sequence comprising a candidate nuclease target site and a constant insert sequence of at least 10 and not more than 80 nucleotides, under conditions suitable for the nuclease to cut a candidate nucleic acid molecule comprising a target site of the nuclease; and (c) identifying nuclease target sites cut by the nuclease in step (b) by determining the sequence of an uncut nuclease target site on the nucleic acid strand that was cut by the nuclease in step (b), wherein the determining of step (c) comprises (i) ligating a first nucleic acid adapter to the 5' end of a nucleic acid strand that was cut by the nuclease in step (b) via 5'-phosphate-dependent ligation, and (ii) amplifying a fragment of the concatemer cut by the nuclease that comprises an uncut target site via a PCR reaction using a PCR primer that hybridizes with the adapter and a PCR primer that hybridizes with the constant insert sequence. (a) providing a nuclease that cuts a double-stranded nucleic acid target site, wherein cutting of the target site results in cut nucleic acid strands comprising a 5' phosphate moiety; (b) contacting the nuclease of step (a) with a library of candidate nucleic acid molecules, wherein each nucleic acid molecule comprises a concatemer of a sequence comprising a candidate nuclease target site and a constant insert sequence of at least 10 and not more than 80 nucleotides, under conditions suitable for the nuclease to cut a candidate nucleic acid molecule comprising a target site of the nuclease; and (c) identifying nuclease target sites cut by the nuclease in step (b) by determining the sequence of an uncut nuclease target site on the nucleic acid strand that was cut by the nuclease in step (b), wherein the determining of step (c) comprises (i) ligating a first nucleic acid adapter to the 5' end of a nucleic acid strand that was cut by the nuclease in step (b) via 5'-phosphate-dependent ligation, and (ii) amplifying a fragment of the concatemer cut by the nuclease that comprises an uncut target site via a PCR reaction using a PCR primer that hybridizes with the adapter and a PCR primer that hybridizes with the constant insert sequence.
An automotive lamp comprising: a first light source that emits a first laser light having a peak wavelength in a wavelength region of 450 nm to 475 nm (both inclusive); a second light source that emits a second laser light having a peak wavelength in a wavelength region of 525 nm to 555 nm (both inclusive), wherein an interval between the peak wavelength of the first laser light and the peak wavelength of the second laser light is greater than or equal to 65 nm and less than or equal to 95 nm; a third light source that emits a third laser light having a peak wavelength in a wavelength region of 605 nm to 620 nm (both inclusive), wherein an interval between the peak wavelength of the second laser light and the peak wavelength of the third laser light is greater than or equal to 60 nm and less than 80 nm, and an interval between the peak wavelength of the first laser light and the peak wavelength of the third laser light is less than 170 nm; and a light condensing unit that collects the first to third laser lights so as to generate a white laser light. a first light source that emits a first laser light having a peak wavelength in a wavelength region of 450 nm to 475 nm (both inclusive); a second light source that emits a second laser light having a peak wavelength in a wavelength region of 525 nm to 555 nm (both inclusive), wherein an interval between the peak wavelength of the first laser light and the peak wavelength of the second laser light is greater than or equal to 65 nm and less than or equal to 95 nm; a third light source that emits a third laser light having a peak wavelength in a wavelength region of 605 nm to 620 nm (both inclusive), wherein an interval between the peak wavelength of the second laser light and the peak wavelength of the third laser light is greater than or equal to 60 nm and less than 80 nm, and an interval between the peak wavelength of the first laser light and the peak wavelength of the third laser light is less than 170 nm; and a light condensing unit that collects the first to third laser lights so as to generate a white laser light.
A method for producing a beer according to which a wort is prepared by brewing a mixture containing water and malt of a cereal or a malt mixture, then after cooling of said wort, the Saccharomyces cerevisiae yeast is added, said method being characterized in that, after cooling said wort, an enzyme selected from among dextrinases is added, said dextrinases being enzymes capable of catalyzing the transformation of the dextrins into glucose and maltose by hydrolysis of the alpha 1-4 and alpha 1-6 glycosidic bonds.
Spectacle case made of a body, which may be a flexible or rigid material and which has a rectangular front side (a) and a rectangular rear side (b) separated by means of a rectangular central surface (c), sides (a) and (b) which are folded to one another by folding lines (d) and (e), the spectacle case having a closing device and the glasses' temples are folded outwards of the spectacle case wherein the front side (a) is provided with a trapezoidal prism symmetrically disposed at the bottom which is intended to fix the nasal saddle of the glasses, the spectacle case having the components of the closing device disposed on the trapezoidal prism and on the rectangular rear side (b) of the spectacle case, characterized in that the rear side (b) is provided with two openings or slots (i) and (j) which allow the nose pads to protrude from the spectacle case. wherein the front side (a) is provided with a trapezoidal prism symmetrically disposed at the bottom which is intended to fix the nasal saddle of the glasses, the spectacle case having the components of the closing device disposed on the trapezoidal prism and on the rectangular rear side (b) of the spectacle case, characterized in that the rear side (b) is provided with two openings or slots (i) and (j) which allow the nose pads to protrude from the spectacle case.
A surface-treated calcium carbonate for binding and bioremediating hydrocarbon-containing compositions, wherein at least 10 % of the aliphatic carboxylic acid accessible surface area of the calcium carbonate is covered by a coating comprising at least one aliphatic carboxylic acid having between 5 and 24 carbon atoms and/or reaction products thereof, wherein the surface-treated calcium carbonate further comprises at least one microorganism capable of degrading at least one component of the hydrocarbon-containing composition, wherein the at least one microorganism capable of degrading at least one component of the hydrocarbon-containing composition is at least one strain of bacteria selected from the group comprising Psychrobacter, Pseudomonas, Pseudobacterium, Acinetobacter, Vibrio, Planococcus, Actinobacterium, Arthrobacter, Marinobacter, Methylosinus, Methylomonas, Methylobacterium, Mycobacterium, Nocardia, Bacillus, Brevibacterium, Micrococcus, Corynebacterium, Sarcina, Streptomyces, Flavobacterium, Xanthomonas and mixtures thereof.
A random access signal sending method, comprising: determining (S303, S403) a frequency position of a random access resource based on a subcarrier offset and a resource block position of the random access resource; and sending (S304, S404) the random access signal to a network device at the frequency position of the random access resource, wherein the random access signal satisfies the following formula: s t = β PRACH ∑ k = 0 N ZC − 1 ∑ n = 0 N ZC − 1 x u, ν n. e − j 2 πnk N ZC. e j 2 π k + φ + Kk 0 Δƒ RA t − T CP, wherein s(t) is the random access signal; β PRACH is an amplitude adjustment factor of the random access signal, and is used to control transmit power of the random access signal; N ZC is a sequence length of a random access preamble; x u,v ( n) represents a ZC sequence for generating the random access preamble; T CP represents a timelength of a cyclic prefix; Δ f RA represents a subcarrier spacing of the random access preamble; K = Δ f / Δ f RA, wherein Δ f represents a subcarrier spacing of an initial active uplink bandwidth part, IAU BWP, or an uplink access bandwidth part, BWP; k 0 is a frequency position of a starting subcarrier of a random access channel, t represents a time position of the random access resource; and φ represents an offset relative to the frequency position of the random access resource. determining (S303, S403) a frequency position of a random access resource based on a subcarrier offset and a resource block position of the random access resource; and sending (S304, S404) the random access signal to a network device at the frequency position of the random access resource, wherein the random access signal satisfies the following formula: s t = β PRACH ∑ k = 0 N ZC − 1 ∑ n = 0 N ZC − 1 x u, ν n. e − j 2 πnk N ZC. e j 2 π k + φ + Kk 0 Δƒ RA t − T CP, wherein s(t) is the random access signal; β PRACH is an amplitude adjustment factor of the random access signal, and is used to control transmit power of the random access signal; N ZC is a sequence length of a random access preamble; x u,v ( n) represents a ZC sequence for generating the random access preamble; T CP represents a timelength of a cyclic prefix; Δ f RA represents a subcarrier spacing of the random access preamble; K = Δ f / Δ f RA, wherein Δ f represents a subcarrier spacing of an initial active uplink bandwidth part, IAU BWP, or an uplink access bandwidth part, BWP; k 0 is a frequency position of a starting subcarrier of a random access channel, t represents a time position of the random access resource; and φ represents an offset relative to the frequency position of the random access resource.
A terminal crimping structure comprising: an electric wire; and a terminal, wherein the terminal includes a fixing cylinder portion of the terminal including a flange portion which protrudes toward an outer periphery and which covers an end portion of the electric wire, wherein the fixing cylinder portion is caulked and crimped, wherein crimp recess portions are formed in the fixing cylinder portion which is calked, characterized in that the flange portion has at least one notch along a radial direction. an electric wire; and a terminal, wherein the terminal includes a fixing cylinder portion of the terminal including a flange portion which protrudes toward an outer periphery and which covers an end portion of the electric wire, wherein the fixing cylinder portion is caulked and crimped, wherein crimp recess portions are formed in the fixing cylinder portion which is calked, characterized in that the flange portion has at least one notch along a radial direction.
A CCL17 signalling antagonist for use in treating inflammatory pain in a subject, wherein the CCL17 signalling antagonist is an antibody to CCL17 or CCL17 receptor or an antigen-binding fragment thereof or a soluble CCL17 receptor or a CCL17 binding fragment thereof, wherein the CCL17 receptor is CCR4.
A pharmaceutical composition comprising: (a) a first pharmacologically active ingredient selected from the compound according to chemical formula and the physiologically acceptable salts thereof, and (b) a second pharmacologically active ingredient which is a non-steroidal anti-rheumatic drug selected from the group consisting of indometacin, diclofenac, oxametacin, and aceclofenac, and the physiologically acceptable salts thereof. (a) a first pharmacologically active ingredient selected from the compound according to chemical formula and the physiologically acceptable salts thereof, and (b) a second pharmacologically active ingredient which is a non-steroidal anti-rheumatic drug selected from the group consisting of indometacin, diclofenac, oxametacin, and aceclofenac, and the physiologically acceptable salts thereof.