mhurhangee/ep-ind-claims huggingface dataset:
Clipping machine for closing tubular packagings (9, 10) by means of clips, said clipping machine having gathering devices for gathering together the packaging (9, 10) and at least two closing arms (1, 2, 3) which are set up to carry out a pivoting movement toward the gathered-together packaging (9, 10) in each case from different directions, and a cutting device is arranged on one of the closing arms for severing the gathered-together packaging (9, 10) between the closing points, said cutting device including a cutting blade and a blade drive (5, 6, 7) which is set up such that the cutting blade is able to carry out a pivoting movement through the tube axis between the closing points, characterized in that a counter blade is arranged on another closing arm, wherein the two blades (4, 8) have cutting edges (4a, 8a) which extend parallel to a cutting plane which intersects the tube axis between the closing points and is situated between the blades (4, 8), on their sides facing one another the blades (4, 8) have parallel cutting faces (4b, 8b), to which wedge faces (4c, 8c) connect on the other side of the cutting edges (4a, 8a), wherein cutting faces (4b, 8b) and wedge faces (4c, 8c) contact one another in each case at an acute wedge angle (4d, 8d), and the blade drive (5, 6, 7) is set up in such a manner that the cutting blade can be moved parallel to the cutting plane past the counter blade such that the point of intersection of the cutting edges (4a, 8a) moves from an initial cutting point in front of the one side of the gathered-together packaging (9, 10) to an end cutting point on the other side of the gathered-together packaging (9, 10).
A device for electrically connecting an electric power supply source such as a battery to an electric appliance, characterized in that it comprises: - at least two conductive elements (16, 18) intended for electrically connecting the electric power supply source to the electric appliance, each conductive element (16, 18) defining an aperture (58, 60); - a shell capable of receiving the conductive elements (16, 18), the shell comprising a first half-shell and a second half-shell, the shell defining at least two slots (42, 44) capable of receiving the conductive elements (16, 18) and of maintaining said conductive elements (16, 18) substantially parallel to each other, the shell further comprising at least one locking member capable of engaging into the apertures (58, 60) of the conductive elements (16, 18) and of maintaining said conductive elements (16, 18) engaged in said slots (42, 44) of the shell. - at least two conductive elements (16, 18) intended for electrically connecting the electric power supply source to the electric appliance, each conductive element (16, 18) defining an aperture (58, 60); - a shell capable of receiving the conductive elements (16, 18), the shell comprising a first half-shell and a second half-shell, the shell defining at least two slots (42, 44) capable of receiving the conductive elements (16, 18) and of maintaining said conductive elements (16, 18) substantially parallel to each other, the shell further comprising at least one locking member capable of engaging into the apertures (58, 60) of the conductive elements (16, 18) and of maintaining said conductive elements (16, 18) engaged in said slots (42, 44) of the shell.
A nested winding for a slotless motor, formed by inner and outer (5-1Aout) windings which are nested together and have different inner and outer diameters, wherein the number of the inner and outer windings is n, and the number n of the nested inner and outer windings is equal to or greater than two, wherein different phases of windings in each of said nested inner and outer windings are connected in star or delta as needed, wherein the windings to be nested are formed by multiple coils, same-phase coils (A1, A2,A3, A4) are connected in parallel and in series, wherein said coils are multi-wire coils wherein each multi-wire coil is composed of coil sets connected in parallel (A1-A3, A2-A4) to form one phase of winding, wherein each of said coil sets is formed by connecting in series same-phase coils located in different, inner (A3, A4) and outer (A1, A2), windings following the rule that the bemf values and phases of each said coil set are the same after said connecting in series.
An optical encoder comprising: a scale having bar-shaped scale marks; a detection head comprising a light source fiber configured to emit coherent light at the scale, and further comprising photoreceiver fibers configured to receive light reflected off the scale; an interface connected to the detection head via the light source fiber and the photoreceiver fiber; and a protector covering the scale marks at a predetermined distance from the scale marks, wherein the protector comprises a light-transmissive material and includes a top surface inclined with respect to a main surface of the scale, wherein: the detection head has the light source fiber at the center and the photoreceiver fibers bundled around the light source fiber; the detection head is positioned perpendicularly with respect to the scale, and the light from the light source fiber strikes the scale perpendicularly; the photoreceiver fiber is configured to receive the light reflected perpendicularly off the scale; and the top surface of the protector is inclined with respect to the scale so as to divert the light reflected off the top surface of the protector away from the photoreceiver fiber of the detection head. a scale having bar-shaped scale marks; a detection head comprising a light source fiber configured to emit coherent light at the scale, and further comprising photoreceiver fibers configured to receive light reflected off the scale; an interface connected to the detection head via the light source fiber and the photoreceiver fiber; and a protector covering the scale marks at a predetermined distance from the scale marks, wherein the protector comprises a light-transmissive material and includes a top surface inclined with respect to a main surface of the scale, wherein: the detection head has the light source fiber at the center and the photoreceiver fibers bundled around the light source fiber; the detection head is positioned perpendicularly with respect to the scale, and the light from the light source fiber strikes the scale perpendicularly; the photoreceiver fiber is configured to receive the light reflected perpendicularly off the scale; and the top surface of the protector is inclined with respect to the scale so as to divert the light reflected off the top surface of the protector away from the photoreceiver fiber of the detection head. the detection head has the light source fiber at the center and the photoreceiver fibers bundled around the light source fiber; the detection head is positioned perpendicularly with respect to the scale, and the light from the light source fiber strikes the scale perpendicularly; the photoreceiver fiber is configured to receive the light reflected perpendicularly off the scale; and the top surface of the protector is inclined with respect to the scale so as to divert the light reflected off the top surface of the protector away from the photoreceiver fiber of the detection head.
A method for initialising the fermentation process in biogas plants having pre-fermenters and methane fermenters using poorly biodegradable fibrous organic waste materials from agriculture which have stable fibre structures, comprising the following steps in the pre-fermenter: a) soaking the raw materials in a liquid and heating to a temperature of 25 to 42 °C, wherein the dry substance content is a maximum of 20 % so that a stirrable pulp is produced, b) after reaching the reaction temperature, adding enzyme-forming cultures of bacteria or fungi and cultivating for 1 to 2 days with continuous ventilation, c) carrying out the initial transfer of hydrolysed material from the pre-fermenter to the methane fermenter and adding raw material and liquid again, wherein the dry substance content is kept at a maximum of 20 %, d) repeating step a) to c) a plurality of times, e) subsequently restricting the addition of the enzyme-forming cultures to 25 to 50 % and adding production organisms for ethanol formation and cultivating for 3 to 5 days with periodic ventilation, f) then ceasing the addition of enzyme-forming cultures and restricting the addition of ethanol-forming organisms to 25 to 50 % and cultivating for 3 to 10 days, optionally with the addition of production organisms for acetic-acid formation, wherein, as enzyme-forming cultures, microorganisms are used which form or have inherently known endo- and exocellulases and glucosidases. a) soaking the raw materials in a liquid and heating to a temperature of 25 to 42 °C, wherein the dry substance content is a maximum of 20 % so that a stirrable pulp is produced, b) after reaching the reaction temperature, adding enzyme-forming cultures of bacteria or fungi and cultivating for 1 to 2 days with continuous ventilation, c) carrying out the initial transfer of hydrolysed material from the pre-fermenter to the methane fermenter and adding raw material and liquid again, wherein the dry substance content is kept at a maximum of 20 %, d) repeating step a) to c) a plurality of times, e) subsequently restricting the addition of the enzyme-forming cultures to 25 to 50 % and adding production organisms for ethanol formation and cultivating for 3 to 5 days with periodic ventilation, f) then ceasing the addition of enzyme-forming cultures and restricting the addition of ethanol-forming organisms to 25 to 50 % and cultivating for 3 to 10 days, optionally with the addition of production organisms for acetic-acid formation, wherein, as enzyme-forming cultures, microorganisms are used which form or have inherently known endo- and exocellulases and glucosidases.
A gearbox comprising an input shaft and an output shaft; a first epicyclic gear that is connected to the input shaft; a second epicyclic gear that is connected to the first epicyclic gear; a first electrical machine that is connected to the first epicyclic gear; a second electrical machine that is connected to the second epicyclic gear; a first gear pair that is arranged between the first epicyclic gear and the output shaft; and a second gear pair that is arranged between the second epicyclic gear and the output shaft; wherein a first planet gear carrier at the first epicyclic gear is directly connected to a second sun gear at the second epicyclic gear; wherein a first sun gear at the first epicyclic gear is connected to a first main shaft; wherein a second planet gear carrier at the second epicyclic gear is connected to a second main shaft; and wherein the first and second gear pairs (60; 66) are connected to the output shaft via a side shaft; characterised in that the input shaft is connected to the first planet gear carrier, and that a switch is connected to the first and second electrical machines (14, 16), which are connected to an energy store through the switch.
A boom mounting assembly for attachment to an agricultural machine, comprising - a primary frame; - a boom support frame configured to support a boom and suspended from the primary frame such that the boom support frame can pivot at least in a transverse plane around a longitudinal axis of rotation provided in a pivot point; and - at least one bearing assembly provided on the primary frame or the boom support frame and configured for guiding a movement of the boom support frame relative to the primary frame, wherein the at least one bearing assembly comprises a bearing member, the bearing member defining a bearing surface which is configured to rest detachably against at least one of the primary frame, the boom support frame, and a boom section of the boom, wherein the bearing surface is convexly curved in any direction in the transverse plane. - a primary frame; - a boom support frame configured to support a boom and suspended from the primary frame such that the boom support frame can pivot at least in a transverse plane around a longitudinal axis of rotation provided in a pivot point; and - at least one bearing assembly provided on the primary frame or the boom support frame and configured for guiding a movement of the boom support frame relative to the primary frame,
A combination structure of a viewing cover and a frame member for a food container cover, comprising: the viewing cover having a combining slot, which has a uniform depth and extends along a periphery of a surface of a viewing cover body, and an engaging flange extending outward at a position above the combining slot; and the frame member including a plurality of locking wings connected to a frame member body via a living hinge, a wall portion of the frame member extending upward from the living hinge by a predetermined height, and further comprising a combining portion extending horizontally from the wall portion and then extending downward from the horizontal extension, wherein the combining portion is engaged with the combining slot, characterized in that an engaging hook is provided on an inner surface of the wall portion and the combining portion includes a plurality of combining portions arranged at regular intervals along a circumference of the wall portion. the viewing cover having a combining slot, which has a uniform depth and extends along a periphery of a surface of a viewing cover body, and an engaging flange extending outward at a position above the combining slot; and the frame member including a plurality of locking wings connected to a frame member body via a living hinge, a wall portion of the frame member extending upward from the living hinge by a predetermined height, and further comprising a combining portion extending horizontally from the wall portion and then extending downward from the horizontal extension, wherein the combining portion is engaged with the combining slot, an engaging hook is provided on an inner surface of the wall portion and the combining portion includes a plurality of combining portions arranged at regular intervals along a circumference of the wall portion.
Oil retaining ring for retaining oil in a bearing (14, 15, 16), with - a holding ring in the form of a internal Seeger circlip ring, characterised in that the oil retaining ring comprises - a baffle placed on an inner periphery of the holding ring, comprising an outer retaining wall and an inner retaining wall connected to the outer retaining wall along a groove serving as a rupture joint. - a holding ring in the form of a internal Seeger circlip ring, - a baffle placed on an inner periphery of the holding ring, comprising an outer retaining wall and an inner retaining wall connected to the outer retaining wall along a groove serving as a rupture joint.
A radio station (2, 4) that is used in a radio communication network and is capable of transmitting and receiving user data including downlink user data and uplink user data to and from a plurality of mobile stations via an air interface, the radio station (2, 4) comprising: a first part (2A, 4A); and at least one second part (2B, 4B) that can be arranged so as to be physically separated from the first part (2A, 4A), and is connected to the first part (2A, 4A) via a transmission line so as to be able to communicate with the first part (2A, 4A), wherein the first part (2A, 4A) comprises first scheduling means for performing dynamic scheduling to allocate a plurality of radio resources to the plurality of mobile stations or the user data, the second part (2B, 4B) comprises physical layer means for performing signal processing including channel coding for transmitting the downlink user data to the air interface and channel decoding for restoring the uplink user data from a signal received from the air interface, the second part (2B, 4B) further comprises bearer termination means configured to terminate a plurality of bearers established between an upper network and the radio station (2, 4), and the second part (2B, 4B) further comprises layer 2 means configured to perform layer 2 processing including processing of a radio link control, RLC, sublayer and processing of a medium access control, MAC, sublayer except for the dynamic scheduling, utilizing the bearer termination means as an upper protocol layer and the physical layer means as a lower protocol layer. a first part (2A, 4A); and at least one second part (2B, 4B) that can be arranged so as to be physically separated from the first part (2A, 4A), and is connected to the first part (2A, 4A) via a transmission line so as to be able to communicate with the first part (2A, 4A), wherein the first part (2A, 4A) comprises first scheduling means for performing dynamic scheduling to allocate a plurality of radio resources to the plurality of mobile stations or the user data, the second part (2B, 4B) comprises physical layer means for performing signal processing including channel coding for transmitting the downlink user data to the air interface and channel decoding for restoring the uplink user data from a signal received from the air interface, the second part (2B, 4B) further comprises bearer termination means configured to terminate a plurality of bearers established between an upper network and the radio station (2, 4), and the second part (2B, 4B) further comprises layer 2 means configured to perform layer 2 processing including processing of a radio link control, RLC, sublayer and processing of a medium access control, MAC, sublayer except for the dynamic scheduling, utilizing the bearer termination means as an upper protocol layer and the physical layer means as a lower protocol layer.
Method for producing a material strip having an integrated electronic component, said method comprising the following steps: feeding a material web which is first wound on a roll and unwound by a feeding device; cutting off a first material piece from the material web; cutting off a second material piece from the same material web; placing an electronic component onto the first material piece or onto the second material piece; placing the second material piece onto the first material piece, or the first material piece onto the second material piece in such a way that the electronic component is received between the first material piece and the second material piece; wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber. feeding a material web which is first wound on a roll and unwound by a feeding device; cutting off a first material piece from the material web; cutting off a second material piece from the same material web; placing an electronic component onto the first material piece or onto the second material piece; placing the second material piece onto the first material piece, or the first material piece onto the second material piece in such a way that the electronic component is received between the first material piece and the second material piece; wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber.
A prosthetic heart valve, comprising: a stent extending in a longitudinal direction, the stent being formed of a plurality of struts forming cells and having a plurality of commissure features, a collapsed condition and an expanded condition; a valve assembly secured to the stent, the valve assembly including a cuff and a plurality of leaflets, the cuff being formed of a fabric and a second material different from the fabric, the cuff having commissure peaks and a plurality of midpeaks disposed between the commissure peaks, each of the leaflets having a free edge; characterised in that the cuff includes a plurality of triangular buffers formed from the second material, each of the triangular buffers including three edges and being disposed at one of the midpeaks, one of the edges being coupled to the fabric, and two of the edges being coupled to struts (603a, 603b)such that abrasion between one of the leaflets and the cuff is minimised. a stent extending in a longitudinal direction, the stent being formed of a plurality of struts forming cells and having a plurality of commissure features, a collapsed condition and an expanded condition; a valve assembly secured to the stent, the valve assembly including a cuff and a plurality of leaflets, the cuff being formed of a fabric and a second material different from the fabric, the cuff having commissure peaks and a plurality of midpeaks disposed between the commissure peaks, each of the leaflets having a free edge; characterised in that the cuff includes a plurality of triangular buffers formed from the second material, each of the triangular buffers including three edges and being disposed at one of the midpeaks, one of the edges being coupled to the fabric, and two of the edges being coupled to struts (603a, 603b)such that abrasion between one of the leaflets and the cuff is minimised.
Dietary and/or pharmaceutical compositions for oral administration, characterized in that they contain a Vanilla tahitensis extract, a Padina pavonica extract and a Fleur de sel (flos salis) extract as active ingredients, intended for oral consumption, in a mixture or in combination with one or more acceptable oral excipients.
A method for simulating orthodontic treatment, the method comprising: receiving an electronic image of a user's face; detecting the user's face in the electronic image using a model trained through deep learning; detecting facial landmarks using a shape predictor model which uses deep learning or other machine learning algorithms; estimating a rough face pose using a generalized 3D landmark model and the detected facial landmarks; identifying and cropping a region of interest in the image using the detected facial landmarks and the rough face pose, wherein the region of interest includes the user's teeth; placing virtual orthodontic appliances on the user's teeth in the image, wherein a rendered orthodontic appliance is overlaid onto the region of interest; and displaying on an electronic display device the user's image with the virtual orthodontic appliances, wherein the receiving, identifying, placing, and displaying steps occur in real-time. receiving an electronic image of a user's face; detecting the user's face in the electronic image using a model trained through deep learning; detecting facial landmarks using a shape predictor model which uses deep learning or other machine learning algorithms; estimating a rough face pose using a generalized 3D landmark model and the detected facial landmarks; identifying and cropping a region of interest in the image using the detected facial landmarks and the rough face pose, wherein the region of interest includes the user's teeth; placing virtual orthodontic appliances on the user's teeth in the image, wherein a rendered orthodontic appliance is overlaid onto the region of interest; and displaying on an electronic display device the user's image with the virtual orthodontic appliances, wherein the receiving, identifying, placing, and displaying steps occur in real-time.