mhurhangee/ep-ind-claims huggingface dataset:
A catalytically active particle filter comprising a filter body, a copper compound and an oxidation-active catalytic coating which contains at least one catalytically active platinum-group metal, wherein the copper compound is present in a second coating applied to the filter body, wherein the oxidation-catalytically active coating forms a zone which covers 10 to 90 % of the full length of the filter body while the coating containing the copper compound forms a second zone which adjoins it and covers the remaining length of the filter body, and wherein the filter body is a porous wall-flow filter substrate comprising cordierite, silicon carbide or aluminium titanate and both coatings are predominantly present in the porous walls between the inflow and outflow ducts, characterized in that the copper compound used is copper oxide or a high-surface-area, high-melting-point carrier oxide impregnated with a precursor compound which decomposes to copper oxide or mixtures thereof or mixtures of copper oxide with untreated high-surface-area, high-melting-point carrier oxide.
A vibration damping device, comprising: an outer cylinder member formed by winding a flat plate member into a cylindrical shape; an inner mounting member positioned at an inner circumferential side of the outer cylinder member, connected to the outer cylinder member via an elastic member, and configured to be connected to either one of a vibration generating portion and a vibration receiving portion; and a rod portion configured to connect the outer cylinder member to another one of the vibration generating portion and the vibration receiving portion, wherein: the outer cylinder member has a meeting portion, where end surfaces of the flat plate member, on both sides in a circumferential direction of the outer cylinder member, face each other; a joint portion, where joining was performed, is formed on at least a part of the meeting portion; and characterised in that the rod portion is joined to an outer circumferential surface of the outer cylinder member so as to not overlap the meeting portion. an outer cylinder member formed by winding a flat plate member into a cylindrical shape; an inner mounting member positioned at an inner circumferential side of the outer cylinder member, connected to the outer cylinder member via an elastic member, and configured to be connected to either one of a vibration generating portion and a vibration receiving portion; and a rod portion configured to connect the outer cylinder member to another one of the vibration generating portion and the vibration receiving portion, wherein: the outer cylinder member has a meeting portion, where end surfaces of the flat plate member, on both sides in a circumferential direction of the outer cylinder member, face each other; a joint portion, where joining was performed, is formed on at least a part of the meeting portion; and characterised in that the rod portion is joined to an outer circumferential surface of the outer cylinder member so as to not overlap the meeting portion. the outer cylinder member has a meeting portion, where end surfaces of the flat plate member, on both sides in a circumferential direction of the outer cylinder member, face each other; a joint portion, where joining was performed, is formed on at least a part of the meeting portion; and characterised in that the rod portion is joined to an outer circumferential surface of the outer cylinder member so as to not overlap the meeting portion.
Method for determining an installation orientation of an ESP, electronic stability program unit during straight-ahead driving of a vehicle, wherein the ESP unit comprises at least one acceleration sensor and is installed in the vehicle, and the vehicle contains a further sensor which determines a rotation of at least one vehicle wheel directly or indirectly, characterised by ― the detection of a first sensor signal from the acceleration sensor in an acceleration-free condition of the vehicle, which is determined using the further sensor; ― the detection of a second sensor signal from the acceleration sensor in response to a linear acceleration of the vehicle 70); ― the determination of an acceleration value of the vehicle by detecting sensor signals from the further sensor; ― the determination of a value of the linear acceleration on the basis of the second sensor signal; ― the determination of a deviation of the acceleration value from the value of the linear acceleration; and ― having regard to the said deviation, the determination of the installation orientation of the ESP unit relative to the vehicle on the basis of the first sensor signal and the second sensor signal. ― the detection of a first sensor signal from the acceleration sensor in an acceleration-free condition of the vehicle, which is determined using the further sensor; ― the detection of a second sensor signal from the acceleration sensor in response to a linear acceleration of the vehicle 70); ― the determination of an acceleration value of the vehicle by detecting sensor signals from the further sensor; ― the determination of a value of the linear acceleration on the basis of the second sensor signal; ― the determination of a deviation of the acceleration value from the value of the linear acceleration; and ― having regard to the said deviation, the determination of the installation orientation of the ESP unit relative to the vehicle on the basis of the first sensor signal and the second sensor signal.
A light-emitting arrangement (100; 200; 201; 202; 203; 204; 205; 206; 207; 208; 300; 400), comprising: a reflective member (101; 401) having a reflective surface (102, 402); a plurality of light-emitting diodes (103; 403) arranged on said reflective surface of said reflective member along a longitudinal length Z of said reflective member (101; 401), said plurality of light-emitting diodes being adapted to emit light of a first wavelength; a wavelength converting member (104; 302; 404) comprising a first wavelength converting material adapted to convert light of said first wavelength into light of a second wavelength, said wavelength converting member being arranged on said reflective member and having a top face (105; 405) oriented parallel to said reflective surface of said reflective member, and having a first side face (106; 406) and a second side face (107; 407) each arranged between said top face and said reflective member on a respective side of said plurality of light-emitting diodes, said first (106; 406) and second (107; 407) side faces extending along said longitudinal direction Z, wherein light is transmitted through said first side face (106, 406) and said second side face (107, 407), and wherein said top face is arranged at a vertical distance from a light-emitting surface of said plurality of light-emitting diodes; and a first planar specular reflector (112, 412) and a second planar specular reflector (113; 413) arranged on said reflective member (101; 401) on a respective side of said wavelength converting member (104, 302, 404), to reflect light from said wavelength converting member. a reflective member (101; 401) having a reflective surface (102, 402); a plurality of light-emitting diodes (103; 403) arranged on said reflective surface of said reflective member along a longitudinal length Z of said reflective member (101; 401), said plurality of light-emitting diodes being adapted to emit light of a first wavelength; a wavelength converting member (104; 302; 404) comprising a first wavelength converting material adapted to convert light of said first wavelength into light of a second wavelength, said wavelength converting member being arranged on said reflective member and having a top face (105; 405) oriented parallel to said reflective surface of said reflective member, and having a first side face (106; 406) and a second side face (107; 407) each arranged between said top face and said reflective member on a respective side of said plurality of light-emitting diodes, said first (106; 406) and second (107; 407) side faces extending along said longitudinal direction Z, wherein light is transmitted through said first side face (106, 406) and said second side face (107, 407), and wherein said top face is arranged at a vertical distance from a light-emitting surface of said plurality of light-emitting diodes; and a first planar specular reflector (112, 412) and a second planar specular reflector (113; 413) arranged on said reflective member (101; 401) on a respective side of said wavelength converting member (104, 302, 404), to reflect light from said wavelength converting member.
Motorised awning unit comprising a support frame, a awning moveable within said frame between an upper gathered position and a lower stretched position, motorised means associated with said awning, said motorised means comprising an electric gearmotor for actuating said awning, and controlled braking means of said gearmotor, suitable for stopping said awning in said upper position and/or in said lower position, characterized in that said electric gearmotor comprises a brushless electric motor provided with internal sensor means, of the so called "brushless sensored" type, for detecting motion parameters of the rotor of said electric motor.
Method for operating an input apparatus, in particular of a motor vehicle, that has a contactlessly operating sensor for detecting a position and/or change of position of at least one finger of a hand of a user, wherein the detected position and/or change of position of the finger on an input surface is taken as a basis for detecting and performing an input, wherein a prescribeable movement of at least one finger of the hand is taken as a basis for stipulating a virtual surface in space as an input surface, and wherein the sensor detects the position and/or change of position of the at least one finger within a prescribeable sensor field, wherein the sensor field is split into at least two areas (I, II), and wherein which one of the areas (I, II) the prescribed movement of the finger is performed in is taken as a basis for capturing the input, wherein one of the areas is used as a keypad, while another area is used as a selection box.
A surgical gown comprising: a material web delimited by a first lateral edge extending in an approximately rectilinear manner and a second lateral edge preferably extending approximately parallel to the first lateral edge, and by an upper edge which connects the two lateral edges to each other and a lower edge which connects the lateral edges to each other; a first sleeve starting from a first opening in the material web and applied to the material web; and a second sleeve starting from a second opening in the material web and applied to the material web, wherein the first opening is arranged between the first lateral edge and the second opening and the openings (22, 24) are arranged closer to the upper edge than the lower edge, wherein a fitting aid forming an extension to the material web is formed at least in the area of the top half of at least one lateral edge that is adjacent to the upper edge, characterised in that a fastening arrangement which can be used to produce a detachable fastening to a packaging of the surgical gown is provided on the material web in the area of the upper end of the second lateral edge.
Filling element for filling containers with a liquid charge, with at least one valve chamber (8, 8a), which is formed in a filling element housing (7, 7a) and in which at least one liquid valve (16, 16a) is provided, which can be actuated by means of an actuating mechanism and is situated, in the flow direction of the charge, upstream of a dispensing opening (6, 6a) for controlled dispensing of the liquid charge via the dispensing opening (6, 6a) into the respective container, wherein the at least one valve chamber (8, 8a) is formed with a venting system (23, 24; 30) and wherein the venting system (23, 30) is provided on a region of the valve chamber (8, 8a) which is provided, relative to a vertical axis, above an opening of a product channel (9, 10, 10a) for supplying charge to the valve chamber, and wherein the venting system (23, 30) comprises a venting channel formed in the filling element housing (7, 7a), characterised in that the venting channel opens into this valve chamber (8, 8a) via an orifice on the top side lying remote from the dispensing opening (6, 6a), i.e. at the highest level of the valve chamber (8, 8a).
A system to chop or shred food, tobacco and tobacco byproducts carried by a vacuum during mass production, comprising - a drive motor for operating the system, and - a main body wedge mounted on a main body, characterized in that it further comprises - six pieces of fixed blades located on the wedge, and being mounted on the wedge at predefined intervals, wherein the fixed blades have - a thickness of at least 2 millimeters, and - a cutting edge with a sharpening angle between 8 and 45 degrees, - five pieces of movable blades located on a three staged bearing shaft designed and arranged for chopping / shredding the food, tobacco and tobacco byproducts in three stages, and - a multiple of separators to mount the fixed blades on the main body wedge with equal spaces. - a drive motor for operating the system, and - a main body wedge mounted on a main body, characterized in that it further comprises - six pieces of fixed blades located on the wedge, and being mounted on the wedge at predefined intervals, wherein the fixed blades have - a thickness of at least 2 millimeters, and - a cutting edge with a sharpening angle between 8 and 45 degrees, - a thickness of at least 2 millimeters, and - a cutting edge with a sharpening angle between 8 and 45 degrees, - five pieces of movable blades located on a three staged bearing shaft designed and arranged for chopping / shredding the food, tobacco and tobacco byproducts in three stages, and - a multiple of separators to mount the fixed blades on the main body wedge with equal spaces.
Method for manufacturing a reverse-conducting semiconductor device, which comprises a freewheeling diode and an insulated gate bipolar transistor on a common wafer, wherein the insulated gate bipolar transistor comprises an emitter side and a collector side, in which the wafer of a first conductivity type with a first side and a second side opposite the first side is provided, the first side forming the emitter side and the second side forming the collector side of the insulated gate bipolar transistor, and for the manufacturing of the reverse-conducting semiconductor device on the collector side the following steps are performed: a first layer of the first conductivity type or of a second conductivity type is created on the second side, a mask with at least one opening is created on the first layer and those parts of the first layer, on which an opening of the mask is arranged, are removed, the remaining parts of the first layer forming a third layer, afterwards for the manufacturing of a second layer of a different conductivity type than the third layer, ions are implanted into the wafer on the second side into those parts of the wafer, on which the at least one opening is arranged and using the mask as a barrier for the ions, afterwards the mask is removed and an anneal step for the activation of the second layer is performed and a second electrical contact, which is in direct electrical contact to the second and third layer (2, 3), is created on the second side. a first layer of the first conductivity type or of a second conductivity type is created on the second side, a mask with at least one opening is created on the first layer and those parts of the first layer, on which an opening of the mask is arranged, are removed, the remaining parts of the first layer forming a third layer, afterwards for the manufacturing of a second layer of a different conductivity type than the third layer, ions are implanted into the wafer on the second side into those parts of the wafer, on which the at least one opening is arranged and using the mask as a barrier for the ions, afterwards the mask is removed and an anneal step for the activation of the second layer is performed and a second electrical contact, which is in direct electrical contact to the second and third layer (2, 3), is created on the second side.
A gas monitoring apparatus for artificial ventilation, the gas monitoring apparatus being configured to communicate with a sensor that is configured to produce a signal corresponding to a concentration of a predetermined gas in a portion which is in a respiratory circuit of an artificial ventilator, and through which both an inspiratory gas and an expiratory gas pass, the gas monitoring apparatus comprising: a displaying section; a processor; and a memory that is configured to store a command which is readable by the processor, wherein, when, during high-frequency oscillatory ventilation performed by the artificial ventilator, the command is executed by the processor, the processor is configured to calculate a measurement value of the concentration based on the signal, and is configured to display at least one of a waveform corresponding to the signal and the measurement value on the displaying section. a displaying section; a processor; and a memory that is configured to store a command which is readable by the processor, wherein, when, during high-frequency oscillatory ventilation performed by the artificial ventilator, the command is executed by the processor, the processor is configured to calculate a measurement value of the concentration based on the signal, and is configured to display at least one of a waveform corresponding to the signal and the measurement value on the displaying section.
Door handle assembly, in particular door outside handle assembly, for a door, in particular for a vehicle door, comprising a door handle, which is movable from a recessed position into a use position, and a restoring spring, wherein the restoring spring is coupled to the door handle and, in the recessed position and in the use position, is coupled to a counter bearing which is at least then stationary, wherein the restoring spring is decoupled from the counter bearing between the recessed position and the use position.
A method (700, 800) performed by a wireless device for handling user data, wherein the user data are converted into codewords, each codeword being mapped to a first group of layers and to a second group of layers, the method comprising: - receiving (702, 810) an index from a network node, the index indicating a Transport Block Size, TBS, index, a Redundant Version, RV, and a differential modulation, wherein the differential modulation indicates a difference of modulation orders between the first and second groups of layers; - determining (704, 820) a TBS based on the received index; - determining (704, 830) a redundant version value based on the received index; - determining (706, 840) a first modulation order for the first group of layers and a second modulation order for the second group of layers of a codeword, based at least on the differential modulation; and - performing (708, 850) one of decoding and encoding the codeword based at least on the determined first and second modulation orders, the determined TBS and the determined redundant version value. - receiving (702, 810) an index from a network node, the index indicating a Transport Block Size, TBS, index, a Redundant Version, RV, and a differential modulation, wherein the differential modulation indicates a difference of modulation orders between the first and second groups of layers; - determining (704, 820) a TBS based on the received index; - determining (704, 830) a redundant version value based on the received index; - determining (706, 840) a first modulation order for the first group of layers and a second modulation order for the second group of layers of a codeword, based at least on the differential modulation; and - performing (708, 850) one of decoding and encoding the codeword based at least on the determined first and second modulation orders, the determined TBS and the determined redundant version value.
A closing dressing bolster for use with a system for treating a linear wound on a patient, the closing bolster comprising: a bolster body formed from a flexible closing bolster material; characterised by the bolster body comprising: a first closing member formed on a first lateral side, a second closing member formed on a second lateral side, the first and second closing members having oblique walls that angle up toward a wicking-material holder, the wicking-material holder being coupled to the bolster body; a wicking material associated with the wicking material holder, the wicking material having a fluid flow pathway for removing fluids; and wherein the first closing member and second closing member are operable, when reduced pressure is delivered to the wicking-material holder, to move closer together to provide a closing force. a bolster body formed from a flexible closing bolster material; characterised by the bolster body comprising: a first closing member formed on a first lateral side, a second closing member formed on a second lateral side, the first and second closing members having oblique walls that angle up toward a wicking-material holder, the wicking-material holder being coupled to the bolster body; a wicking material associated with the wicking material holder, the wicking material having a fluid flow pathway for removing fluids; and wherein the first closing member and second closing member are operable, when reduced pressure is delivered to the wicking-material holder, to move closer together to provide a closing force. a first closing member formed on a first lateral side, a second closing member formed on a second lateral side, the first and second closing members having oblique walls that angle up toward a wicking-material holder, the wicking-material holder being coupled to the bolster body; a wicking material associated with the wicking material holder, the wicking material having a fluid flow pathway for removing fluids; and wherein the first closing member and second closing member are operable, when reduced pressure is delivered to the wicking-material holder, to move closer together to provide a closing force.