mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator shelf assembly, comprising: a frame having a depth and a first support element extending along the depth and defining a first track open in a lateral direction perpendicular to the depth, the first support element further defining an open area along a side of the first track and extending between an adjacent portion of the first track and an exterior of the first support element and a cantilever arm that extends along the first track in a suspended arrangement from a contiguous portion of the first support element and has a free end adjacent the open area; and an insert slidably received within the first track and moveable along the depth of the first track through a fixed range of motion wherein the insert is disposed over an expanse of the open area, wherein said open area is further defined between a fixed edge formed on the first track and an opposite free edge defined on the free end of the cantilever arm, characterised in that the cantilever arm is resiliently deformable away from a plane defined along the side of the first track, so as to allow for an expansion of the open area; and wherein the free end of the cantilever arm includes a bent portion and the fixed edge of the open area has a ramp portion, said bent portion and ramp portion providing sliding surfaces for installing the insert into the first track. a frame having a depth and a first support element extending along the depth and defining a first track open in a lateral direction perpendicular to the depth, the first support element further defining an open area along a side of the first track and extending between an adjacent portion of the first track and an exterior of the first support element and a cantilever arm that extends along the first track in a suspended arrangement from a contiguous portion of the first support element and has a free end adjacent the open area; and an insert slidably received within the first track and moveable along the depth of the first track through a fixed range of motion wherein the insert is disposed over an expanse of the open area, wherein said open area is further defined between a fixed edge formed on the first track and an opposite free edge defined on the free end of the cantilever arm, characterised in that the cantilever arm is resiliently deformable away from a plane defined along the side of the first track, so as to allow for an expansion of the open area; and wherein the free end of the cantilever arm includes a bent portion and the fixed edge of the open area has a ramp portion, said bent portion and ramp portion providing sliding surfaces for installing the insert into the first track.
A method for video decoding, the method comprising: determining whether at least one of a plurality of neighboring blocks of a current block in a video sequence is decoded by an intra prediction mode; entropy decoding a prediction mode flag of a current block by a second context in response to determining that at least one of the plurality of neighboring blocks is decoded by an intra prediction mode; determining whether at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode, in response to determining that none of the plurality of neighboring blocks are decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by the second context when at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode but none is decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by a first context, different from the second context, when none of the plurality of neighboring blocks is decoded by an intra-inter prediction mode and none is decoded by an intra prediction mode, wherein the prediction mode flag indicates whether the current block is intra coded or inter coded, and the intra-inter prediction is a mixture of an inter prediction and an intra prediction. determining whether at least one of a plurality of neighboring blocks of a current block in a video sequence is decoded by an intra prediction mode; entropy decoding a prediction mode flag of a current block by a second context in response to determining that at least one of the plurality of neighboring blocks is decoded by an intra prediction mode; determining whether at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode, in response to determining that none of the plurality of neighboring blocks are decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by the second context when at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode but none is decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by a first context, different from the second context, when none of the plurality of neighboring blocks is decoded by an intra-inter prediction mode and none is decoded by an intra prediction mode, wherein the prediction mode flag indicates whether the current block is intra coded or inter coded, and the intra-inter prediction is a mixture of an inter prediction and an intra prediction.
A grain cleaning system comprising: - screening apparatus having a duct and a sieve disposed in the duct, and - a fan arranged to generate a cleaning airstream through the duct, characterised in that the system further comprises: - a sensing device having a transmitter (T1, T2) configured to transmit a base signal through the cleaning airstream, and a receiver (R1, R2) configured to transduce a reflected signal that is reflected off of particles in the cleaning airstream, and, - an electronic control unit (ECU, 101) that is in communication with the sensing device, the ECU being configured to generate control signals based upon a particle velocity value which is determined from a base signal frequency and a reflected signal frequency. - screening apparatus having a duct and a sieve disposed in the duct, and - a fan arranged to generate a cleaning airstream through the duct, characterised in that the system further comprises: - a sensing device having a transmitter (T1, T2) configured to transmit a base signal through the cleaning airstream, and a receiver (R1, R2) configured to transduce a reflected signal that is reflected off of particles in the cleaning airstream, and, - an electronic control unit (ECU, 101) that is in communication with the sensing device, the ECU being configured to generate control signals based upon a particle velocity value which is determined from a base signal frequency and a reflected signal frequency. - a sensing device having a transmitter (T1, T2) configured to transmit a base signal through the cleaning airstream, and a receiver (R1, R2) configured to transduce a reflected signal that is reflected off of particles in the cleaning airstream, and, - an electronic control unit (ECU, 101) that is in communication with the sensing device, the ECU being configured to generate control signals based upon a particle velocity value which is determined from a base signal frequency and a reflected signal frequency.
Display device (1 to 6) comprising a flat screen and a casing, and further comprises at least one mobile arm (15, 16, 25, 26, 26, 45, 52, 53, 60) being able to take first and second positions: - in the first position, one extremity of said mobile arm or mobile arms is distant from the plane corresponding to the front face of the screen, according to a horizontal direction when the device is resting on a horizontal plane, one part at least of the arm or arms being adapted to support the screen in a noticeably vertical position, and - in the second position, said arm or arms are in the space between the planes parallel to said screen and tangent respectively to the front and to the back of said casing; characterized in that said mobile arm or arms are adapted to be unfolded angularly backward from said casing to move from said second position to said first position according to a horizontal direction when the device is resting in a noticeably vertical position on a horizontal plane. - in the first position, one extremity of said mobile arm or mobile arms is distant from the plane corresponding to the front face of the screen, according to a horizontal direction when the device is resting on a horizontal plane, one part at least of the arm or arms being adapted to support the screen in a noticeably vertical position, and - in the second position, said arm or arms are in the space between the planes parallel to said screen and tangent respectively to the front and to the back of said casing;
Conductive paint for electro-deposition painting, the paint comprising non-oxide ceramic particles each configured such that an oxide layer is provided on a surface thereof, wherein the non-oxide ceramic particles comprise at least one type of AxBy-form particles, where a sum of x and y is 7 or less, the conductive paint further comprising a resin and deionized water, and characterized in that the non-oxide ceramic particles comprise at least one of SiC, TiC, and Si 3 N 4 particles, and wherein a thickness of the oxide layer ranges from 0.1 to 50 nm, and wherein a diameter of the non-oxide ceramic particles ranges from 100 to 10,000 nm, and wherein the non-oxide ceramic particles are provided in a range of 2 to 25 wt%, the resin is provided in a range of 10 to 40 %, and the deionized water is provided in a range of 50 to 88 %, and wherein pH of the conductive paint ranges from 5.5 to 6.5. characterized in that the non-oxide ceramic particles comprise at least one of SiC, TiC, and Si 3 N 4 particles, and wherein a thickness of the oxide layer ranges from 0.1 to 50 nm, and wherein a diameter of the non-oxide ceramic particles ranges from 100 to 10,000 nm, and wherein the non-oxide ceramic particles are provided in a range of 2 to 25 wt%, the resin is provided in a range of 10 to 40 %, and the deionized water is provided in a range of 50 to 88 %, and wherein pH of the conductive paint ranges from 5.5 to 6.5.
An electrical raft comprising: a rigid material having multiple electrical conductors embedded therein, and an electrical connector having a connector body including a first set of electrical contacts connected to at least one of the electrical conductors, a second set of electrical contacts for electrical connection to another component, and a housing having a first end and a second end, the first set of electrical contacts being at the first end, the second set of electrical contacts being at the second end, and the second end being accessible from outside the electrical raft, thereby allowing the electrical raft to be electrically connected to said other component; wherein: the electrical connector further has a back-shell which is embedded in the rigid material and which joins to the connector body to enclose the first end of the housing, and the connector body is detachable from the back-shell to disconnect the first set of electrical contacts from the electrical conductors and allow removal of the connector body from the electrical raft. a rigid material having multiple electrical conductors embedded therein, and an electrical connector having a connector body including a first set of electrical contacts connected to at least one of the electrical conductors, a second set of electrical contacts for electrical connection to another component, and a housing having a first end and a second end, the first set of electrical contacts being at the first end, the second set of electrical contacts being at the second end, and the second end being accessible from outside the electrical raft, thereby allowing the electrical raft to be electrically connected to said other component; wherein: the electrical connector further has a back-shell which is embedded in the rigid material and which joins to the connector body to enclose the first end of the housing, and the connector body is detachable from the back-shell to disconnect the first set of electrical contacts from the electrical conductors and allow removal of the connector body from the electrical raft. the electrical connector further has a back-shell which is embedded in the rigid material and which joins to the connector body to enclose the first end of the housing, and the connector body is detachable from the back-shell to disconnect the first set of electrical contacts from the electrical conductors and allow removal of the connector body from the electrical raft.
A self-clinching fastener suitable for connection to a member comprising: a. a shank portion of a diameter less than a head portion, b. the head portion having at least eight lands extending outwardly along a underside of the head portion spaced about the shank, each land having a face surface extending beyond the shank portion to a radius less than or equal to a radius of the head portion, the width of the lands reducing from adjacent the shank portion toward the radius of the head portion to mechanically interlock with a member with which the fastener is engaged when installed, and c. an axial annular engagement groove having a diameter larger than the shank portion, the annular engagement groove axially extending from the lands to a retaining collar adjacent the shank portion, the groove adapted to relieve material of a member on installation of a fastener by receiving material as the lands in the underside of the head portion mechanically interlock with the member, characterized in that the land face surfaces are annularly angled to enable leading edge portions of the lands to initially contact material as the fastener engages the member on installation, wherein the land face surfaces are angled in the thread direction toward the head portion from the leading edge portions. a. a shank portion of a diameter less than a head portion, b. the head portion having at least eight lands extending outwardly along a underside of the head portion spaced about the shank, each land having a face surface extending beyond the shank portion to a radius less than or equal to a radius of the head portion, the width of the lands reducing from adjacent the shank portion toward the radius of the head portion to mechanically interlock with a member with which the fastener is engaged when installed, and c. an axial annular engagement groove having a diameter larger than the shank portion, the annular engagement groove axially extending from the lands to a retaining collar adjacent the shank portion, the groove adapted to relieve material of a member on installation of a fastener by receiving material as the lands in the underside of the head portion mechanically interlock with the member,
A method for treatment of waste water from an amine based post combustion carbon dioxide capture plant comprising an electrically driven mechanical vapor recompression evaporator comprising a first heat exchanger, a second heat exchanger, a water separator and a compressor, wherein the method comprises the steps: discharging an effluent stream comprising an amine solvent or byproducts of the amine solvent and water to the first heat exchanger; heating the effluent stream in the first heat exchanger; discharging the effluent stream from the first heat exchanger to a second heat exchanger; separating the effluent stream into a distillate stream and a concentrate stream using the water separator; compressing the distillate steam in the compressor to form a compressed distillate steam; condensing the compressed distillate steam in the second heat exchanger; guiding the condensed distillate stream to the first heat exchanger so as to transfer heat from the condensed distillate stream to the effluent stream; discharging the distillate stream (211, 401) to a reverse osmosis unit that comprises a first reverse osmosis unit; and separating the water from amine byproducts in the first reverse osmosis unit; where the water has a purity of greater than 95%, based on the total weight of the distillate stream (211, 401). discharging an effluent stream comprising an amine solvent or byproducts of the amine solvent and water to the first heat exchanger; heating the effluent stream in the first heat exchanger; discharging the effluent stream from the first heat exchanger to a second heat exchanger; separating the effluent stream into a distillate stream and a concentrate stream using the water separator; compressing the distillate steam in the compressor to form a compressed distillate steam; condensing the compressed distillate steam in the second heat exchanger; guiding the condensed distillate stream to the first heat exchanger so as to transfer heat from the condensed distillate stream to the effluent stream; discharging the distillate stream (211, 401) to a reverse osmosis unit that comprises a first reverse osmosis unit; and separating the water from amine byproducts in the first reverse osmosis unit; where the water has a purity of greater than 95%, based on the total weight of the distillate stream (211, 401).
An optical displacement-measuring instrument, comprising: a light source configured to provide a collimated light; a light diffuser arranged to diffuse said collimated light from said light source; a first optical grating arranged to diffract a diffused light from said light diffuser; a scale having a second optical grating arranged opposite to said first optical grating to diffract a diffracted light from said first optical grating; and a photoreceptor movable together with said light source, said light diffuser and said first optical grating relative to said scale and having a third optical grating arranged opposite to said second optical grating to receive a diffracted light from said second optical grating, characterized in that the light diffuser is located on a surface of the first optical grating on a side of the light source. a light source configured to provide a collimated light; a light diffuser arranged to diffuse said collimated light from said light source; a first optical grating arranged to diffract a diffused light from said light diffuser; a scale having a second optical grating arranged opposite to said first optical grating to diffract a diffracted light from said first optical grating; and a photoreceptor movable together with said light source, said light diffuser and said first optical grating relative to said scale and having a third optical grating arranged opposite to said second optical grating to receive a diffracted light from said second optical grating, characterized in that the light diffuser is located on a surface of the first optical grating on a side of the light source.
An aerator for a faucet for dispensing boiling water and/or water containing CO 2, comprising a housing having an inlet opening, an outlet opening, a swirl-generating section arranged in the region of the inlet opening and having a substantially helically extending flow guide (7a-7d) for rotational acceleration of a flow of water passing therethrough, and a guide section in which the rotational movement of the flow of water is braked and the latter is guided in the longitudinal direction, characterized in that the housing is substantially cylindrical and has an expansion zone following the swirl-generating section, in which expansion zone the rotationally accelerated water flow can flow under centrifugal force in the region of the housing inner wall.
Base station with a transmitter unit which operates in accordance with a predefined radio standard, in particular the DECT standard, which base station has at least two operating modes, namely a normal operating mode and at least one other operating mode in which, compared with the normal operating mode, less radiation is generated at least as a time average than in the normal operating mode, characterised in that when transmitting in accordance with the DECT standard, transmission bursts in the other operating mode are limited exclusively to frames 0 and 8 or, in the other operating mode, the base station transmits synchronisation signals to the connected mobile radio terminals exclusively once a second.
A system (100, 300) for non-invasive examination of internal structures of an object by producing dielectric images utilizing reflection and transmission measurements using microwave radiation, wherein the system comprises an antenna array (110, 210, 310) surrounding a region of interest for the examination, a microwave transceiver (120, 320) for measuring reflected and transmitted electromagnetic fields, a computational module (130, 330) for receiving detected radiation and for processing data based on said detected radiation, said computational module (130, 330) further being configured to execute a reconstruction procedure utilized to compute an image of the dielectric profile under detection, characterized in that said reconstruction procedure comprising a gradient computation utilizing a priori values of typical dielectric tissues expected to be found in the image, wherein a threshold level is determined in the gradient and all points in space where a gradient value is above the threshold value are assigned the a priori dielectric values.
Telescopic strut comprising an outer tube and an inner tube which is introduced into the outer tube and is longitudinally movable relative to the outer tube, and which can be locked at one end in the outer tube by means of an expansion dowel, wherein a connection means (SH1, SH2) and a fixing means are arranged on opposite ends of the telescopic strut in each case, wherein the fixing means can be screwed together with the connection means (SH1, SH2) at threaded connections (IG, AG), and wherein the threaded connections (IG, AG) between the connection means (SH1, SH2) and the fixing means have opposing thread turns on the opposite ends of the telescopic strut, so that the connection means (SH1, SH2) and the fixing means interact in the manner of a turnbuckle when the inner tube locked to the outer tube is rotated about an axis of rotation of the telescopic strut, wherein the connection means (SH1, SH2) are provided on the end of the outer tube and on the end of the inner tube.
A depot formulation comprising 40 mg dose of glatiramer acetate for use in a method of preventing or slowing progression of relapsing-remitting multiple sclerosis (RRMS) in a human patient suffering from RRMS, wherein the depot formulation is to be administered at a regimen of a single intramuscular injection every 2 to 6 weeks.
A computer arrangement comprising a processor and at least one memory unit (7, 9, 11, 13) connected to said processor and comprising dynamic random access memory having a predetermined retention time, where said retention time is the time data is retained in said dynamic random access memory when no refresh operation is used, said computer arrangement being arranged for running a predetermined program having sections of executable code on said processor while temporarily storing data during a storage time in at least part of said dynamic random access memory,where said storage time is the time between updates of stored data used by the sections of executable code, characterized in that the sections of executable code are arranged to be such that said storage time is shorter than said retention time and said computer arrangement is arranged to use but not to refresh said at least part of said dynamic random access memory comprising said data during said running of said program.