mhurhangee/ep-ind-claims huggingface dataset:
An attachment for a bottle, which holds a first liquid, wherein the bottle has a bottle opening and is surrounded by a wall, and wherein the attachment - is delimited from the surrounding area by an outer wall and - has a bearing surface for bearing sealingly against the bottle, - a reservoir which is designed to hold a second liquid, - a channel which connects the bottle opening to an outlet of the attachment, as well as - a passage which connects the reservoir to the channel, wherein - the attachment is designed to be attached concentrically to the bottle outside of the bottle opening, namely for mounting on the bottle, and the attachment has a bearing surface, which is provided with a seal, characterized in that the channel has an outlet, which is arranged eccentrically with respect to the perimeter of the attachment and that the channel has on an inlet side of the attachment an inlet opening arranged concentrically with respect to the perimeter of the attachment. - is delimited from the surrounding area by an outer wall and - has a bearing surface for bearing sealingly against the bottle, - a reservoir which is designed to hold a second liquid, - a channel which connects the bottle opening to an outlet of the attachment, as well as - a passage which connects the reservoir to the channel, wherein - the attachment is designed to be attached concentrically to the bottle outside of the bottle opening, namely for mounting on the bottle, and the attachment has a bearing surface, which is provided with a seal, characterized in that the channel has an outlet, which is arranged eccentrically with respect to the perimeter of the attachment and that the channel has on an inlet side of the attachment an inlet opening arranged concentrically with respect to the perimeter of the attachment.
Apparatus for separating out reject products, comprising: - a first star conveyor, - a second star conveyor, - an acceptable-product exit and a defective-product exit, - a first adjusting device, which is arranged on the first star conveyor, - a second adjusting device, which is arranged on the second star conveyor, - a control unit, which controls the first and second adjusting devices (4, 5), and - a monitoring apparatus, which monitors the products supplied in order to identify reject products, wherein the monitoring apparatus is connected to the control unit, and - wherein the control unit is intended to adjust the first and second adjusting devices (4, 5), on the basis of a result from the monitoring apparatus, in order to direct reject products into the defective-product exit and to direct non-defective products into the acceptable-product exit. - a first star conveyor, - a second star conveyor, - an acceptable-product exit and a defective-product exit, - a first adjusting device, which is arranged on the first star conveyor, - a second adjusting device, which is arranged on the second star conveyor, - a control unit, which controls the first and second adjusting devices (4, 5), and - a monitoring apparatus, which monitors the products supplied in order to identify reject products, wherein the monitoring apparatus is connected to the control unit, and - wherein the control unit is intended to adjust the first and second adjusting devices (4, 5), on the basis of a result from the monitoring apparatus, in order to direct reject products into the defective-product exit and to direct non-defective products into the acceptable-product exit.
A process for the preparation of compound of formula I, comprising subjecting compound of formula III, wherein R is hydrogen or o-aminothiophenolic radical, to reaction with compound of formula IV and wherein anion X originates from the preparation of the aryl iodonium salt from the acid employed in its preparation.
Mechanical lever buckle, comprising a buckle base plate; a buckle prong; a belt loop element having a belt guiding means allowing to guide a belt in a belt guiding direction; and a lever element, characterized in that the buckle base plate comprises an elongated slit operated in the plate with a direction of the elongation slit corresponding to the belt guiding direction, having a first width that allows to pass through at least a portion of the buckle prong and to slide the buckle prong in belt guiding direction of the slit; the lever element comprises an elongated guiding opening having a second width that allows to pass through at least a portion of the buckle prong and to slide the buckle prong in a first length direction of the guiding opening; the lever element is attached to the buckle base plate at a first of the lever element's extremities around a first rotation axis that has a direction passing through the buckle base plate, such that it may rotate around the first rotation axis while during rotation the elongated guiding opening intersects at all time the slit and such that during rotation the buckle prong slides along the slit and the elongated guiding opening; the belt loop element is movably fixed to the buckle base plate and comprises a belt loop tooth that allows to block any belt loop element's movement relative to the buckle base plate; the lever element comprises a lever blocking means that interacts with counter part lever fixing means of the buckle base plate to block the lever element at a determined angle of rotation, and a lever tooth that is integral with the lever element; and the lever tooth interacts with the belt loop tooth when the lever element is rotated to the determined angle of rotation to block the any belt loop element's movement.
A screen capable of varying the display area that is adapted to be arranged on a mobile terminal, wherein the screen comprises: - a main screen to be arranged on a front of the mobile terminal, - two rolling screens (20, 201, 202) which are each configured to be rolled into a roughly cylinder shape and which are arranged at two sides of the main screen, respectively, such that one side edge of each rolling screen is connected (a, b) with the main screen, - two rolling screen rotating shafts (30, 301, 302) that are fixedly connected to the other side edge of the rolling screen, respectively, for controlling the rolling or unrolling of the respective rolling screen, and characterised by - a rolling screen sensor for detecting a value of a touch capacitance or a touch resistance to determine rolled areas of the rolling screens, so as to obtain a size of the unrolled area of the screen wherein the rolling screen sensor is arranged on the rolling screen, - wherein both the main screen and the rolling screens form a flexible display screen and a flexible touch screen, the flexible touch screen is disposed above the flexible display screen, and the touch screen is a capacitive touch screen or resistive touch screen wherein the rolling screens further comprise a conducting layer for forming the touch capacitance or the touch resistance when the back of the rolling screens is in contact with the respective touch screens; the conducting layer is arranged on the back of the respective rolling screen. - a main screen to be arranged on a front of the mobile terminal, - two rolling screens (20, 201, 202) which are each configured to be rolled into a roughly cylinder shape and which are arranged at two sides of the main screen, respectively, such that one side edge of each rolling screen is connected (a, b) with the main screen, - two rolling screen rotating shafts (30, 301, 302) that are fixedly connected to the other side edge of the rolling screen, respectively, for controlling the rolling or unrolling of the respective rolling screen, and characterised by - a rolling screen sensor for detecting a value of a touch capacitance or a touch resistance to determine rolled areas of the rolling screens, so as to obtain a size of the unrolled area of the screen wherein the rolling screen sensor is arranged on the rolling screen, - wherein both the main screen and the rolling screens form a flexible display screen and a flexible touch screen, the flexible touch screen is disposed above the flexible display screen, and the touch screen is a capacitive touch screen or resistive touch screen wherein the rolling screens further comprise a conducting layer for forming the touch capacitance or the touch resistance when the back of the rolling screens is in contact with the respective touch screens; the conducting layer is arranged on the back of the respective rolling screen.
Filter cartridge comprising at least: - a filter element forming a fluid channel with a first longitudinal axis, - at a front end cap being sealingly attached to a front side of the filter element, - a straight conduit with a rear end and a front end, wherein the conduit is attached to the front end cap, - a through hole in the front end cap, wherein the through hole provides a liquid communication of the channel with the conduit, thereby enabling an oil flow from the channel via the rear end of the conduit through the conduit to its front end, wherein the conduit defines a second longitudinal axis and a parallel projection of the second longitudinal axis into a plane being parallel to the second longitudinal axis and comprising the first longitudinal axis intersects the first longitudinal axis in a single point and thus defines an angle α, with α > 0°. - a filter element forming a fluid channel with a first longitudinal axis, - at a front end cap being sealingly attached to a front side of the filter element, - a straight conduit with a rear end and a front end, wherein the conduit is attached to the front end cap, - a through hole in the front end cap, wherein the through hole provides a liquid communication of the channel with the conduit, thereby enabling an oil flow from the channel via the rear end of the conduit through the conduit to its front end,
Induction component, in particular for SMD installation, comprising a housing, wherein the housing has an open underside and a cover (7, 17) or bottom, respectively, to be placed onto the open underside, connecting elements provided on the housing for mechanical and electrical connection of the induction component to connecting pads of a circuit board, at least one coil (10, 21) disposed within the housing, the coil including at least one coil winding, the winding ends thereof being electrically connected to the connecting elements of the induction component, characterized in that the coil (10, 21) is attached to the cover (7, 17) or bottom, respectively, of the housing and the winding ends are connected to connecting terminals (9, 19) on the cover (7, 17) or bottom, respectively, wherein the coil (10, 21) in the condition with the cover (7, 17) or bottom, respectively, placed onto the open underside, is disposed within the housing, and wherein electrical connections between the connecting elements of the housing and the connecting terminals (9, 19) of the cover (7, 17) or bottom, respectively, are produced by connecting the open housing to the cover (7, 17) or bottom, respectively.
Seating/reclining furniture, in particular an armchair or a chair, comprising a back part; a seat part; and an adjustable footrest arrangement which is pivotable between an inwardly folded base position beneath a seating surface of the seat part and an outwardly folded position of use relative to the seat part, - wherein the footrest arrangement comprises a frame which is a component of the seat part or is attached to the seat part and a footrest pivotable relative to the frame; and - wherein the footrest has a base part and an extension which is movable relative to the base part between the base position and the position of use such that the footrest is shorter in an intermediate position than in the position of use and in the base position, characterized in that the movement of the extension relative to the base part is derived from a pivot movement of the base part. - wherein the footrest arrangement comprises a frame which is a component of the seat part or is attached to the seat part and a footrest pivotable relative to the frame; and - wherein the footrest has a base part and an extension which is movable relative to the base part between the base position and the position of use such that the footrest is shorter in an intermediate position than in the position of use and in the base position,
An imaging system, comprising: a first image element in a first row; a second image element in the first row; a third image element in a second row, the third image element and the first image element being in a first column; a gate driver; and a first electrical line extending from the gate driver, wherein the first and the second image elements are connected to the first electrical line; a second electrical line coupling the first image element to a first output node; and a third electrical line coupling the third image element to a second output node; characterized in that the imaging system further comprises: a fourth image element in a third row that is between the first row and the second row, the fourth image element being in the first column, wherein the first and the fourth image elements are adjacent to each other such that there is no additional image element located therebetween, and wherein the imaging system further comprises an access circuit configured to selectively either collect signals from the first image element and from the fourth image element simultaneously, or collect signals from the fourth image element after a signal from the first image element is collected; wherein the fourth image element is coupled to the first output node via the second electrical line, the imaging system further comprises a fourth electrical line extending from the gate driver and connecting to the fourth image element, and the third image element is connected to the first electrical line. a first image element in a first row; a second image element in the first row; a third image element in a second row, the third image element and the first image element being in a first column; a gate driver; and a first electrical line extending from the gate driver, wherein the first and the second image elements are connected to the first electrical line; a second electrical line coupling the first image element to a first output node; and a third electrical line coupling the third image element to a second output node; a fourth image element in a third row that is between the first row and the second row, the fourth image element being in the first column, wherein the first and the fourth image elements are adjacent to each other such that there is no additional image element located therebetween, and wherein the imaging system further comprises an access circuit configured to selectively either collect signals from the first image element and from the fourth image element simultaneously, or collect signals from the fourth image element after a signal from the first image element is collected; wherein the fourth image element is coupled to the first output node via the second electrical line, the imaging system further comprises a fourth electrical line extending from the gate driver and connecting to the fourth image element, and the third image element is connected to the first electrical line.
Vehicle function test stand having loading devices drivable via a drive unit and connectable in non-positive or positive manner to the wheels, wheel flanges, wheel hubs or adapter discs attached thereto, the loading devices (1, 2, 3, 7, 8), which are pivoted for purposes of adapting them to the vehicle's camber angle, being disposed on a plate supported in a low-friction mounting and having two translators and one rotatory degree of freedom, characterised in that means for determining the vehicle's chassis geometry are provided, which are directed at measuring surfaces (1, 3, 8) that reproduce the vehicle's toe and camber values and are disposed either on the wheel adapter or on components serving to connect the loading device to the vehicle.
Ball bearing having a ball-bearing inner ring, having a ball-bearing outer ring, having a ball-bearing cage, which has a radially encircling annular body on which there are arranged webs distributed substantially uniformly in a circumferential direction and projecting axially with a predefinable axial length and forming a plurality of ball pockets, said ball pockets being open in an axial direction on one side and serving for receiving a corresponding number of balls with a predefinable ball diameter, wherein, at least at one web, a guide portion is configured for being brought into engagement with a running groove (46, 48) of a ball-bearing ring (42, 44), wherein the guide portion is in engagement with a running groove of the ball-bearing inner ring or with a running groove of the ball-bearing outer ring, and having a multiplicity of the balls with the predefinable ball diameter, the number of which corresponds to the number of ball pockets formed by the ball-bearing cage, wherein in each case one of the balls is received in one of the ball pockets, wherein the axial length of the webs corresponds at least to the ball diameter, and wherein the respective web has a protrusion with which the respective web projects axially beyond a ball, characterized in that the axial protrusion is dimensioned in such a way that the respective web is shoulder-guided on a first, axially close shoulder and a second, axially remote shoulder of a ball-bearing ring (42, 44).
A cutting tool made of diamond-coated cemented carbide, the cutting tool comprising: a tool body made of tungsten carbide-based cemented carbide including: 3 to 15 mass% of Co; at least one of TaC and NbC of which the total amount is 0.1 to 3.0 mass%; and the balance including WC; and a diamond film coating the tool body, wherein the tool body has a plurality of protrusions on a surface of the tool body, of which the average height is 1.0 to 3.0 μm, the average width is 0.5 to 6.0 μm, and the average aspect ratio of the height to the width is 0.5 to 3.0, the average height and the average width being measured by a scanning electron microscope; an upper portion of each of the protrusions is made of the at least one of TaC and NbC; a lower portion of each of the protrusions is made of WC and Co, the lower portion being under the upper portion, characterized in that the Co content measured by Auger electron spectroscopy is 2 to 13 mass % in the lower portion, and voids are formed from the surface of the tool body to a depth of 5 to 6 μm in the tool body by removing the Co binder by etching to a depth of 5 to 6 μm from an interface between the diamond film and the tool body. a tool body made of tungsten carbide-based cemented carbide including: 3 to 15 mass% of Co; at least one of TaC and NbC of which the total amount is 0.1 to 3.0 mass%; and the balance including WC; and a diamond film coating the tool body, wherein the tool body has a plurality of protrusions on a surface of the tool body, of which the average height is 1.0 to 3.0 μm, the average width is 0.5 to 6.0 μm, and the average aspect ratio of the height to the width is 0.5 to 3.0, the average height and the average width being measured by a scanning electron microscope; an upper portion of each of the protrusions is made of the at least one of TaC and NbC; a lower portion of each of the protrusions is made of WC and Co, the lower portion being under the upper portion, characterized in that the Co content measured by Auger electron spectroscopy is 2 to 13 mass % in the lower portion, and voids are formed from the surface of the tool body to a depth of 5 to 6 μm in the tool body by removing the Co binder by etching to a depth of 5 to 6 μm from an interface between the diamond film and the tool body.
Electronic module for providing an electronic functionality, comprising: a housing comprising a system integration cavity and two monitoring cavities (110-2, 110-3), the system integration cavity being arranged, at least with regard to some areas, between the two monitoring cavities (110-2, 110-3), and the system integration cavity and the two monitoring cavities (110-2, 110-3) comprising conductive wall areas (112-n), an integrated circuit arrangement for providing the electronic functionality, said integrated circuit arrangement being arranged inside the system integration cavity, a monitoring-field generating arrangement (130, 130-1, 130-2) for generating field components of a monitoring field (132, 134) within the two monitoring cavities (110-2, 110-3), a monitoring-field detection arrangement (140, 140-1, 140-2) for detecting, in each case, a field component of the monitoring field within the two monitoring cavities (110-2, 110-3) and for providing monitoring information on the basis of the detected field component of the monitoring field, and an evaluation means for comparing the monitoring information to stored comparison information so as to obtain a comparison result, which will then indicate manipulation of the electronic module if the monitoring information indicates a deviation (ΔS) from the comparison information that goes beyond a predefined tolerance range. a housing comprising a system integration cavity and two monitoring cavities (110-2, 110-3), the system integration cavity being arranged, at least with regard to some areas, between the two monitoring cavities (110-2, 110-3), and the system integration cavity and the two monitoring cavities (110-2, 110-3) comprising conductive wall areas (112-n), an integrated circuit arrangement for providing the electronic functionality, said integrated circuit arrangement being arranged inside the system integration cavity, a monitoring-field generating arrangement (130, 130-1, 130-2) for generating field components of a monitoring field (132, 134) within the two monitoring cavities (110-2, 110-3), a monitoring-field detection arrangement (140, 140-1, 140-2) for detecting, in each case, a field component of the monitoring field within the two monitoring cavities (110-2, 110-3) and for providing monitoring information on the basis of the detected field component of the monitoring field, and an evaluation means for comparing the monitoring information to stored comparison information so as to obtain a comparison result, which will then indicate manipulation of the electronic module if the monitoring information indicates a deviation (ΔS) from the comparison information that goes beyond a predefined tolerance range.