mhurhangee/ep-ind-claims huggingface dataset:
A razor cartridge comprising: a housing, wherein the housing comprises a group of cutting members arranged between a trailing longitudinal side and a leading longitudinal side along a first shaving direction; and wherein the group of cutting members includes at least two forward facing blades (33a-d), the forward facing blades (33a-d) facing in the first shaving direction of the razor cartridge; and wherein the group of cutting members includes at least one backward facing blade (33a-d), the at least one backward facing blade (33a-d) facing opposite to the first shaving direction of the razor cartridge; and characterised in that the at least one backward facing blade (33a-d) is placed between the at least two forward facing blades (33a-d). a housing, wherein the housing comprises a group of cutting members arranged between a trailing longitudinal side and a leading longitudinal side along a first shaving direction; and wherein the group of cutting members includes at least two forward facing blades (33a-d), the forward facing blades (33a-d) facing in the first shaving direction of the razor cartridge; and wherein the group of cutting members includes at least one backward facing blade (33a-d), the at least one backward facing blade (33a-d) facing opposite to the first shaving direction of the razor cartridge; and characterised in that the at least one backward facing blade (33a-d) is placed between the at least two forward facing blades (33a-d).
Support arrangement for a vehicle frame of a commercial vehicle, having a crossmember, in particular an axle-locating crossmember, which runs between two frame longitudinal rails of the vehicle frame and, in the mounted state, is attached to the frame longitudinal rails directly or indirectly by means of crossmember attachment regions, and having support brackets which are assigned to the crossmember end regions and to which a functional part, in particular a multi-point link, is attached, and at least one support bracket, preferably both support brackets, is/are fixed to the crossmember in the mounted state, the at least one support bracket engaging at least in regions with a bracket-side engagement region around the respectively associated crossmember end region, characterized in that the bracket-side engagement region is of half shell-like configuration at least in part regions and/or engages at least in regions around the associated crossmember region depending on a defined gap distance with an engagement angle of up to approximately 270° or up to approximately 180°.
A method for providing a surface-treated reaction cuvette for an automatic analyzer, in which a sample and a reagent are to be mixed with each other and its concentration is to be measured, characterised in that a first electrode (7; 7a; 7b) with a hollow shape is inserted inside the reaction cuvette; second electrodes are provided outside the reaction cuvette in such a manner that the second electrodes face each other; wherein the method comprises the following steps: inserting the first electrode into the reaction cuvette up to a position close to the bottom of the reaction cuvette such that a non-electrified area inside the hollow shape of the first electrode is close to a corresponding portion of the bottom of the reaction cuvette; applying voltages to the first and second electrodes (7, 7a, 7b, 3) such as to cause a surface area of the reaction cuvette, except the portion of the bottom of the reaction cuvette, to become hydrophilic by electrical discharge; and discharging a gas containing ozone generated by the electrical discharge from the inside of the reaction cuvette through the hollow shape of the first electrode. inserting the first electrode into the reaction cuvette up to a position close to the bottom of the reaction cuvette such that a non-electrified area inside the hollow shape of the first electrode is close to a corresponding portion of the bottom of the reaction cuvette; applying voltages to the first and second electrodes (7, 7a, 7b, 3) such as to cause a surface area of the reaction cuvette, except the portion of the bottom of the reaction cuvette, to become hydrophilic by electrical discharge; and discharging a gas containing ozone generated by the electrical discharge from the inside of the reaction cuvette through the hollow shape of the first electrode.
Induction container of an agricultural field sprayer for the metered dispensing of fertilizers and/or crop treatment compositions diluted with fresh water to form a spray liquor, having a spray tank, having a filling opening of a flushing line arranged in an annular manner in the upper region beneath the filling opening of the induction container, a feed line, connected to the flushing line, with a freshwater feed device for feeding fresh water, wherein a plurality of mutually spaced-apart induction nozzles that have at least partially downwardly directed outlet openings are arranged on the flushing line and the respective feed line for the respective induction nozzle is connected to the flushing line, wherein the line for feeding the fresh water feeds the induction nozzle from above through a branch in the underside of the flushing line with an adjoining branch line, characterized in that the outlet openings are configured in a slot-like manner and the slot-like profile of the outlet openings of the induction nozzles is oriented at least approximately parallel to an adjacent inner-wall region of the induction container, the line for feeding the fresh water is deflected in the region of the slot-like profile of the outlet openings through approximately 90° in the direction of the opposite wall of the slot of the outlet opening and leads out via a slot-like mouth opening.
A stemless humeral anchoring component for a shoulder prosthesis humeral implant, said stemless humeral anchoring component including an anchoring stud secured to anchoring wings (3, 4) extending radially along the periphery of the anchoring stud, characterized in the anchoring wings (3, 4) are three in number and comprise one lateral anchoring wing and two medial anchoring wings, wherein the anchoring wings (3, 4) are angularly spaced by an angle comprised between 110 and 130 degrees, and wherein the lateral anchoring wing has a radially measured length greater than the radially measured lengths of the medial anchoring wings.
Herbicidal compositions comprising: a) a herbicide A which is 4-amino-3,6-dichloropyridine-2-carboxylic acid; and b) at least one herbicide B selected from oxyacetamides and chloroacetanilides and their environmentally compatible salts wherein the oxyacetamide is flufenacet and the chloroacetanilide is selected from dimethenamid, dimethenamid-P, metazachlor, metolachlor, S-metolachlor and pethoxamid, wherein the relative weight ratio of herbicide A to herbicide B is in the range from 100:1 to 1:100. a) a herbicide A which is 4-amino-3,6-dichloropyridine-2-carboxylic acid; and b) at least one herbicide B selected from oxyacetamides and chloroacetanilides and their environmentally compatible salts wherein the oxyacetamide is flufenacet and the chloroacetanilide is selected from dimethenamid, dimethenamid-P, metazachlor, metolachlor, S-metolachlor and pethoxamid,
A method of estimating distances to objects within a scene from a light field comprising a set of images captured from different viewpoints using a processor configured by an image processing application, the method comprising: selecting a reference image from a reference viewpoint relative to the viewpoints of the set of images captured from different viewpoints; dividing the reference image into spatial blocks; generating, for each spatial block, depth measurements for a sparser subset of indicator pixels within each of the spatial blocks, where the spatial block includes a plurality of indicator pixels; assigning a depth to the pixels in each of the spatial blocks based upon the depths of the indicator pixels; characterized by: determining a reliability of the depth assigned to each of the spatial blocks; and when a depth transition is detected within a spatial block based on the determined reliability, refining the depth of the spatial block by performing additional depth measurements within the spatial bock that includes the depth transition. selecting a reference image from a reference viewpoint relative to the viewpoints of the set of images captured from different viewpoints; dividing the reference image into spatial blocks; generating, for each spatial block, depth measurements for a sparser subset of indicator pixels within each of the spatial blocks, where the spatial block includes a plurality of indicator pixels; assigning a depth to the pixels in each of the spatial blocks based upon the depths of the indicator pixels; characterized by: determining a reliability of the depth assigned to each of the spatial blocks; and when a depth transition is detected within a spatial block based on the determined reliability, refining the depth of the spatial block by performing additional depth measurements within the spatial bock that includes the depth transition. determining a reliability of the depth assigned to each of the spatial blocks; and when a depth transition is detected within a spatial block based on the determined reliability, refining the depth of the spatial block by performing additional depth measurements within the spatial bock that includes the depth transition.
A payload containment apparatus (350; 600; 610; 620; 630) for use with an unmanned aerial vehicle, UAV,, wherein the UAV includes a payload coupling apparatus configured to couple with a payload (308; 602; 612; 632), the payload containment apparatus comprising: an exterior (352, 356) having an aerodynamic shape, the exterior including first and second openings and being selectively attachable to the UAV; and a hollow interior; wherein sizes and positions of the first and second openings of the payload containment apparatus are configured such that, when the exterior is attached to the UAV, (i) the payload coupling apparatus included in the UAV is able to pass through the first and second openings of the containment apparatus to couple with the payload and (ii) the payload is able to pass through the second opening to be positioned inside or outside the hollow interior. an exterior (352, 356) having an aerodynamic shape, the exterior including first and second openings and being selectively attachable to the UAV; and a hollow interior; wherein sizes and positions of the first and second openings of the payload containment apparatus are configured such that, when the exterior is attached to the UAV, (i) the payload coupling apparatus included in the UAV is able to pass through the first and second openings of the containment apparatus to couple with the payload and (ii) the payload is able to pass through the second opening to be positioned inside or outside the hollow interior.
Arrangement comprising a screw having a screw head and a screw shank and also comprising a retainer, which is fastened on the screw, characterized in that - the retainer comprises an annular part which encloses the screw shank, adjoins the screw head essentially directly and is fixed to the screw shank, - the annular part contains an annular groove in which a washer is mounted in a rotatable manner, said washer having an outer peripheral region, at least part of which projects radially beyond the annular part on the outside, and - a fastening device for a securing element is arranged in said outer peripheral region. - the retainer comprises an annular part which encloses the screw shank, adjoins the screw head essentially directly and is fixed to the screw shank, - the annular part contains an annular groove in which a washer is mounted in a rotatable manner, said washer having an outer peripheral region, at least part of which projects radially beyond the annular part on the outside, and - a fastening device for a securing element is arranged in said outer peripheral region.
An apparatus comprising: a frame comprising a top wall, a bottom wall, and sides defining an opening for receiving a plurality of removable electronic modules: a guide slidably insertable into the frame to partition an upper or lower portion of the opening when inserted into the frame, wherein the guide comprises a first edge for slidable engagement with the top wall or the bottom wall; and a lead screw extending from an opening in the front section of the guide and spaced from a front end of the guide, to a back end of the guide for connecting the guide to the frame. a guide slidably insertable into the frame to partition an upper or lower portion of the opening when inserted into the frame, wherein the guide comprises a first edge for slidable engagement with the top wall or the bottom wall; and a lead screw extending from an opening in the front section of the guide and spaced from a front end of the guide, to a back end of the guide for connecting the guide to the frame.
A wireless device comprising: a casing (201, 202) defining a contour of the wireless device; a flow volume detection switch located in the casing (201, 202) so as to magnetically detect a flow volume with a measurement magnet located in a flowmeter; an installation detection switch located in the casing (201, 202) so as to detect an installation location of the casing (201, 202) to the flowmeter through detection of a magnetic field generated by the measurement magnet; an arithmetic section to calculate an output from the flow volume detection switch and an output from the installation detection switch; and a wireless communication section configured to transmit a result of calculation by the arithmetic section to another terminal, characterized in that a high/low relationship, for a correct attachment of the casing (201, 202) to the flowmeter, between a duty ratio of an output from the flow volume detection switch and a duty ratio of an output from the installation detection switch depends on a relationship between a distance between the measurement magnet and the flow volume detection switch and a distance between the measurement magnet and the installation detection switch, and the arithmetic section determines that the casing (201, 202) is not correctly installed to the flowmeter if the high/low relationship between the duty ratios is not satisfied. a casing (201, 202) defining a contour of the wireless device; a flow volume detection switch located in the casing (201, 202) so as to magnetically detect a flow volume with a measurement magnet located in a flowmeter; an installation detection switch located in the casing (201, 202) so as to detect an installation location of the casing (201, 202) to the flowmeter through detection of a magnetic field generated by the measurement magnet; an arithmetic section to calculate an output from the flow volume detection switch and an output from the installation detection switch; and a wireless communication section configured to transmit a result of calculation by the arithmetic section to another terminal, characterized in that a high/low relationship, for a correct attachment of the casing (201, 202) to the flowmeter, between a duty ratio of an output from the flow volume detection switch and a duty ratio of an output from the installation detection switch depends on a relationship between a distance between the measurement magnet and the flow volume detection switch and a distance between the measurement magnet and the installation detection switch, and the arithmetic section determines that the casing (201, 202) is not correctly installed to the flowmeter if the high/low relationship between the duty ratios is not satisfied.
An apparatus for applying electromagnetic energy at a frequency or frequencies in a frequency range of 1 MHz-100 GHz to an object (50, 82) in a cavity, using a source of electromagnetic energy, the apparatus comprising a processor configured to: receive information indicative of a spatial location of the object in the cavity; identify a first set of frequency and phase values of an electromagnetic wave to be applied to the cavity, the first set being associated with a first field pattern having a first high-intensity region corresponding to a first area of the spatial location of the object; identify a second set of frequency and phase values of an electromagnetic wave to be applied to the cavity, the second set being associated with a second field pattern having a second high-intensity region corresponding to a second area of the spatial location of the object, wherein the first area is different from the second area; and control the source to apply electromagnetic waves in accordance with the first and second sets of frequency and phase values to the cavity to apply energy to the first and second areas. receive information indicative of a spatial location of the object in the cavity; identify a first set of frequency and phase values of an electromagnetic wave to be applied to the cavity, the first set being associated with a first field pattern having a first high-intensity region corresponding to a first area of the spatial location of the object; identify a second set of frequency and phase values of an electromagnetic wave to be applied to the cavity, the second set being associated with a second field pattern having a second high-intensity region corresponding to a second area of the spatial location of the object, wherein the first area is different from the second area; and control the source to apply electromagnetic waves in accordance with the first and second sets of frequency and phase values to the cavity to apply energy to the first and second areas.
Firearm having a magazine holder which can be actuated on both sides, comprising: two actuating elements (2, 3) which are movable relative to one another, and a spring, wherein the first actuating element has a locking extension protruding in the direction of the weapon median plane for the temporary attachment of a magazine in the firearm, and a first actuating extension, wherein the second actuating element has a second actuating extension, and the two actuating elements (2, 3) are operatively connected to one another such that the locking extension releases the fastening of the magazine during a release movement onto one of the two actuating elements (2, 3), characterized in that the first actuating element has a longitudinal guide for receiving a second end section of the second actuating element in an insertion position and is rotatably mounted in an installation position about a rotational axis of the second end section, wherein the locking extension is pretensioned by means of the spring in the direction of the weapon median plane, and the second actuating element is designed to be at least partially received within the first actuating element, and in the installation position, it is designed to be essentially opposite of the first actuating element to be supported by the weapon housing in order to effect a release of the magazine by means of the support on the weapon housing when the first actuating element is actuated. two actuating elements (2, 3) which are movable relative to one another, and a spring, wherein the first actuating element has a locking extension protruding in the direction of the weapon median plane for the temporary attachment of a magazine in the firearm, and a first actuating extension, wherein the second actuating element has a second actuating extension, and the two actuating elements (2, 3) are operatively connected to one another such that the locking extension releases the fastening of the magazine during a release movement onto one of the two actuating elements (2, 3), characterized in that the first actuating element has a longitudinal guide for receiving a second end section of the second actuating element in an insertion position and is rotatably mounted in an installation position about a rotational axis of the second end section, wherein the locking extension is pretensioned by means of the spring in the direction of the weapon median plane, and the second actuating element is designed to be at least partially received within the first actuating element, and in the installation position, it is designed to be essentially opposite of the first actuating element to be supported by the weapon housing in order to effect a release of the magazine by means of the support on the weapon housing when the first actuating element is actuated.
A multi-channel access method, wherein a first device performs data transmission with a second device on a first reserved channel, and the method comprises: • determining, by the first device, a transmission status of the first device on the first reserved channel; • if the transmission status of the first device on the first reserved channel is a non-sending state, identifying, by the first device, whether a non-reserved channel except the first reserved channel is in an idle state (step 210); • triggering, by the first device, a backoff procedure if the non-reserved channel is in the idle state (step 220); • if the backoff procedure ends and the transmission status of the first device on the first reserved channel is a sending state, sending, by the first device, a channel reservation frame on the non-reserved channel, wherein the channel reservation frame is used to enable the first device to use the non-reserved channel as a second reserved channel (step 230); and if the backoff procedure ends and the transmission status of the first device on the first reserved channel is a receiving state, continuing identifying, by the first device, whether the non-reserved channel is in the idle state, and sending the channel reservation frame on the non-reserved channel if the non-reserved channel is in the idle state when the transmission status of the first device on the first reserved channel is the sending state (step 230); and • performing, by the first device, data transmission with the second device on the first reserved channel and the second reserved channel (step 240). • determining, by the first device, a transmission status of the first device on the first reserved channel; • if the transmission status of the first device on the first reserved channel is a non-sending state, identifying, by the first device, whether a non-reserved channel except the first reserved channel is in an idle state (step 210); • triggering, by the first device, a backoff procedure if the non-reserved channel is in the idle state (step 220); • if the backoff procedure ends and the transmission status of the first device on the first reserved channel is a sending state, sending, by the first device, a channel reservation frame on the non-reserved channel, wherein the channel reservation frame is used to enable the first device to use the non-reserved channel as a second reserved channel (step 230); and if the backoff procedure ends and the transmission status of the first device on the first reserved channel is a receiving state, continuing identifying, by the first device, whether the non-reserved channel is in the idle state, and sending the channel reservation frame on the non-reserved channel if the non-reserved channel is in the idle state when the transmission status of the first device on the first reserved channel is the sending state (step 230); and • performing, by the first device, data transmission with the second device on the first reserved channel and the second reserved channel (step 240).
A reflector assembly usable with a nuclear reactor comprising a reactor core, wherein the reflector assembly is configured to surround the reactor core, characterized in that the reflector assembly comprises: a graphite support structure comprising a plurality of channels defined therein; and a plurality of beryllium-oxide inclusions positioned in the channels. a graphite support structure comprising a plurality of channels defined therein; and a plurality of beryllium-oxide inclusions positioned in the channels.