mhurhangee/ep-ind-claims huggingface dataset:
An egg processing system, comprising: conveyor means for conveying a plurality of avian eggs; sampling means for extracting material from the eggs conveyed by the conveyor means; transfer means for transferring the extracted material to sample receiving means; handling means for positioning the sample receiving means proximate to the transfer means; and assaying means for assaying the extracted material of each avian egg so as to identify eggs having a characteristic. conveyor means for conveying a plurality of avian eggs; sampling means for extracting material from the eggs conveyed by the conveyor means; transfer means for transferring the extracted material to sample receiving means; handling means for positioning the sample receiving means proximate to the transfer means; and assaying means for assaying the extracted material of each avian egg so as to identify eggs having a characteristic.
Auto-focus actuator unit comprising a lens carrier slidably received within a stationary housing frame for a reciprocating motion provided by an actuator, said housing frame being carried by a bottom plate provided with an opening in correspondence with one or more lenses carried by said lens carrier, characterized in that said bottom plate is also provided with a dust barrier projecting from a top surface thereof towards the lens carrier, said dust barrier having such a height as to maintain a vertical overlap with the lens carrier over the whole travel of the latter.
Method of making contact wires for sliprings, comprising the steps of: a. pulling a wire through a drawing die, thereby pressing a surface structure (301, 302, 303) into the wire, b. coating and/or plating the wire with a first metal of the group of nickel, chrome, or a combination thereof, c. coating and/or plating the wire with a second metal of the group of gold, silver, or a combination thereof. a. pulling a wire through a drawing die, thereby pressing a surface structure (301, 302, 303) into the wire, b. coating and/or plating the wire with a first metal of the group of nickel, chrome, or a combination thereof, c. coating and/or plating the wire with a second metal of the group of gold, silver, or a combination thereof.
A scroll fluid machine comprising: a first scroll member in which a spiral first wall is provided on a first end plate; a second scroll member in which a spiral second wall is provided on a second end plate disposed to face the first end plate and the second wall meshes with the first wall such that the second scroll member performs a revolution orbiting movement relative to the first scroll member; and an inclined portion in which, if the first wall and the second wall are displayed to extend in spiral directions thereof, an inter-facing surface distance between the first end plate and the second end plate facing each other continuously decreases with a constant inclination in the spiral directions of the first wall and the second wall from outer peripheral sides thereof toward inner peripheral sides thereof, wherein a tip seal which comes into contact with a facing tooth bottom so as to seal a fluid is provided in a groove portion formed on a tooth tip of each of the first wall and the second wall corresponding to the inclined portion, wherein a biasing member which biases the tip seal toward the tooth bottom side is provided between the tip seal and a groove bottom of the groove portion, and wherein the tip seal is always pressed by the biasing member to a surface of the tooth bottom. a first scroll member in which a spiral first wall is provided on a first end plate; a second scroll member in which a spiral second wall is provided on a second end plate disposed to face the first end plate and the second wall meshes with the first wall such that the second scroll member performs a revolution orbiting movement relative to the first scroll member; and an inclined portion in which, if the first wall and the second wall are displayed to extend in spiral directions thereof, an inter-facing surface distance between the first end plate and the second end plate facing each other continuously decreases with a constant inclination in the spiral directions of the first wall and the second wall from outer peripheral sides thereof toward inner peripheral sides thereof, wherein a tip seal which comes into contact with a facing tooth bottom so as to seal a fluid is provided in a groove portion formed on a tooth tip of each of the first wall and the second wall corresponding to the inclined portion, wherein a biasing member which biases the tip seal toward the tooth bottom side is provided between the tip seal and a groove bottom of the groove portion, and wherein the tip seal is always pressed by the biasing member to a surface of the tooth bottom.
A compound having the formula 1 or a pharmaceutically acceptable salt thereof: Wherein, R 1, R 2, R 3 and R 4 are each independently selected from the group consisting of hydrogen and halogen; A and B are each independently selected from the group consisting of and -OR 7 wherein at least one of A and B is R 5 and R 6 are each independently selected from the group consisting of hydrogen and C 1 -C 10 alkyl; R 7 is selected from hydrogen, C 1 -C 10 alkyl and C 1 -C 5 alkoxyC 1 -C 5 alkyl; and I and m are each independently selected from an integer from 0 to 4. R 1, R 2, R 3 and R 4 are each independently selected from the group consisting of hydrogen and halogen; A and B are each independently selected from the group consisting of and -OR 7 wherein at least one of A and B is R 5 and R 6 are each independently selected from the group consisting of hydrogen and C 1 -C 10 alkyl; R 7 is selected from hydrogen, C 1 -C 10 alkyl and C 1 -C 5 alkoxyC 1 -C 5 alkyl; and I and m are each independently selected from an integer from 0 to 4.
A device for knife cutting or sawing workpieces, comprising a cutting unit or a sawing unit and a support surface for supporting the workpiece, wherein the support surface serves to directly support the workpiece and/or wherein the support surface is a stable, flexurally rigid surface which serves to bear the weight of the workpiece, wherein the support surface has a plurality of passage openings, wherein at least one chamber is formed below the support surface and the chamber is fluidically connected to a unit for generating an underpressure in such a way that in an operating state a volume flow is conveyed along a direction of flow through the passage openings and the at least one chamber, wherein at least one section is provided upstream from the chamber, in which the cross-sectional area for the volume flow decreases as viewed in the direction of flow, characterized in that the section formed upstream from the chamber has at least two areas (26, 28), wherein the first area is formed by the support surface and the second area is formed by a layer comprised of porous material arranged downstream from the support surface, wherein the layer has passage openings with cross-sectional areas that are smaller than the cross-sectional surfaces of the passage openings of the support surface.
A two-light flux interference exposure device comprising: - a laser resonator including: - a laser light source that generates a first laser light of a first frequency; - a single harmonic generation device that converts the first laser light into a second laser light of a second frequency being an integral multiple of the first frequency; and - an etalon that converts the second laser light into a third laser light having a narrow band-width and being output by the laser resonator; - a beam expander expanding the third laser light into parallel light of a predetermined width, - a beam splitter dividing the expanded third laser light into a first light flux reflected by the beam splitter and a second light flux transmitted through the beam splitter; and - an interference optic system (60e, 60f) superimposing the first and second light fluxes to interfere with each other on a target, characterized by: - a first neutral density filter arranged between the beam expander and the beam splitter that adjusts the intensity of the expanded third laser light; and - a second neutral density filter arranged between the beam splitter and the target that conforms the intensity of the second light flux to that of the first light flux. - a laser resonator including: - a laser light source that generates a first laser light of a first frequency; - a single harmonic generation device that converts the first laser light into a second laser light of a second frequency being an integral multiple of the first frequency; and - an etalon that converts the second laser light into a third laser light having a narrow band-width and being output by the laser resonator; - a laser light source that generates a first laser light of a first frequency; - a single harmonic generation device that converts the first laser light into a second laser light of a second frequency being an integral multiple of the first frequency; and - an etalon that converts the second laser light into a third laser light having a narrow band-width and being output by the laser resonator; - a beam expander expanding the third laser light into parallel light of a predetermined width, - a beam splitter dividing the expanded third laser light into a first light flux reflected by the beam splitter and a second light flux transmitted through the beam splitter; and - an interference optic system (60e, 60f) superimposing the first and second light fluxes to interfere with each other on a target, - a first neutral density filter arranged between the beam expander and the beam splitter that adjusts the intensity of the expanded third laser light; and - a second neutral density filter arranged between the beam splitter and the target that conforms the intensity of the second light flux to that of the first light flux.
A method for accessing a resource hosted on a relying party server (120, 121) from a mobile device, the method comprising: hosting a native application on the mobile device, the mobile device having a user agent for pre-authenticated users; receiving a redirection request from an authentication server for an authentication token for a pre-authenticated user in response to a request for the resource hosted on the relying party server (120, 121); sending the authentication token for the pre-authenticated user from the user agent of the mobile device to the authentication server in response to the redirection request from the authentication server; authenticating the authentication token from the user agent on the authentication server and generating an authentication cookie for the authenticated user to access the resource on the relying party server (120, 121); sending the authentication cookie to the mobile device; and granting access to the pre-authenticated user to the resource hosted on the relying party server (120, 121) upon receipt of the authentication cookie by the relying party server (120, 121). hosting a native application on the mobile device, the mobile device having a user agent for pre-authenticated users; receiving a redirection request from an authentication server for an authentication token for a pre-authenticated user in response to a request for the resource hosted on the relying party server (120, 121); sending the authentication token for the pre-authenticated user from the user agent of the mobile device to the authentication server in response to the redirection request from the authentication server; authenticating the authentication token from the user agent on the authentication server and generating an authentication cookie for the authenticated user to access the resource on the relying party server (120, 121); sending the authentication cookie to the mobile device; and granting access to the pre-authenticated user to the resource hosted on the relying party server (120, 121) upon receipt of the authentication cookie by the relying party server (120, 121).
A retractor for excluding an inside wall of a hollow organ or an organ in a body cavity, the retractor characterized by: a rigid perforation tube; a developing body that is configured to be accommodated and extended with respect to the perforation tube; and a grip connected to respective proximal ends of the perforation tube and the developing body, wherein the developing body includes an excluding section configured by a movable wire and a plurality of fixing wires arranged at a periphery of the movable wire, and an introducing tube extended from the excluding section, the movable wire being passed through the introducing tube; a distal end of the movable wire and a distal end of the fixing wire are joined in the excluding section, and the grip including a first grip portion, a second grip portion, and a third grip portion from a distal side; wherein the excluding section is caused to extend from a tip of the perforation tube by moving the second grip portion and the third grip portion toward the first grip portion in a state where the excluding section is closed and accommodated in the perforation tube, and the excluding section is capable of being developed, by moving the third grip portion toward the distal end without moving the second grip portion in a state where the excluding section is closed and extended from the tip of the perforation tube. a rigid perforation tube; a developing body that is configured to be accommodated and extended with respect to the perforation tube; and a grip connected to respective proximal ends of the perforation tube and the developing body, wherein the developing body includes an excluding section configured by a movable wire and a plurality of fixing wires arranged at a periphery of the movable wire, and an introducing tube extended from the excluding section, the movable wire being passed through the introducing tube; an excluding section configured by a movable wire and a plurality of fixing wires arranged at a periphery of the movable wire, and an introducing tube extended from the excluding section, the movable wire being passed through the introducing tube; a distal end of the movable wire and a distal end of the fixing wire are joined in the excluding section, and the grip including a first grip portion, a second grip portion, and a third grip portion from a distal side; wherein the excluding section is caused to extend from a tip of the perforation tube by moving the second grip portion and the third grip portion toward the first grip portion in a state where the excluding section is closed and accommodated in the perforation tube, and the excluding section is capable of being developed, by moving the third grip portion toward the distal end without moving the second grip portion in a state where the excluding section is closed and extended from the tip of the perforation tube.
A video encoding method for predicting pixel values in a target block under a planar mode, the method comprising computer executable steps executed by a processor of a video encoder to implement: calculating first prediction values of respective prediction pixels in a prediction block for the target block using linear interpolation between values of respective horizontal boundary pixels, in the same horizontal position as the respective prediction pixels, on the upper outside of the target block and a value of one of vertical boundary pixels on the left outside of the target block; calculating second prediction values of the respective prediction pixels using linear interpolation between values of the respective vertical boundary pixels, in the same vertical position as the respective prediction pixels, and a value of one of the horizontal boundary pixels on the upper outside of the target block; and averaging the first and second prediction values for the same prediction pixel to derive respective prediction pixel values of the prediction pixels in the prediction block. calculating first prediction values of respective prediction pixels in a prediction block for the target block using linear interpolation between values of respective horizontal boundary pixels, in the same horizontal position as the respective prediction pixels, on the upper outside of the target block and a value of one of vertical boundary pixels on the left outside of the target block; calculating second prediction values of the respective prediction pixels using linear interpolation between values of the respective vertical boundary pixels, in the same vertical position as the respective prediction pixels, and a value of one of the horizontal boundary pixels on the upper outside of the target block; and averaging the first and second prediction values for the same prediction pixel to derive respective prediction pixel values of the prediction pixels in the prediction block.
A data dimension reduction method, performed by a radio remote system, RRS, wherein the RRS is connected to a radio cloud center, RCC, by using a common public radio interface, eCPRI, and the method comprises: receiving an antenna domain received signal, wherein the antenna domain received signal comprises an uplink signal that is sent by a user equipment UE and that is received by an array antenna corresponding to the RRS, the antenna domain received signal is a time domain signal, a dimension of the antenna domain received signal is N 1, and N 1 is an integer greater than 1; obtaining a received beam weight, wherein the received beam weight is determined based on channel information of the UE, and different received beam weights are determined based on different channel information; and performing dimension reduction on the antenna domain received signal by using the received beam weight, to obtain a beam domain received signal, wherein the beam domain received signal is a frequency domain signal, a dimension of the beam domain received signal is N 2, and 0 < N 2 < N 1; wherein after the beam domain received signal is obtained, the method further comprises: adjusting a data bit width of the eCPRI based on a preset measurement value; and transmitting the beam domain received signal to the RCC by using the eCPRI. receiving an antenna domain received signal, wherein the antenna domain received signal comprises an uplink signal that is sent by a user equipment UE and that is received by an array antenna corresponding to the RRS, the antenna domain received signal is a time domain signal, a dimension of the antenna domain received signal is N 1, and N 1 is an integer greater than 1; obtaining a received beam weight, wherein the received beam weight is determined based on channel information of the UE, and different received beam weights are determined based on different channel information; and performing dimension reduction on the antenna domain received signal by using the received beam weight, to obtain a beam domain received signal, wherein the beam domain received signal is a frequency domain signal, a dimension of the beam domain received signal is N 2, and 0 < N 2 < N 1; wherein after the beam domain received signal is obtained, the method further comprises: adjusting a data bit width of the eCPRI based on a preset measurement value; and transmitting the beam domain received signal to the RCC by using the eCPRI. adjusting a data bit width of the eCPRI based on a preset measurement value; and transmitting the beam domain received signal to the RCC by using the eCPRI.
A stop element holder for wall formwork for the construction of a wall made of concrete, wherein the stop element holder is provided for attachment to a reinforcing rod, comprising a holder configured in the shape of a U, the two holder legs of which have bent and inwardly directed free edge regions, so that they are located opposite one another, and the holder base whereof which connects the holder legs is configured in a V shape, wherein the inner side of the V is directed towards the two holder legs and the contact region of the two sections of the holder base forming the V serves to center the reinforcing rod, as well as a wedge element having a U-shaped cross-section, which has a base and two legs integrally molded on the base, wherein the legs have two free edges which are located at an acute angle α to the base, wherein holes for guiding through a spacing element are configured at the end thereof which forms the impact side, characterized in that the bent edge regions run inclined at an acute angle α to the holder base, wherein the bent edge regions form a sliding surface for the free edges on the legs of the wedge element on the holder legs on the inner sides thereof, which are located opposite the holder base, when said legs are introduced from above into the holder, and in that the U-shaped wedge element having the two free edges can be slid along the sliding surface into the U-shaped holder and wherein the base of the wedge element lies in contact with the reinforcing rod in the fixed position of the stop element holder on the reinforcing rod.
A genome-editing complex for modifying a target polynucleotide comprising a recombinant β helical protein, wherein the recombinant β helical protein is linked to one or more molecules of a genome-editing system or to a plasmid that encodes one or more molecules of a genome-editing system, and the molecular weight of the recombinant β helical protein is in the range of from 30 kDa to 100 kDa, wherein the one or more molecules of the genome editing system is an RNA-guided endonuclease and/or a guide RNA (gRNA).
Electrical apparatus to kill a plant or at least attenuate plant growth, the apparatus comprising an electrical energy supply unit; an applicator unit comprising an applicator electrode; a return unit comprising a return electrode; an electrical circuitry; the electrical energy supply unit arranged to apply electrical energy through a transmission circuit comprising the applicator electrode, and the return electrode, wherein the electrical circuitry is arranged to control an electrical impedance of the electrical energy supply unit to control a property of the electrical energy to the electrodes (18, 22). an electrical energy supply unit; an applicator unit comprising an applicator electrode; a return unit comprising a return electrode; an electrical circuitry; the electrical energy supply unit arranged to apply electrical energy through a transmission circuit comprising the applicator electrode, and the return electrode, wherein the electrical circuitry is arranged to control an electrical impedance of the electrical energy supply unit to control a property of the electrical energy to the electrodes (18, 22).
A method for obtaining a set of 4 data values within a fixed width data string, from a memory comprising data values stored in successive columns, each column comprising N+Y blocks of data values, N and Y being integers greater than zero, each column starting with Y blocks of data values overlapping with Y blocks of data values ending a preceding column, N being equals to 2 i, with i being an integer equals to or greater than 2, said method comprising the steps of generating an address request comprised of a first and second portions, the first portion identifying one of the column of the memory, and the second portion having at least two least significant bits identifying the set of 4 data values within the fixed width data string of the identified column, applying the first portion of the address request as generated to the memory to read out the fixed width data string during a read operation; masking the fixed width data string in accordance with the second portion of the address request, wherein the masking step comprises: - applying the fixed-width data string to a de-multiplexer, and - controlling the de-multiplexer in accordance with the second portion of the address request to select the set of 4 data values within the fixed width data string, wherein data values are pixel values. - applying the fixed-width data string to a de-multiplexer, and - controlling the de-multiplexer in accordance with the second portion of the address request to select the set of 4 data values within the fixed width data string, wherein data values are pixel values.