mhurhangee/ep-ind-claims huggingface dataset:
A packing machine, comprising: a guide member for guiding a sheet of packaging material formed in a tubular shape; a sealing device for fusing an overlapping portion of the packaging material; a detection element provided downstream of the sealing device that is pivotally attached to the guide member and arranged along a welded portion of the packaging material; characterized by a biasing member for biasing the detection element outwardly from the guide member; and by a detector for detecting the detection element that is pushed out from the welded portion. a guide member for guiding a sheet of packaging material formed in a tubular shape; a sealing device for fusing an overlapping portion of the packaging material; a detection element provided downstream of the sealing device that is pivotally attached to the guide member and arranged along a welded portion of the packaging material; characterized by a biasing member for biasing the detection element outwardly from the guide member; and by a detector for detecting the detection element that is pushed out from the welded portion.
A method for determining performance characteristics of a trampoline with a jumping mat mounted in a frame structure, characterised in that a test specimen with an acceleration sensor integrated therein is mounted at an initial height above the jumping mat, that the test specimen is dropped from this initial height (hl) onto the jumping mat, bounces back off the jumping mat and is moved upwards again, in that, during this upward movement of the test specimen, its maximum deceleration is determined by means of the acceleration sensor and, furthermore, the maximum rising height of the test specimen is determined, and that a performance index characterising this trampoline is formed from the ratio between maximum deceleration and maximum rising height. that the test specimen is dropped from this initial height (hl) onto the jumping mat, bounces back off the jumping mat and is moved upwards again, in that, during this upward movement of the test specimen, its maximum deceleration is determined by means of the acceleration sensor and, furthermore, the maximum rising height of the test specimen is determined, and that a performance index characterising this trampoline is formed from the ratio between maximum deceleration and maximum rising height.
A cooker comprising a cooktop which is produced from glass or ceramic, more than one burner that provides the flames to reach the container wherein the cooking process is performed, more than one burner connection member that is fixed onto the cooktop so as to remain between the cooktop and the burner and that carries the burner placed thereon, and more than one grill that has a frame that is seated onto the cooktop so as to surround the burner connection member and more than one arm that extends from the frame over the burner such that the burner remains therebetween and thus, that forms a surface whereon the containers such as pot and pan, placed thereon, are seated, characterized by a protrusion located on the burner connection member and extending almost in the vertical direction and a housing located on the frame, wherein the protrusion is seated when the grill is placed onto the cooktop, wherein the housing extends from the frame to the arm and wherein the housing surrounds the protrusion.
Process for preparing a mixture containing 2,2,4,6,6-pentamethylheptane-4-thiol, 2,4,4,6,6-pentamethylheptane-2-thiol, 2,3,4,6,6-pentamethylheptane-2-thiol and 2,3,4,6,6-pentamethylheptane-3-thiol, which comprises reaction of hydrogen sulphide with triisobutene at temperatures of from 0°C to -60°C in a continuous process, wherein (a) the hydrogen sulphide is subjected to drying before the reaction, (b) the triisobutene used has a water content of from 0 to 70 ppm, (c) boron trifluoride is used as catalyst in amounts of from 0.25 to 1.2% by weight, based on the triisobutene used, (d) the reaction is carried out in the absence of compounds which form complexes with boron trifluoride and (e) the reaction mixture is brought into contact with an aqueous alkaline solution containing ammonia, amines, hydroxides, hydrogencarbonates or carbonates in dissolved form after the reaction to remove the catalyst, wherein the triisobutene contains from 45 to 55 % by weight of 2,2,4,6,6-penta-methyl-3-heptene, from 30 to 40% by weight of 2-(2,2-dimethyl-propyl)-4,4-dimethyl-1-pentene, from 1 to 5% by weight of 2,4,4,6,6-penta-methyl-2-heptene, from 1 to 5% by weight of 2,4,4,6,6-penta-methyl-1-heptene and from 5 to 15% by weight of further compounds, with all the abovementioned components adding up to 100% by weight. (a) the hydrogen sulphide is subjected to drying before the reaction, (b) the triisobutene used has a water content of from 0 to 70 ppm, (c) boron trifluoride is used as catalyst in amounts of from 0.25 to 1.2% by weight, based on the triisobutene used, (d) the reaction is carried out in the absence of compounds which form complexes with boron trifluoride and (e) the reaction mixture is brought into contact with an aqueous alkaline solution containing ammonia, amines, hydroxides, hydrogencarbonates or carbonates in dissolved form after the reaction to remove the catalyst, wherein the triisobutene contains from 45 to 55 % by weight of 2,2,4,6,6-penta-methyl-3-heptene, from 30 to 40% by weight of 2-(2,2-dimethyl-propyl)-4,4-dimethyl-1-pentene, from 1 to 5% by weight of 2,4,4,6,6-penta-methyl-2-heptene, from 1 to 5% by weight of 2,4,4,6,6-penta-methyl-1-heptene and from 5 to 15% by weight of further compounds, with all the abovementioned components adding up to 100% by weight.
Plastics infiltration block (1, 100, 31, 32, 51a, 51b, 51c, 51d, 61a, 61b, 61c, 61d) adapted for combining multiple infiltration blocks into an underground construction (2, 41, 51, 61) for infiltration or attenuation purposes, said infiltration block comprising an essentially rectangular parallelepipedal body with pairs of opposed first, second and third faces (A, B, C), wherein one or more inspection channel sections extend between said third faces with inspection channel openings (4, 40, 36, 37) positioned in said third faces (5, C) whereby the area of each inspection channel opening is at least 10% of the size of the area of the third face in which it is positioned, and wherein said infiltration block is composed of one or more one-part plastic infiltration block elements (100a, 100b, 10, 41a, 41b, 41c, 41d, 41e), characterized in that each one-part plastic infiltration block element is essentially formed by a grid of duct walls, which duct walls form essentially parallel ducts extending between each first face and the one or more inspection channels of the infiltration block element, and between each second face and the one or more inspection channels of the infiltration block element, and in that the duct walls form in the infiltration block essentially parallel ducts extending between each first face and the one or more inspection channels of the infiltration block, and form in the infiltration block essentially parallel ducts extending between each second face and the one or more inspection channels of the infiltration block, the ducts (17a, 17b) being arranged at right angles to the face from which they extend, so that two sets of mutually right angled ducts are obtained.
A laser treatment head for guiding a laser beam to a target area within a body cavity, wherein the laser treatment head comprises a laser output element which extends along a longitudinal axis, and a guide element for said laser output element, wherein the laser output element comprises a carrier member, and through which during operation a generally coaxial incoming laser beam section of the laser beam passes, wherein the laser output element further comprises deflection means for deflecting the incoming laser beam section into a generally radial output laser beam section, and wherein the deflection means is fixed to the carrier member, the laser output element including its deflection means is rotatable relative to said guide element about the longitudinal axis, characterized in that the carrier member comprises first thread means, wherein the guide element comprises second thread means, wherein the first and second thread means (12, 13) engage each other such, that upon rotational movement of the laser output element relative to the guide element the deflection means perform a combined axial and rotational movement relative to the guide element.
An inkjet printer for printing with an ink composition with a pigment particle and a stimulus responsive dispersing agent for dispersing said pigment particle, which stimulus responsive dispersing agent comprises a stimulus responsive part and a hydrophilic part; said inkjet printer comprising the ink composition, a printer nozzle and an irradiation source for irradiating the ink composition; wherein the irradiation source is configured to initiate the decomposition of the stimulus responsive dispersing agent due to exposure of the stimulus responsive part thereof; wherein the irradiation source is configured to carry out the exposure simultaneously with the printing; or wherein the irradiation source is configured to irradiate after application by the printer nozzle, but before the ink composition is dried; or. wherein the irradiation source is configured to irradiate the ink composition when entering or leaving the printer nozzle.
A weather strip seal for an automotive vehicle which is provided for sealing between a first structure and a second structure and which comprises: a main leg made of at least one polymeric material, said main leg having one side and another side and terminating in a first end and second end, a first sealing portion which is designed to sealingly press against said first structure and which extends on said one side of said main leg adjacent said first end, and a metal carrier for retaining the shape of said strip seal which has an asymmetrical substantially U-shaped cross-section having a first branch which reinforces at least one portion of said main leg and a second branch which extends from said second end on said another side and terminates in a second sealing portion designed to sealingly press against said second structure, said metal carrier having a metal surface, characterized in that said metal carrier is provided on at least said first branch with at least one ionomer tie layer located between said metal surface and said at least one polymeric material, which makes the latter adhere to said metal surface. a main leg made of at least one polymeric material, said main leg having one side and another side and terminating in a first end and second end, a first sealing portion which is designed to sealingly press against said first structure and which extends on said one side of said main leg adjacent said first end, and a metal carrier for retaining the shape of said strip seal which has an asymmetrical substantially U-shaped cross-section having a first branch which reinforces at least one portion of said main leg and a second branch which extends from said second end on said another side and terminates in a second sealing portion designed to sealingly press against said second structure, said metal carrier having a metal surface, characterized in that said metal carrier is provided on at least said first branch with at least one ionomer tie layer located between said metal surface and said at least one polymeric material, which makes the latter adhere to said metal surface.
A dispensing device for dispensing liquids, in particular liquid drugs to persons, comprising - a container filled with the liquid, which at one end has an opening for dispensing the liquid, wherein in the region of the opening there are retaining means for holding an electrically conductive injection needle for injecting the liquid contained in the container, - a measuring system for capacitive determination of a measurement value, and - a processing unit for determining at least one physical or chemical parameter value associated with the container or the liquid contained therein, in particular the filling level, by means of the measurement value, characterised in - that there is at least one detection element in the region of the opening, - that there is a needle detection circuit, wherein the detection element is connected to the needle detection circuit, - that the needle detection circuit is designed to measure an electrical parameter, in particular the inductance, capacitance or conductivity, which can be tapped at the outlet of the detection element, - that there is a processing unit, and the measurement result at the outlet of the needle detection circuit is supplied as a detection result to the processing unit, and - that the processing unit calculates the parameter according to the measurement value and the detection result and provides said parameter at the outlet thereof. - a container filled with the liquid, which at one end has an opening for dispensing the liquid, wherein in the region of the opening there are retaining means for holding an electrically conductive injection needle for injecting the liquid contained in the container, - a measuring system for capacitive determination of a measurement value, and - a processing unit for determining at least one physical or chemical parameter value associated with the container or the liquid contained therein, in particular the filling level, by means of the measurement value, - that there is at least one detection element in the region of the opening, - that there is a needle detection circuit, wherein the detection element is connected to the needle detection circuit, - that the needle detection circuit is designed to measure an electrical parameter, in particular the inductance, capacitance or conductivity, which can be tapped at the outlet of the detection element, - that there is a processing unit, and the measurement result at the outlet of the needle detection circuit is supplied as a detection result to the processing unit, and - that the processing unit calculates the parameter according to the measurement value and the detection result and provides said parameter at the outlet thereof.
A compound of the formula or a pharmaceutically acceptable salt thereof, wherein: R A represents two methoxy substituents; or R A represents a fused aryl ring that is benzo; R is alkyl, or alkoxy; X is -CH=CR X -; wherein R X is C1-C10 alkyl; and Y is NR 2 OR 2; where each R 2 is independently selected from the group consisting of hydrogen and alkyl. R A represents two methoxy substituents; or R A represents a fused aryl ring that is benzo; R is alkyl, or alkoxy; X is -CH=CR X -; wherein R X is C1-C10 alkyl; and Y is NR 2 OR 2; where each R 2 is independently selected from the group consisting of hydrogen and alkyl.
Method for controlling a machine tool having a work space and machining units arranged therein, in which, based on operating data and based on a stored machine model, the actual machine tool, at least in the region of the work space thereof, is represented on a visualization unit by means of visualization elements (G, FF) as a virtual machine tool having virtual machining units provided in a virtual work space, and the functions of the virtual machining units are represented as virtual functions, characterized in that one function of the functions of the machine tool is associated with a manual interaction, that by means of an interaction unit which allows the manual interaction, the one function of the machine tool which is associated with this manual interaction is carried out and thus specified as manual movement of the interaction unit, that a hand-held control unit is used as interaction unit, in particular a computer mouse, for determining the manual interaction carried out as movement, that the manual effect on the interaction unit is represented by an interaction visualization element which is controllable by the interaction unit and is provided on the visualization unit, so that the function is specified on the visualization unit as movement of the interaction visualization element using the hand-held control unit, that a function data generator unit is used to generate operating data (ML, MST) which correspond to the movement carried out and thus specified during the manual interaction using the hand-held control unit, while taking into account the one function associated with this manual interaction, and these operating data (ML, MST) are transmitted to a visualization controller in order to represent, on the visualization unit, using the visualization elements (G, FF), the function specified by the manual interaction, so that the movement, on the visualization unit, specified for the interaction visualization element, is visualized on the virtual machine tool, by means of the visualization controller, as movement of at least one of the visualization elements (G, FF).
A semiconductor device comprising - a first chip and a second chip electrically connected to each other and disposed to face each other, wherein: - the first chip when pasted on the second chip via first bumps has a first projection part (PRJL) which is part of an outer periphery of the first chip projecting from an outer periphery of the second chip; and - the second chip when pasted on the first chip has a second projection part (PRJM) which is part of the outer periphery of the second chip projecting from the outer periphery of the first chip characterized in that - the semiconductor device has a package board (PBRD) on which the first chip is pasted; - the package board (PBRD) has first terminals which are formed on a surface of the package board (PBRD); - the package board (PBRD) has second terminals which are formed on the surface of the package board (PBRD); - the first projection part (PRJL) has first external terminals; - each of the first external terminals is electrically connected to each of the first terminals via a metal wire, respectively; - the second projection part (PRJM) has second external terminals; and - each of the second external terminals is electrically connected to each of the second terminals via each of second bumps, respectively. - a first chip and a second chip electrically connected to each other and disposed to face each other, wherein: - the first chip when pasted on the second chip via first bumps has a first projection part (PRJL) which is part of an outer periphery of the first chip projecting from an outer periphery of the second chip; and - the second chip when pasted on the first chip has a second projection part (PRJM) which is part of the outer periphery of the second chip projecting from the outer periphery of the first chip characterized in that - the semiconductor device has a package board (PBRD) on which the first chip is pasted; - the package board (PBRD) has first terminals which are formed on a surface of the package board (PBRD); - the package board (PBRD) has second terminals which are formed on the surface of the package board (PBRD); - the first projection part (PRJL) has first external terminals; - each of the first external terminals is electrically connected to each of the first terminals via a metal wire, respectively; - the second projection part (PRJM) has second external terminals; and - each of the second external terminals is electrically connected to each of the second terminals via each of second bumps, respectively.
A ballast device for providing a load current to a lighting module, in particular an LED lighting module, the ballast device comprising a current source circuit configured to generate a current (I OUT), a pulse width modulation circuit (3.1) configured to provide a pulse width modulated load current (I LED) based on the current (I OUT) via an output capacitor (C OUT) to the lighting module, and a control circuit for controlling the pulse width modulation circuit (3.1) based on a feedback signal (ADC_DATA) representing the load current (I LED), and characterized in that the current source circuit is a self-resonance power electronic circuit configured to operate at a high switching frequency, the pulse width modulation circuit (3.1) is configured to superimpose the generated current (I OUT) with a pulse width modulation signal with a pulse frequency smaller than the high switching frequency, and that a feedback loop circuit (6, 7, 8) is configured to sample a measurement signal (V ADC) representing the load current (I LED) in synchronisation with a pulse width modulation period of the pulse width modulation signal for generating the feedback signal (ADC_DATA). a current source circuit configured to generate a current (I OUT), a pulse width modulation circuit (3.1) configured to provide a pulse width modulated load current (I LED) based on the current (I OUT) via an output capacitor (C OUT) to the lighting module, and a control circuit for controlling the pulse width modulation circuit (3.1) based on a feedback signal (ADC_DATA) representing the load current (I LED), and that the current source circuit is a self-resonance power electronic circuit configured to operate at a high switching frequency, the pulse width modulation circuit (3.1) is configured to superimpose the generated current (I OUT) with a pulse width modulation signal with a pulse frequency smaller than the high switching frequency, and that a feedback loop circuit (6, 7, 8) is configured to sample a measurement signal (V ADC) representing the load current (I LED) in synchronisation with a pulse width modulation period of the pulse width modulation signal for generating the feedback signal (ADC_DATA).
A method to compensate for ghost appearances on a print due to a number of previous printing jobs, the method comprising: defining areas in which ghosting is expected; recording the image on a photoreceptor by selectively increasing a laser power level as a function of position in the areas in which ghosting is expected, to compensate for the effects of ghosting in ex-image and ex- nonimage areas of an intermediate transfer member; transferring toner from the photoreceptor to the intermediate transfer member; and transferring the toner image to a final substrate. defining areas in which ghosting is expected; recording the image on a photoreceptor by selectively increasing a laser power level as a function of position in the areas in which ghosting is expected, to compensate for the effects of ghosting in ex-image and ex- nonimage areas of an intermediate transfer member; transferring toner from the photoreceptor to the intermediate transfer member; and transferring the toner image to a final substrate.
A piezoelectric stack, comprising: a piezoelectric material, comprising a body of Pb 1.00+x (Zr 0.52 Ti 0.48) 1.00-y O 3 Nb y, where x>-0.02 and y>0; on a first side of the piezoelectric material, a first electrode; and on a second side of the piezoelectric material, a second electrode, wherein the second electrode includes a seed layer adjacent to the piezoelectric material, and wherein the seed layer has a film surface with a crystal orientation. a piezoelectric material, comprising a body of Pb 1.00+x (Zr 0.52 Ti 0.48) 1.00-y O 3 Nb y, where x>-0.02 and y>0; on a first side of the piezoelectric material, a first electrode; and on a second side of the piezoelectric material, a second electrode, wherein the second electrode includes a seed layer adjacent to the piezoelectric material, and wherein the seed layer has a film surface with a crystal orientation.
Window or door having a casement/leaf frame and an outer frame, and also having a rebate region between the casement/leaf frame and the outer frame, and also having a drainage from said rebate region into the surroundings through the outer frame, wherein the outer frame has an outer-frame plastic hollow-chamber profile, characterized in that the drainage, from the outer frame, opens out above an external web on the side facing towards the surroundings, and the outer-frame plastic hollow-chamber profile and the external web are in one piece, wherein both are preferably produced as a one-piece, extruded profile.