mhurhangee/ep-ind-claims huggingface dataset:
A foldable terminal, comprising: a casing assembly comprising a first casing and a second casing; a display screen coupled with the first casing and the second casing; and a foldable mechanism comprising a carrier plate, a first cover plate, a second cover plate, a first rotating arm, and a second rotating arm, wherein the carrier plate has a first side rotatably coupled with the first cover plate and a second side rotatably coupled with the second cover plate, the first cover plate is slidably coupled with the first casing, and the second cover plate is slidably coupled with the second casing, the first rotating arm has one end rotatably coupled with the second side of the carrier plate and the other end rotatably coupled with the first casing, and the second rotating arm has one end rotatably coupled with the first side of the carrier plate and the other end rotatably coupled with the second casing. a casing assembly comprising a first casing and a second casing; a display screen coupled with the first casing and the second casing; and a foldable mechanism comprising a carrier plate, a first cover plate, a second cover plate, a first rotating arm, and a second rotating arm, wherein the carrier plate has a first side rotatably coupled with the first cover plate and a second side rotatably coupled with the second cover plate, the first cover plate is slidably coupled with the first casing, and the second cover plate is slidably coupled with the second casing, the first rotating arm has one end rotatably coupled with the second side of the carrier plate and the other end rotatably coupled with the first casing, and the second rotating arm has one end rotatably coupled with the first side of the carrier plate and the other end rotatably coupled with the second casing.
A machining system for electromachining a workpiece, the machining system comprising: a machine tool; a cutting tool for performing the electromachining; and a tool holding apparatus for conductively holding the cutting tool and coupled to the machine tool, the tool holding apparatus comprising: a holding element for holding the cutting tool such that the cutting tool extends longitudinally from the tool holding apparatus; and at least one solution releasing element receiving machining solution and releasing the machining solution onto a predetermined area of the cutting tool through groups of channels, each group of channels comprising at least three channels characterized by the three channels being configured to respectively release the machining solution onto at least two longitudinally adjacent sections in the predetermined area of the cutting tool, and by wherein the channels of each group are arranged as a V-shape. a machine tool; a cutting tool for performing the electromachining; and a tool holding apparatus for conductively holding the cutting tool and coupled to the machine tool, the tool holding apparatus comprising: a holding element for holding the cutting tool such that the cutting tool extends longitudinally from the tool holding apparatus; and at least one solution releasing element receiving machining solution and releasing the machining solution onto a predetermined area of the cutting tool through groups of channels, each group of channels comprising at least three channels characterized by a holding element for holding the cutting tool such that the cutting tool extends longitudinally from the tool holding apparatus; and at least one solution releasing element receiving machining solution and releasing the machining solution onto a predetermined area of the cutting tool through groups of channels, each group of channels comprising at least three channels characterized by the three channels being configured to respectively release the machining solution onto at least two longitudinally adjacent sections in the predetermined area of the cutting tool, and by wherein the channels of each group are arranged as a V-shape.
A wringing system with a wringing device and a bucket, wherein a seat is formed on the bucket for receiving the wringing device at two side walls lying opposite one another and within the edge of the bucket, characterised in that the wringing device comprises a funnel with two first walls forming the wide sides lying opposite one another and two second walls forming the narrow sides also lying opposite one another.
Printing machine comprising a plurality of inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) arranged together in a printing unit, the inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) being controlled by a control unit and arranged in such a way that, using the inkjet print heads, at least one substrate that is moved relative to the inkjet print heads by way of a transport device can be printed with an ink discharged by the inkjet print heads; in the printing unit, at least two of the inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) being jointly arranged, in relation to a certain stationary position (a; b; c; d) in the printing machine in a transport path of a relevant substrate, at a printing nip assigned to one of the positions (a; b; c; d) in the transport path of the relevant substrate; the control unit being configured so as to activate a first of the inkjet print heads (06; 07; 08; 09) arranged at the relevant printing nip when a substrate of a first substrate type moves past the relevant stationary position (a; b; c; d) in the transport path of the relevant substrate, and so as to activate a second of the inkjet print heads (11; 12; 13; 14) arranged at the relevant printing nip when a substrate of a second substrate type moves past the relevant stationary position (a; b; c; d) in the transport path of the relevant substrate; and the first substrate type and the second substrate type being configured to differ from one another in terms of a material thereof and/or a nature of a surface to be printed, characterized in that the inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) arranged in the relevant printing unit are each configured so as to print an ink that comprises at least one colorant, both for the first substrate type and for the second substrate type.
An alarm transmitter, in particular a retrofittable alarm transmitter, for a door locking system comprising a locking bolt, which is movable in the direction of its longitudinal extent between an unlocked position and a locked position, and a lock casing which receives the locking bolt in its locked position, said alarm transmitter comprising: a first actuation element for actuating a first switch which serves to detect a locked state of the locking bolt; a second actuation element for actuating a second switch which serves to detect a movement of the locking bolt in a direction transverse, in particular at least approximately perpendicular, to its longitudinal extent; and a control device for detecting switching states of the switches (22, 24) and for triggering an alarm in dependence on the detected switching states, characterized in that the alarm transmitter is configured for a plugging onto the lock casing, with, in a plugged-on state of the alarm transmitter, the first actuation element and the second actuation element projecting into a bolt receiver of the lock casing which serves to receive the locking bolt. a first actuation element for actuating a first switch which serves to detect a locked state of the locking bolt; a second actuation element for actuating a second switch which serves to detect a movement of the locking bolt in a direction transverse, in particular at least approximately perpendicular, to its longitudinal extent; and a control device for detecting switching states of the switches (22, 24) and for triggering an alarm in dependence on the detected switching states,
A method for packaging a food product, said method comprising receiving at least one piece of packaging material in a packaging machine, said packaging material comprising a cellulose-based mid-layer, an inside layer arranged to face the food product, and an outside layer,wherein an ink-based print is provided on the outside layer, curing the inside layer of the at least one piece of packaging material such that ink particles, released from the outside layer to the inside layer, are bound to the inside layer, thereby preventing the ink particles from being released into the food product, forming the at least one piece of packaging material into packages, and filling the packages with the food product. receiving at least one piece of packaging material in a packaging machine, said packaging material comprising a cellulose-based mid-layer, an inside layer arranged to face the food product, and an outside layer,wherein an ink-based print is provided on the outside layer, curing the inside layer of the at least one piece of packaging material such that ink particles, released from the outside layer to the inside layer, are bound to the inside layer, thereby preventing the ink particles from being released into the food product, forming the at least one piece of packaging material into packages, and filling the packages with the food product.
A method of manufacturing a joint or a joint connection in which (method) in at least one opening of a component a plain bearing bushing or joint bushing with a joint bolt is provided, on whose bolt end (6.3) projecting from the joint bushing a further component can be attached, wherein the joint bolt comprises, adjacent to a bolt head (6.1), a first bolt section (6.2) with a larger diameter and adjoining this at least one further bolt section (6.3) with a reduced diameter, wherein the first bolt section (6.2) is accommodated in the respective joint bushing and wherein the respective joint bolt after insertion into the joint bushing is secured in the joint bushing or in the one component, characterised in that the securing takes place through plastic deformation or caulking a section of the joint bolt in the region of the transition between the first and the further bolt section.
A pneumatic tire comprising: a circumferential tread portion comprising an outer tread running surface comprising tread grooves; a first sidewall and a second sidewall, the first and second sidewalls arranged axially adjacent to the tread portion, the first and second sidewalls comprising an outer surface facing away from a carcass portion; a first bead portion and a second bead portion, the first and second bead portions being connected with the tread portion by the first and second sidewalls and the first and second bead portions comprising a rim contact portion; a rubber electrical conductive strip that continuously extends around an outer surface of the pneumatic tire from the first bead portion to the second bead portion, the rubber electrical conductive strip being in contact with the outer surface of the first and second sidewalls, the rim contact portion of the first and second bead portions and the outer tread running surface of the tread portion. a circumferential tread portion comprising an outer tread running surface comprising tread grooves; a first sidewall and a second sidewall, the first and second sidewalls arranged axially adjacent to the tread portion, the first and second sidewalls comprising an outer surface facing away from a carcass portion; a first bead portion and a second bead portion, the first and second bead portions being connected with the tread portion by the first and second sidewalls and the first and second bead portions comprising a rim contact portion; a rubber electrical conductive strip that continuously extends around an outer surface of the pneumatic tire from the first bead portion to the second bead portion, the rubber electrical conductive strip being in contact with the outer surface of the first and second sidewalls, the rim contact portion of the first and second bead portions and the outer tread running surface of the tread portion.
A delivery system for hair-colour-modifying agents, comprising at least two releasably couplable containers (1, 2) that contain different hair-colour-modifying agents, wherein each of said containers (1, 2) comprises at least one outlet opening (3, 4), wherein the containers (1, 2) each comprise flattened longer outer sides and are arranged with said flattened longer outer sides toward one another, characterized in that - the outlet openings (3, 4) are arranged in a manner spatially isolated from one another so that the different hair-colour-modifying agents can be applied simultaneously at locations spaced apart from one another; - the edge of one outlet opening (3, 4) comprises two projections (10, 11), arranged on oppositely located sides of the outlet opening (3, 4) and protruding in a flow direction, which are arranged substantially in a plane parallel to the shorter outer sides of the containers (1, 2), wherein bristles or an applicator sponge for uniform application of the agents are arranged between the projections (10, 11). - the outlet openings (3, 4) are arranged in a manner spatially isolated from one another so that the different hair-colour-modifying agents can be applied simultaneously at locations spaced apart from one another; - the edge of one outlet opening (3, 4) comprises two projections (10, 11), arranged on oppositely located sides of the outlet opening (3, 4) and protruding in a flow direction, which are arranged substantially in a plane parallel to the shorter outer sides of the containers (1, 2), wherein bristles or an applicator sponge for uniform application of the agents are arranged between the projections (10, 11).
Test system comprising a Vehicle Test Stand; a motor vehicle located on the Vehicle Test Stand; at least one signal unit provided in or on the Vehicle Test Stand and/or separately from the Vehicle Test Stand and the motor vehicle, with which at least one optical and/or acoustic and/or haptic signal can be output; at least one measuring device; and a Data Acquisition and/or Evaluation Unit having an evaluation module for the data acquired by the measuring device, the test system having at least one adjustment module for the at least one signal unit; characterized in that the test system is a test system for testing a vehicle driver-specific signal perception and reaction of a vehicle driver operating the motor vehicle; the at least one measuring device is a measuring device for directly or indirectly detecting at least one reaction time of the vehicle driver to the at least one signal; and the adjustment module is coupled to the measuring device and the adjustment module has an iteration unit with which the output intensity and/or signal type of the at least one signal unit can be changed iteratively to reduce the reaction time of the vehicle driver. a Vehicle Test Stand; a motor vehicle located on the Vehicle Test Stand; at least one signal unit provided in or on the Vehicle Test Stand and/or separately from the Vehicle Test Stand and the motor vehicle, with which at least one optical and/or acoustic and/or haptic signal can be output; at least one measuring device; and a Data Acquisition and/or Evaluation Unit having an evaluation module for the data acquired by the measuring device, the test system having at least one adjustment module for the at least one signal unit; characterized in that the test system is a test system for testing a vehicle driver-specific signal perception and reaction of a vehicle driver operating the motor vehicle; the at least one measuring device is a measuring device for directly or indirectly detecting at least one reaction time of the vehicle driver to the at least one signal; and the adjustment module is coupled to the measuring device and the adjustment module has an iteration unit with which the output intensity and/or signal type of the at least one signal unit can be changed iteratively to reduce the reaction time of the vehicle driver.
A medical device comprising: a needle comprising a flexible proximal portion and a distal portion, wherein the distal portion of the needle comprises a sharpened tip; a sheath comprising a proximal portion, a distal portion, and a lumen extending between the proximal portion and the distal portion of the sheath, the lumen being defined by an inner surface of the sheath, wherein at least a portion of the needle is movably disposed through the lumen of the sheath; a plurality of spaced apart first engagement members (210, 702a, 1106) affixed to one of the needle or the inner surface of the sheath; characterized in that it further comprises a second engagement member (202a, 706, 1102a) affixed to the other of the needle or the inner surface of the sheath, wherein the second engagement member is configured to releasably engage each of the first engagement members to provide incremental control at the distal end of the device of movement of the sheath relative to the needle. a needle comprising a flexible proximal portion and a distal portion, wherein the distal portion of the needle comprises a sharpened tip; a sheath comprising a proximal portion, a distal portion, and a lumen extending between the proximal portion and the distal portion of the sheath, the lumen being defined by an inner surface of the sheath, wherein at least a portion of the needle is movably disposed through the lumen of the sheath; a plurality of spaced apart first engagement members (210, 702a, 1106) affixed to one of the needle or the inner surface of the sheath; characterized in that it further comprises a second engagement member (202a, 706, 1102a) affixed to the other of the needle or the inner surface of the sheath, wherein the second engagement member is configured to releasably engage each of the first engagement members to provide incremental control at the distal end of the device of movement of the sheath relative to the needle.
Medical device for combating overweight or obesity in humans by achieving a more rapid feeling of satiety, comprising a splint being connectable to the human maxilla and a splint being connectable to the human mandible, which are adapted to the tooth crowns, respectively, and cover at least some of the occlusal surface of the masticatory teeth for bite elevation, wherein the splint of the maxilla and the mandible (10, 11) equips at least some of the masticatory teeth with an occlusal elevation being designed as a protruding base section of the splint for reducing the size of the masticatory surface, which occlusal elevation overlies the cusp tips of a masticatory tooth in order to link the bite elevation to a spanning of the masticatory relief of the covered masticatory tooth and the splint sets the occlusal elevation in the area of the first and second premolars (4, 5) and of the first molar of the maxilla and mandible (10, 11), such that the final bite setting provides a sufficiently stable position of a mechanical occlusion with a mastication centre being reduced in size. wherein the splint of the maxilla and the mandible (10, 11) equips at least some of the masticatory teeth with an occlusal elevation being designed as a protruding base section of the splint for reducing the size of the masticatory surface, which occlusal elevation overlies the cusp tips of a masticatory tooth in order to link the bite elevation to a spanning of the masticatory relief of the covered masticatory tooth and the splint sets the occlusal elevation in the area of the first and second premolars (4, 5) and of the first molar of the maxilla and mandible (10, 11), such that the final bite setting provides a sufficiently stable position of a mechanical occlusion with a mastication centre being reduced in size.
A harvester, comprising: a chassis; and a header carried by the chassis, the header including: a header frame; at least one harvesting element carried by the header frame; and a plurality of dividers pivotably carried by the header frame, each of the plurality of dividers defining a respective divider angle (Dα) relative to a ground plane; and a plurality of actuators carried by the header frame, each of the plurality of actuators coupling to a respective one of the plurality of dividers and being configured to control the respective divider angle (Dα) of the respectively coupled divider characterized in that the harvester further comprising: a controller operatively coupled to the plurality of actuators and configured to activate each of the plurality of actuators independently of the other actuators; and an adjustable feeder housing carried by the chassis and defining a face angle (Fα) relative to the ground plane and an angle sensor associated with the feeder housing and operatively coupled to the controller, the controller being configured to detect a change in the face angle (Fα) and activate at least one of the plurality of actuators responsively to detecting the change in the face angle (Fα). a chassis; and a header carried by the chassis, the header including: a header frame; at least one harvesting element carried by the header frame; and a plurality of dividers pivotably carried by the header frame, each of the plurality of dividers defining a respective divider angle (Dα) relative to a ground plane; and a header frame; at least one harvesting element carried by the header frame; and a plurality of dividers pivotably carried by the header frame, each of the plurality of dividers defining a respective divider angle (Dα) relative to a ground plane; and a plurality of actuators carried by the header frame, each of the plurality of actuators coupling to a respective one of the plurality of dividers and being configured to control the respective divider angle (Dα) of the respectively coupled divider a controller operatively coupled to the plurality of actuators and configured to activate each of the plurality of actuators independently of the other actuators; and an adjustable feeder housing carried by the chassis and defining a face angle (Fα) relative to the ground plane and an angle sensor associated with the feeder housing and operatively coupled to the controller, the controller being configured to detect a change in the face angle (Fα) and activate at least one of the plurality of actuators responsively to detecting the change in the face angle (Fα).
An imaging system for neo-vasculature quantification, including: a micro-CT scanner that acquires micro-CT data of a subject via an X-ray source and an X-ray detector; a reconstruction processor that reconstructs acquired micro-CT data into a 3D image representation comprising a plurality of voxels; and a quantifier that quantifies new vascular growth in the subject by determining which voxels in the 3D image representation correspond to blood, wherein the quantifier generates a 3D blood vessel volume image; characterised in that the quantifier further calculates a medial axis of vessels in the blood vessel volume image; steps along a blood vessel medial axis; at each step, measures a diameter of the blood vessel, using a plane perpendicular to said medial axis to find the cross-section of the vessel; and terminates expansion of the 3D vasculature image along a given path when the number of laterally adjacent blood voxels decreases to a level indicative of blood vessel diameter consistent with a predefined capillary diameter or increases to a level indicative of blood vessel diameter consistent with a predefined artery diameter. a micro-CT scanner that acquires micro-CT data of a subject via an X-ray source and an X-ray detector; a reconstruction processor that reconstructs acquired micro-CT data into a 3D image representation comprising a plurality of voxels; and a quantifier that quantifies new vascular growth in the subject by determining which voxels in the 3D image representation correspond to blood, wherein the quantifier generates a 3D blood vessel volume image;