mhurhangee/ep-ind-claims huggingface dataset:
Device for filling a container with a filling product, preferably for filling a container with a beverage in a beverage filling plant, comprising a filling valve for introducing a flow of filling product into a container to be filled, and a shut-off valve arranged upstream of the filling valve to shut-off the flow of filling product to the filling valve, wherein the shut-off valve is provided to lie in the flow of filling product during filling of the container, characterised in that a volume actuator is provided to increase and/or reduce the volume provided between the filling valve and shut-off valve.
A transformer comprising: a winding part including a pipe shaped body part having a plurality of coils (50;51,52) wound therearound and flange parts (15;15a,15b) extended from both ends of the body part in an outer diameter direction thereof; and a core coupled to the winding part, wherein a lower flange part formed at one end of the body part includes at least one lead groove, wherein the coils (50;51,52) are led to the outside of the winding part through the at least one lead groove, wherein at least one penetration groove is formed at an upper flange part; wherein at least one (Np1,Np2,Np3,Ns1,Ns2,Ns3,Ns4) of the plurality of coils (50;51,52) is a multi-insulated coil; wherein the flange part (15a,15b) formed at one end of the body part includes at least one insulating rib protruding from an outer surface thereof in order to reinforce strength thereof; wherein the winding part includes a plurality of winding spaces (12a,12b) divided by at least one partition wall formed on an outer peripheral surf ace of the body part; wherein the partition wall includes at least one skip groove penetrating therein and the coils (50;51,52) are wound while skipping the partition wall through the at least one skip groove; and wherein the lead groove, the skip groove and penetration groove are disposed in a straight line in a vertical direction. a winding part including a pipe shaped body part having a plurality of coils (50;51,52) wound therearound and flange parts (15;15a,15b) extended from both ends of the body part in an outer diameter direction thereof; and a core coupled to the winding part, wherein a lower flange part formed at one end of the body part includes at least one lead groove, wherein the coils (50;51,52) are led to the outside of the winding part through the at least one lead groove, wherein at least one penetration groove is formed at an upper flange part; wherein at least one (Np1,Np2,Np3,Ns1,Ns2,Ns3,Ns4) of the plurality of coils (50;51,52) is a multi-insulated coil; wherein the flange part (15a,15b) formed at one end of the body part includes at least one insulating rib protruding from an outer surface thereof in order to reinforce strength thereof; wherein the winding part includes a plurality of winding spaces (12a,12b) divided by at least one partition wall formed on an outer peripheral surf ace of the body part; wherein the partition wall includes at least one skip groove penetrating therein and the coils (50;51,52) are wound while skipping the partition wall through the at least one skip groove; and wherein the lead groove, the skip groove and penetration groove are disposed in a straight line in a vertical direction.
A method for manufacturing a structured decor panel, including the steps of: a) providing a film to be structured; b) providing an embossing means for structuring the film; c) structuring the film with the embossing means while forming at least one structure area on the film; d) determining at least one dimension of at least one structure area after step c); e) providing a carrier; f) applying a decor to the carrier, wherein, g) when applying the decor to the carrier, the at least one dimension of the structure area determined in step c) is taken into account; and h) applying the structured film to the decorated carrier such that the at least one structure area is present in synchronicity with the decor. a) providing a film to be structured; b) providing an embossing means for structuring the film; c) structuring the film with the embossing means while forming at least one structure area on the film; d) determining at least one dimension of at least one structure area after step c); e) providing a carrier; f) applying a decor to the carrier, wherein, g) when applying the decor to the carrier, the at least one dimension of the structure area determined in step c) is taken into account; and h) applying the structured film to the decorated carrier such that the at least one structure area is present in synchronicity with the decor.
A method, comprising: arranging at least one semiconductor chip on a surface of a leadframe wherein the at least one semiconductor chip is arranged at a die pad of the leadframe and the leadframe has an array of electrically-conductive leads around the die pad, the leads in the array having distal ends facing away from the die pad as well as recessed portions in front surfaces of said distal ends of the leads in the array, wherein said recessed portions are at a distance from the extremities of said distal ends of the leads in the array, forming resilient material at said recessed portions at the distal ends of the leads in the array, wherein the resilient material fills the recessed portions, and molding onto the at least one semiconductor chip arranged on the leadframe an insulating encapsulation of the at least one semiconductor chip arranged on the leadframe, wherein the resilient material is sandwiched between the insulating encapsulation and the distal ends of the leads in the array at said recessed portions, wherein the resilient material facilitates flexibility of said leads at said distal ends. arranging at least one semiconductor chip on a surface of a leadframe wherein the at least one semiconductor chip is arranged at a die pad of the leadframe and the leadframe has an array of electrically-conductive leads around the die pad, the leads in the array having distal ends facing away from the die pad as well as recessed portions in front surfaces of said distal ends of the leads in the array, wherein said recessed portions are at a distance from the extremities of said distal ends of the leads in the array, forming resilient material at said recessed portions at the distal ends of the leads in the array, wherein the resilient material fills the recessed portions, and molding onto the at least one semiconductor chip arranged on the leadframe an insulating encapsulation of the at least one semiconductor chip arranged on the leadframe, wherein the resilient material is sandwiched between the insulating encapsulation and the distal ends of the leads in the array at said recessed portions, wherein the resilient material facilitates flexibility of said leads at said distal ends.
Process belt having a planar structure, wherein the outer surface has at least one glass fibre and metal fibres (5, 6) are arranged in the longitudinal direction of the process belt, wherein the metal fibres (5, 6) are arranged parallel to the glass fibre and have a smaller diameter than the glass fibre, wherein the planar structure is a woven fabric, wherein the glass fibre or the metal fibre (5, 6) form a warp of the woven fabric, characterized in that it is configured as an endless belt with an inner and an outer surface, the glass fibres form the surface of the planar structure and the metal fibres (5, 6) remain back behind the surface of the planar structure, the planar structure is coated with a fluoropolymer over its entire surface and has more than 30 % free passage surface.
Switching device for opening and closing a load circuit, in particular in an electric vehicle, having at least one switch contact which can be moved from an open position into a closed position and which is held at a distance from a counter-contact in the open position and is in electrically conductive abutment with the counter-contact in the closed position, wherein, in a safety position, the at least one switch contact is held separated from the counter-contact in order to protect the load circuit from overload, and wherein the switching device is retained by a retention force (F 33) in a normal operating state in which the switching device can be moved from the open position into the closed position, characterised in that, under electrical voltage in the closed position, at least in the event of an overload, an actuating magnetic field produced by a load current path, which is partially guided along a retention magnet, has a weakening effect on a retaining magnetic field which acts on the retention force (F 33) and which flows from the retention magnet.
A radiation detector (20, 20') comprising: scintillator pixels each having a radiation-receiving end, a light-output end, and reflective sides extending therebetween, the reflective sides having a reflection characteristic (40, 40', 42, 44) varying between the radiation-receiving end and the light-output end such that a lateral spread of light emanating from the light-output ends of the scintillator pixels responsive to a scintillation event generated in one of the scintillator pixels depends upon a depth of the scintillation event in the scintillator pixel; and a plurality of light detectors optically communicating with the light-output ends of the scintillator pixels to receive light produced by scintillation events; wherein each reflective side has a reflectivity distributed between the radiation-receiving end and the light-output end, and characterised by the reflectivity nearest the radiation-receiving end having the highest reflectivity. scintillator pixels each having a radiation-receiving end, a light-output end, and reflective sides extending therebetween, the reflective sides having a reflection characteristic (40, 40', 42, 44) varying between the radiation-receiving end and the light-output end such that a lateral spread of light emanating from the light-output ends of the scintillator pixels responsive to a scintillation event generated in one of the scintillator pixels depends upon a depth of the scintillation event in the scintillator pixel; and a plurality of light detectors optically communicating with the light-output ends of the scintillator pixels to receive light produced by scintillation events; wherein each reflective side has a reflectivity distributed between the radiation-receiving end and the light-output end, and characterised by the reflectivity nearest the radiation-receiving end having the highest reflectivity.
An apparatus comprising: a node connection comprising two select line connections (113-1, 113-2) for a select line of a serial network, the node connection including lines to provide Ethernet communication; a bus direction module that listens at the two select line connections for a selection signal, wherein receiving the selection signal at one of the two select line connections is a selection event, and in response to detecting the selection event, the bus direction module configures a first select line connection for an input line and a second select line connection for an output line, and outputs the selection signal on the second select line connection to propagate the selection signal; wherein at least a portion of the bus direction module comprises one or more of hardware and executable code, the executable code stored on a memory, and wherein the node connection is one of a first directional connection node that connects one select line connection to the input line and the other select line connection to the output line or a second directional connection node that connects the other select line connection to the input line and the one select line connection to the output line. a node connection comprising two select line connections (113-1, 113-2) for a select line of a serial network, the node connection including lines to provide Ethernet communication; a bus direction module that listens at the two select line connections for a selection signal, wherein receiving the selection signal at one of the two select line connections is a selection event, and in response to detecting the selection event, the bus direction module configures a first select line connection for an input line and a second select line connection for an output line, and outputs the selection signal on the second select line connection to propagate the selection signal; wherein at least a portion of the bus direction module comprises one or more of hardware and executable code, the executable code stored on a memory, and wherein the node connection is one of a first directional connection node that connects one select line connection to the input line and the other select line connection to the output line or a second directional connection node that connects the other select line connection to the input line and the one select line connection to the output line.
A method to perform hybrid automatic repeat request, HARQ, indexing, the method comprising: transmitting a non-user-specific advanced map, A-MAP, comprising a HARQ feedback index parameter, HFIP, to a mobile station in a first sub-frame, wherein the A-MAP contains unicast service control information; transmitting an assignment A-MAP comprising a partial HARQ feedback A-MAP, HF-A-MAP, index to the mobile station in the first sub-frame; receiving uplink data in a second sub-frame from the mobile station according to scheduling in the assignment A-MAP targeted for the mobile station; and calculating a full HARQ feedback index using both the HFIP and the partial HARQ feedback A-MAP index. transmitting a non-user-specific advanced map, A-MAP, comprising a HARQ feedback index parameter, HFIP, to a mobile station in a first sub-frame, wherein the A-MAP contains unicast service control information; transmitting an assignment A-MAP comprising a partial HARQ feedback A-MAP, HF-A-MAP, index to the mobile station in the first sub-frame; receiving uplink data in a second sub-frame from the mobile station according to scheduling in the assignment A-MAP targeted for the mobile station; and calculating a full HARQ feedback index using both the HFIP and the partial HARQ feedback A-MAP index.
A working cylinder comprising a first coupling partner and a second coupling partner, wherein the first coupling partner is designed as a cylindrical tube and the second coupling partner is designed as a closing element, and wherein one coupling partner is inserted axially into the other coupling partner, wherein each of the coupling partners has an annular groove, wherein the annular groove of the inserted coupling partner is formed by an outer groove and the annular groove of the other coupling partner is formed by an inner groove, and wherein the annular grooves of the coupling partners are positioned opposite one another in a corresponding manner, wherein the working cylinder has a coupling ring which is resiliently tensible and which, when deformed in the tension direction, can be completely accommodated by the annular groove of one coupling partner and which, whend deformed in the release direction, engages in the annular grooves of both coupling partners, wherein the engagement of the coupling ring in the annular grooves of both coupling partners provides a positive connection between them, characterized in that the inserted coupling partner is oversized compared to an inner diameter of the other coupling partner, wherein a frictional connection is provided between the coupling partners, wherein the first and second coupling partners have different elasticity moduli, wherein a first overlapping surface of the engaging coupling ring overlapping a side wall of the ring groove of the one coupling partner with the higher elasticity modulus is smaller than a second overlapping surface of the coupling ring overlapping a side wall of the ring groove of the other coupling partner with the lower elasticity modulus.
A method of placing a code, having a plurality of digits, in original data having media data including audio data to produce coded data, the method: determining an area of original data where a digit of the code can be placed to inhibit audio detection during audio playback of coded data using a placement criteria wherein determining a determined area includes: analysing changes of one or more characteristics of the original data and selecting an area of original data where a digit of the code is to be placed, including detecting a rate of change of one or more audible time-domain characteristics of the original data; and selecting, using the placement criteria, an area of original data following a start point or detection of a rate of change of one of said detected changing characteristics for placement of a digit of the code; applying a coding strategy to determine at least one of the format or location, in the determined area, of a digit of the code in coded data, wherein the or each digit of the code have a melodic relationship with an audible time-domain characteristic of the corresponding original data at the location in which it is placed; and adding a digit to the original data and outputting coded data. determining an area of original data where a digit of the code can be placed to inhibit audio detection during audio playback of coded data using a placement criteria wherein determining a determined area includes: analysing changes of one or more characteristics of the original data and selecting an area of original data where a digit of the code is to be placed, including detecting a rate of change of one or more audible time-domain characteristics of the original data; and selecting, using the placement criteria, an area of original data following a start point or detection of a rate of change of one of said detected changing characteristics for placement of a digit of the code; analysing changes of one or more characteristics of the original data and selecting an area of original data where a digit of the code is to be placed, including detecting a rate of change of one or more audible time-domain characteristics of the original data; and selecting, using the placement criteria, an area of original data following a start point or detection of a rate of change of one of said detected changing characteristics for placement of a digit of the code; applying a coding strategy to determine at least one of the format or location, in the determined area, of a digit of the code in coded data, wherein the or each digit of the code have a melodic relationship with an audible time-domain characteristic of the corresponding original data at the location in which it is placed; and adding a digit to the original data and outputting coded data.
Surgical instrument having - a shaft on which a first handle is formed; - a sliding part which can be actuated by a second handle and - a force accumulator for returning the sliding part, characterised in that the force accumulator and the sliding part are formed in one piece, - wherein the force accumulator is a bow formed integrally at the end on the sliding part or the shaft or the second handle, - wherein in the area of a hook-in recess of the shaft, a passage is present in the shaft for receiving a hook-in bolt, such that the second handle protrudes into the shaft in such a way that the recess can be coupled to the sliding part located in the shaft, - wherein the bow is operatively connected to a limit stop of the shaft, wherein the bow returns the second handle from the first handle. - a shaft on which a first handle is formed; - a sliding part which can be actuated by a second handle and - a force accumulator for returning the sliding part, - wherein the force accumulator is a bow formed integrally at the end on the sliding part or the shaft or the second handle, - wherein in the area of a hook-in recess of the shaft, a passage is present in the shaft for receiving a hook-in bolt, such that the second handle protrudes into the shaft in such a way that the recess can be coupled to the sliding part located in the shaft, - wherein the bow is operatively connected to a limit stop of the shaft, wherein the bow returns the second handle from the first handle.
A process for producing a baked product having increased flavor stability comprising the steps of: (a) preparing a dough comprising flour, water, an enzyme preparation having catalase activity and an enzyme preparation having phospholipase activity; and (b) baking the dough to obtain the baked product. (a) preparing a dough comprising flour, water, an enzyme preparation having catalase activity and an enzyme preparation having phospholipase activity; and (b) baking the dough to obtain the baked product.
A tip part for an endoscope, the tip part comprising: a vision receptor able to provide an image from light received from an object to be investigated; a first light source; an exterior housing accommodating the vision receptor and the first light source; a proximal or back end for connection to other parts of the vision device, such as an insertion tube of an endoscope; and a distal or front end for receiving light received from the object; the exterior housing comprising a window positioned at the distal end, the window being of a transparent material so that light received from the object can pass through the window to the vision receptor, and so that light emitted from the first light source can pass through the window to the exterior, the window comprising an exterior front surface positioned at least partly in front of the vision receptor and the first light source, wherein the window integrally comprises a first optical well of the transparent material, the first optical well being an interior protrusion positioned between the first light source and the vision receptor so that a portion of light emitted from the first light source and reflected from the exterior surface enters the first optical well, whereby stray light is at least partially prevented from entering the vision receptor, characterised in that the first optical well is positioned at a distance in front of the first light source. a vision receptor able to provide an image from light received from an object to be investigated; a first light source; an exterior housing accommodating the vision receptor and the first light source; a proximal or back end for connection to other parts of the vision device, such as an insertion tube of an endoscope; and a distal or front end for receiving light received from the object; the exterior housing comprising a window positioned at the distal end, the window being of a transparent material so that light received from the object can pass through the window to the vision receptor, and so that light emitted from the first light source can pass through the window to the exterior, the window comprising an exterior front surface positioned at least partly in front of the vision receptor and the first light source, wherein the window integrally comprises a first optical well of the transparent material, the first optical well being an interior protrusion positioned between the first light source and the vision receptor so that a portion of light emitted from the first light source and reflected from the exterior surface enters the first optical well, whereby stray light is at least partially prevented from entering the vision receptor, characterised in that the first optical well is positioned at a distance in front of the first light source.