mhurhangee/patent-ind-claim-en huggingface dataset:
A system for attaching at least one panel to a supporting structure including at least one girder extending in a first direction, the girder including a folded edge and a bearing surface of the panel, the system comprising a flange (6; 600), a retaining plate (4; 400) and an attachment assembly attaching the flange to the retaining plate arranged so that on assembly the folded edge of the girder and the panel bearing against the bearing surface of the girder are sandwiched together, characterized in that the retaining plate includes a first set of teeth (46; 441) located on a first edge of the retaining plate and projecting substantially parallel to an axis of the attachment assembly in the direction of the flange, the teeth of this first set of teeth being configured to engage with the folded edge of the girder by clamping onto it during assembly, and in that the retaining plate has a second set of teeth (44; 440) located on a second edge of the retaining plate and projecting substantially parallel to the axis of the attachment assembly in the direction of the flange, this second set of teeth being configured to engage within one edge of the panel by clamping during assembly.
Method for inspecting a specimen with an array of primary charged particle beamlets in a charged particle beam device having an optical axis extending in z-direction of the charged particle beam device, the method comprising: generating a primary charged particle beam with a charged particle beam emitter ; directly illuminating a multi-aperture lens plate by the charged particle beam emitter, the multi-aperture lens plate having a surface with the primary charged particle beam to generate the array of primary charged particle beamlets which are focused ; generating an electrical field by at least a first electrode on the surface of the multi-aperture lens plate, the first electrode having one aperture opening for the primary charged particle beam or for the primary charged particle beamlets , wherein directly illuminating means that, apart from the first electrode if the first electrode is in front of the multi-aperture lens plate when seen in a direction of the propagating primary charged particle beam, no additional optical elements are provided between the charged particle beam emitter and the multi-aperture lens plate, wherein a field component in z-direction of the electrical field provided by the at least first electrode is non-rotational-symmetric ; and focusing the primary charged particle beamlets on separate locations on the specimen with an objective lens to simultaneously inspect the specimen at the separate locations . generating a primary charged particle beam with a charged particle beam emitter ; directly illuminating a multi-aperture lens plate by the charged particle beam emitter, the multi-aperture lens plate having a surface with the primary charged particle beam to generate the array of primary charged particle beamlets which are focused ; generating an electrical field by at least a first electrode on the surface of the multi-aperture lens plate, the first electrode having one aperture opening for the primary charged particle beam or for the primary charged particle beamlets , wherein directly illuminating means that, apart from the first electrode if the first electrode is in front of the multi-aperture lens plate when seen in a direction of the propagating primary charged particle beam, no additional optical elements are provided between the charged particle beam emitter and the multi-aperture lens plate, wherein a field component in z-direction of the electrical field provided by the at least first electrode is non-rotational-symmetric ; and focusing the primary charged particle beamlets on separate locations on the specimen with an objective lens to simultaneously inspect the specimen at the separate locations .
Device for manufacturing a cylinder crankcase with a casting mold comprising several mold parts , at least one water jacket core arranged on both longitudinal sides of one or more mold parts forming a cylinder bank and at least one web core arranged between the mold parts forming the individual cylinders of a cylinder bank, characterized in that the at least one web core is inserted into the casting mold and is aligned with the casting mold , wherein the at least one web core is arranged with respect to the water jacket core such that, after casting, either a connection between the cooling channel formed by the web core and the cooling channel formed by the water jacket core can be formed by a bore or two separate cooling water circuits are present.
A composition comprising an ethylene-based polymer, which comprises the following properties: a) (Mw(abs)/Mw(conv) - 2.00) ∗ (100,000 g/mol / Mw(abs)) ∗ CDF IR (MW ≤ 10,000 g/mol) ≥ 0.030; and b) a melt index (I2) from 0.30 to 2.50 g/10 min. a) (Mw(abs)/Mw(conv) - 2.00) ∗ (100,000 g/mol / Mw(abs)) ∗ CDF IR (MW ≤ 10,000 g/mol) ≥ 0.030; and b) a melt index (I2) from 0.30 to 2.50 g/10 min.
A method for controlling a dispensing cycle of a coffee machine , said dispensing cycle comprising a pre-infusion step and an infusion step, in a temporal sequence, said pre-infusion step comprising a first part, wherein a flow of steeping water is supplied to a dose of ground coffee , and a second part, wherein the flow of steeping water is interrupted so as to enable uniform absorption of the pre-infusion water by the steeped dose of ground coffee , said infusion step comprising a flow of infusion water supplied to the previously steeped dose of ground coffee , the method being characterized in that in a dispensing cycle, the coffee machine automatically detects data (R, S) representative of the amount constituting the dose of ground coffee and/or the amount of infusion water dispensed and automatically sets the pre-infusion step for a subsequent dispensing cycle by means of an algorithm (H) for processing said data (R, S) detected in a previous dispensing cycle.
Electrical contact arrangement having a first phase conductor run and a second phase conductor run which are electrically conductively connected to one another via a coupling point, wherein the first phase conductor run has a plurality of conductor elements , characterized in that the second phase conductor run has a plurality of conductor elements , wherein the conductor elements of the first phase conductor run and the conductor elements of the second phase conductor run are alternately connected to a contact plate .
A method for the fabrication of a heat exchange element , the element comprising a metal tube structure and a metal plate structure , which tube structure is connected to the plate structure in a heat-conducting way, wherein the tube structure is further configured for transporting a heat transport medium, the method comprising the following steps: - providing the tube structure and the plate structure , - applying one or more portions of soldering agent , against and along the tube structure , - arranging the plate structure against and along the tube structure , at least in the area of the soldering agent , and - heating the soldering agent according to a predefined temperature path that comprises at least a pre-heating path and a soldering path suitable for establishing a soldering connection between said plate structure and said tube structure ; the plate structure comprising a length direction and a width direction , in which directions the plate structure has a plate length and a plate width, respectively, and characterized in that the heating takes place in a heating zone that advances along said plate structure in said length direction , which zone minimally covers the plate width, and maximally covers only a part of the plate length. - providing the tube structure and the plate structure , - applying one or more portions of soldering agent , against and along the tube structure , - arranging the plate structure against and along the tube structure , at least in the area of the soldering agent , and - heating the soldering agent according to a predefined temperature path that comprises at least a pre-heating path and a soldering path suitable for establishing a soldering connection between said plate structure and said tube structure ;
A method for a wireless communication node configured for operation in accordance with a listen-before-talk, LBT, procedure, the method comprising, for an upcoming transmission: performing channel sensing to determine an interference level experienced by the wireless communication node; determining a maximum transmission power level for the upcoming transmission responsive to the determined interference level; and selecting at least one of a coding rate and a modulation, to be used for the upcoming transmission, responsive to the determined maximum transmission power level, characterized in that the method further comprises preparing a plurality of transmission packet variants before performing the channel sensing, wherein each transmission packet variant is associated with a respective transmission power level, and wherein selecting at least one of the coding rate and the modulation comprises selecting one transmission packet variant of the plurality of transmission packet variants responsive to the determined maximum transmission power level and the respective transmission power levels of the plurality of transmission packet variants. performing channel sensing to determine an interference level experienced by the wireless communication node; determining a maximum transmission power level for the upcoming transmission responsive to the determined interference level; and selecting at least one of a coding rate and a modulation, to be used for the upcoming transmission, responsive to the determined maximum transmission power level, characterized in that the method further comprises preparing a plurality of transmission packet variants before performing the channel sensing, wherein each transmission packet variant is associated with a respective transmission power level, and wherein selecting at least one of the coding rate and the modulation comprises selecting one transmission packet variant of the plurality of transmission packet variants responsive to the determined maximum transmission power level and the respective transmission power levels of the plurality of transmission packet variants.
A cover assembly of a battery cell , comprising: a cover plate provided with a first through hole comprising an accommodation section and an extension section extending from the accommodation section , a hole diameter of the accommodation section being greater than a hole diameter of the extension section ; a fixing member used for being connected to the cover plate and provided with a second through hole , wherein the second through hole is configured to be in gas communication with the first through hole ; a breathable film connected to the fixing member and used for covering the second through hole ; and a support filled in the second through hole , connected to the fixing member and used for supporting the breathable film and allowing gas passing through the breathable film to pass through, wherein the fixing member and the support are at least partially accommodated in the accommodation section , and wherein the accommodation section is provided with a bottom wall surrounding the extension section , the breathable film is at least partially sandwiched between the fixing member and the bottom wall to separate the second through hole from the extension section , and the support is arranged on one side, away from the extension section , of the breathable film . a cover plate provided with a first through hole comprising an accommodation section and an extension section extending from the accommodation section , a hole diameter of the accommodation section being greater than a hole diameter of the extension section ; a fixing member used for being connected to the cover plate and provided with a second through hole , wherein the second through hole is configured to be in gas communication with the first through hole ; a breathable film connected to the fixing member and used for covering the second through hole ; and a support filled in the second through hole , connected to the fixing member and used for supporting the breathable film and allowing gas passing through the breathable film to pass through, wherein the fixing member and the support are at least partially accommodated in the accommodation section , and wherein the accommodation section is provided with a bottom wall surrounding the extension section , the breathable film is at least partially sandwiched between the fixing member and the bottom wall to separate the second through hole from the extension section , and the support is arranged on one side, away from the extension section , of the breathable film .
A thermoelectric generator comprising: - a voltage source comprising a thermoelectric element - a starting circuit connected to the voltage source , - a DC to DC converter circuit connected to the voltage source , - an output connected to the starting circuit and connected to the DC to DC converter circuit , and - a controller having an input connected to the voltage source , and outputs connected to the starting circuit and to the DC to DC converter circuit , wherein the controller is configured: - to deactivate the starting circuit and to activate the DC to DC converter circuit when a voltage (u6) at the output or when a voltage provided by the voltage source rises above a predefined upper voltage threshold, and - to reactivate the starting circuit and to deactivate the DC to DC converter circuit when a voltage (u6) at the output or when a voltage provided by the voltage source drops below a predefined lower voltage threshold, wherein the starting circuit comprises a transformer (T1), a third switch and a rectifier , the third switch being a metal oxide semiconductor depletion transistor (Q3), and a secondary side of the transformer (T1) being connected to the rectifier and to a gate of the depletion transistor (Q3), and wherein the third switch comprises a gain (Q3g) lower than 1 and wherein the transformer (T) has a gain (Tg) larger than 1, the product of the transformer gain (Tg) and the gain (Q3g) of the depletion transistor (Q3) being larger than 1. - a voltage source comprising a thermoelectric element - a starting circuit connected to the voltage source , - a DC to DC converter circuit connected to the voltage source , - an output connected to the starting circuit and connected to the DC to DC converter circuit , and - a controller having an input connected to the voltage source , and outputs connected to the starting circuit and to the DC to DC converter circuit , - to deactivate the starting circuit and to activate the DC to DC converter circuit when a voltage (u6) at the output or when a voltage provided by the voltage source rises above a predefined upper voltage threshold, and - to reactivate the starting circuit and to deactivate the DC to DC converter circuit when a voltage (u6) at the output or when a voltage provided by the voltage source drops below a predefined lower voltage threshold,
A method comprising: detecting positioning of a cursor over a component in a system schematic displayed on a graphical user interface and, as a result, highlighting the component; detecting selection of the component and, as a result, drawing a translucent heads up display, "HUD", over the highlighted component; and detecting positioning of the cursor away from the HUD and, as a result, removing the drawing of the HUD and un-highlighting the component, wherein the HUD comprises: a display of a parameter associated with the component, a display of an original value for the parameter, and a plurality of parameter-adjustment controls , wherein each parameter-adjustment control has associated with it an amount to adjust the value of the parameter; and the method further comprises: un-highlighting a portion of the highlighted component, wherein the un-highlighted portion is under the HUD; detecting positioning of the cursor over a HUD parameter-adjustment control and, as a result, highlighting the HUD parameter-adjustment control; and detecting selection of the HUD parameter-adjustment control and, as a result, replacing the display of the original value of the parameter for the component with a display of an adjusted value computed by adjusting the original value by the amount associated with the selected HUD parameter-adjustment control. detecting positioning of a cursor over a component in a system schematic displayed on a graphical user interface and, as a result, highlighting the component; detecting selection of the component and, as a result, drawing a translucent heads up display, "HUD", over the highlighted component; and detecting positioning of the cursor away from the HUD and, as a result, removing the drawing of the HUD and un-highlighting the component, wherein the HUD comprises: a display of a parameter associated with the component, a display of an original value for the parameter, and a plurality of parameter-adjustment controls , wherein each parameter-adjustment control has associated with it an amount to adjust the value of the parameter; a display of a parameter associated with the component, a display of an original value for the parameter, and a plurality of parameter-adjustment controls , wherein each parameter-adjustment control has associated with it an amount to adjust the value of the parameter; un-highlighting a portion of the highlighted component, wherein the un-highlighted portion is under the HUD; detecting positioning of the cursor over a HUD parameter-adjustment control and, as a result, highlighting the HUD parameter-adjustment control; and detecting selection of the HUD parameter-adjustment control and, as a result, replacing the display of the original value of the parameter for the component with a display of an adjusted value computed by adjusting the original value by the amount associated with the selected HUD parameter-adjustment control.
An ultrasound diagnosis apparatus comprising: a data acquisition unit configured to acquire ultrasound image data regarding a object including at least one target bone which is to be diagnosed; and an image processing unit configured to acquire first information about at least one selected from a location of the at least one target bone within an ultrasound image and a length of the target bone, based on volume data included in the ultrasound image data, acquire a boundary surface of a soft tissue that is adjacent to the target bone, based on the first information, automatically acquire a volume of an interior of the boundary surface of the soft tissue, estimate a weight of the object based on the acquired volume, and configured for displaying at least one of a value of the weight and a value of the volume; wherein said boundary surface of a soft tissue is a boundary surface whose interior is an interior of soft tissue or, in the alternative, wherein said boundary surface of a soft tissue is an outer boundary of the soft tissue. a data acquisition unit configured to acquire ultrasound image data regarding a object including at least one target bone which is to be diagnosed; and an image processing unit configured to acquire first information about at least one selected from a location of the at least one target bone within an ultrasound image and a length of the target bone, based on volume data included in the ultrasound image data, acquire a boundary surface of a soft tissue that is adjacent to the target bone, based on the first information, automatically acquire a volume of an interior of the boundary surface of the soft tissue, estimate a weight of the object based on the acquired volume, and configured for displaying at least one of a value of the weight and a value of the volume; wherein said boundary surface of a soft tissue is a boundary surface whose interior is an interior of soft tissue or, in the alternative, wherein said boundary surface of a soft tissue is an outer boundary of the soft tissue.
An automobile pedal release system , comprising: a housing having a first side wall and a second side wall , which opposes and is spaced apart from the first side wall by a space, wherein each of the first and second side walls includes a pocket recessed into an inner surface of the associated side wall such that the two pockets oppose one another; a brake pedal assembly comprising a pivot member disposed in the space and defining a pivot axis, first and second bushings , and a brake pedal arm rotatable about the pivot axis relative to the two bushings , wherein each bushing is disposed in a first portion of one of the two pockets and receives one of two ends of the pivot member ; and a striker assembly ; characterized in that : the striker assembly comprises a striker and two plugs , the striker having an elongated body extending in the space between the first and second side walls , wherein each plug is disposed in a second portion of one of the two pockets and includes a bore that receives one of two ends of the striker, and the striker is configured to collapse and each striker plug is configured to move in and dislodge from the pocket in response to a threshold force from the associated bushing in the event of a threshold impact. a housing having a first side wall and a second side wall , which opposes and is spaced apart from the first side wall by a space, wherein each of the first and second side walls includes a pocket recessed into an inner surface of the associated side wall such that the two pockets oppose one another; a brake pedal assembly comprising a pivot member disposed in the space and defining a pivot axis, first and second bushings , and a brake pedal arm rotatable about the pivot axis relative to the two bushings , wherein each bushing is disposed in a first portion of one of the two pockets and receives one of two ends of the pivot member ; and a striker assembly ; characterized in that : the striker assembly comprises a striker and two plugs , the striker having an elongated body extending in the space between the first and second side walls , wherein each plug is disposed in a second portion of one of the two pockets and includes a bore that receives one of two ends of the striker, and the striker is configured to collapse and each striker plug is configured to move in and dislodge from the pocket in response to a threshold force from the associated bushing in the event of a threshold impact. the striker assembly comprises a striker and two plugs , the striker having an elongated body extending in the space between the first and second side walls , wherein each plug is disposed in a second portion of one of the two pockets and includes a bore that receives one of two ends of the striker, and the striker is configured to collapse and each striker plug is configured to move in and dislodge from the pocket in response to a threshold force from the associated bushing in the event of a threshold impact.