mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing electrolytic manganese dioxide powder, comprising: providing an electrolytic manganese dioxide chip which is an irregularly shaped sheet-like object and has a maximum linear dimension not larger than 200mm; performing a grinding step and a neutralization step; and finally obtaining an electrolytic manganese dioxide powder, wherein the aid agent comprises an alkaline earth oxide powder, wherein the grinding step and the neutralization step specifically comprise: performing the grinding step before the neutralization step, and adding an aid agent only in the grinding step, or adding the aid agent both in the grinding step and in the neutralization step; or performing the grinding step after the neutralization step, and adding the aid agent only in the neutralization step, or adding the aid agent both in the grinding step and in the neutralization step. providing an electrolytic manganese dioxide chip which is an irregularly shaped sheet-like object and has a maximum linear dimension not larger than 200mm; performing a grinding step and a neutralization step; and finally obtaining an electrolytic manganese dioxide powder, wherein the aid agent comprises an alkaline earth oxide powder, wherein the grinding step and the neutralization step specifically comprise: performing the grinding step before the neutralization step, and adding an aid agent only in the grinding step, or adding the aid agent both in the grinding step and in the neutralization step; or performing the grinding step after the neutralization step, and adding the aid agent only in the neutralization step, or adding the aid agent both in the grinding step and in the neutralization step. performing the grinding step before the neutralization step, and adding an aid agent only in the grinding step, or adding the aid agent both in the grinding step and in the neutralization step; or performing the grinding step after the neutralization step, and adding the aid agent only in the neutralization step, or adding the aid agent both in the grinding step and in the neutralization step.
Motor vehicle having at least one sensor (2 - 7) for detecting a vehicle environment, which is movable by means of an actuator along a guide spaced to the inside from the outer skin of the motor vehicle , wherein the sensor (2 - 7) is movable along the guide into different detecting positions, wherein in the detecting positions the sensor (2 - 7) is spaced to the inside from the outer skin of the motor vehicle, wherein the sensor (2 - 7) is movable along the guide into one of the corners of the motor vehicle as well as to the centre of the motor vehicle , wherein the motor vehicle has a control apparatus which is configured to control the actuator corresponding to a command of a driver assistance system , wherein data from a storage apparatus or a driver assistance system are supplied to the control apparatus which contain the desired detection positions for the sensor (2 - 7), wherein in the case that a crossing assistant is activated, the sensor (2 - 7) is movable on the part of the actuator, by means of being controlled by the control apparatus , into the corners and wherein in the case of an activation of an ACC, the sensor (2 - 7) is movable on the part of the actuator, by means of being controlled by the control apparatus , centrally to the front of the motor vehicle .
An intraoral scanner (IOS) comprising: at least one imager; at least two pattern projectors; wherein: said at least two projectors are distanced from said at least one imager by different baseline distances; said at least two projectors have overlapping fields of view (FOVs) with a field of view (FOV) of said at least one imager; and a processor configured to determine a working distance of said at least one imager from a region of interest (ROI); and to select one of said at least two pattern projectors at a given time, according to said working distance of said at least one imager from said region of interest (ROI). at least one imager; at least two pattern projectors; wherein: said at least two projectors are distanced from said at least one imager by different baseline distances; said at least two projectors have overlapping fields of view (FOVs) with a field of view (FOV) of said at least one imager; and a processor configured to determine a working distance of said at least one imager from a region of interest (ROI); and to select one of said at least two pattern projectors at a given time, according to said working distance of said at least one imager from said region of interest (ROI). said at least two projectors are distanced from said at least one imager by different baseline distances; said at least two projectors have overlapping fields of view (FOVs) with a field of view (FOV) of said at least one imager; and a processor configured
Device for delivery of film for packaging products by bundling, said device comprising - At least two reels , each comprising at least one support shaft for a film roll as well as a film guide , - A return roller , up to which, during operation, a film, a so-called unwound film , travels, from a roll of one of the reels , a so-called unwound roll ; - A loader, for bringing the film, so-called reserve film , from one roll of the at least one other reel , so-called reserve roll , close to the unwound film , said loader comprises a rotor , which rolls up the reserve film around it in such a way as to bring it close to the unwound film , the delivery device characterized in that it comprises: a welding station associated with each reel and configured for connecting the reserve film to the unwound film by welding them by a first welding bead, said device being configured for making the rotor rotate again in the same direction of travel as the one used for the rolling-up of the reserve film around the rotor , and for connecting the reserve film to the unwound film by weldeding them by a second welding bead. - At least two reels , each comprising at least one support shaft for a film roll as well as a film guide , - A return roller , up to which, during operation, a film, a so-called unwound film , travels, from a roll of one of the reels , a so-called unwound roll ; - A loader, for bringing the film, so-called reserve film , from one roll of the at least one other reel , so-called reserve roll , close to the unwound film , said loader comprises a rotor , which rolls up the reserve film around it in such a way as to bring it close to the unwound film , a welding station associated with each reel and configured for connecting the reserve film to the unwound film by welding them by a first welding bead, said device being configured for making the rotor rotate again in the same direction of travel as the one used for the rolling-up of the reserve film around the rotor , and for connecting the reserve film to the unwound film by weldeding them by a second welding bead.
Implant for stabilising and/or fusing the sacroiliac joint, having an elongated, coiled outer shape, comprising - a conically tapering inner core having a passage opening , which extends across the entire axial length of the implant in the axial direction along a central longitudinal axis (L), and - ribs running at least sectionally radially outwards, which are arranged on the inner core and extend helically around at least a section of the inner core in the axial direction, wherein the ribs extending helically across the axial length of the implant are wound across an angular region of less than 180° around the central longitudinal axis. - a conically tapering inner core having a passage opening , which extends across the entire axial length of the implant in the axial direction along a central longitudinal axis (L), and - ribs running at least sectionally radially outwards, which are arranged on the inner core and extend helically around at least a section of the inner core in the axial direction, wherein the ribs extending helically across the axial length of the implant are wound across an angular region of less than 180° around the central longitudinal axis.
Adapter for connecting a refill container to a container during a refilling process, wherein the adapter has a connection element for operative connection to a pouring opening of the container and a filling element for operative connection to a pouring opening of the refill container , wherein the connection element and the filling element are connected to one another by a connection element in such a way that an opening is formed between the connection element and the filling element , wherein the connection element has at least two webs which each extend from the connection element to the filling element , characterized in that the at least two webs extend axially in the region of the connection to the filling element in such a way that they each have a filling rib form.
A mobile terminal , comprising: a display unit ; a camera configured to enter a capture mode; a controller configured to receive a start input corresponding to a first voice input for starting a grouping image process, capture via the camera at least one image, and receive an end input corresponding to a second voice input for ending the grouping image process; and a memory configured to store the at least one image captured between the start input and the end input in a group, wherein the controller is further configured to: display a first image captured by the camera ; receive a first memo inputted to the display unit by a touch pen or a finger during displaying the first image ; recognize a first text among the first memo input; set a first file name of the first image using the recognized first text; display a second image captured by the camera ; set a second file name of the second image using the recognized first text; wherein the first file name and the second file name are differently set according to a captured order by the camera ; display a third image captured by the camera ; receive a second memo inputted to the display unit by the touch pen or the finger during displaying the third image ; recognize a second text among the second memo input; set a third file name of the third image using the recognized second text. a display unit ; a camera configured to enter a capture mode; a controller configured to receive a start input corresponding to a first voice input for starting a grouping image process, capture via the camera at least one image, and receive an end input corresponding to a second voice input for ending the grouping image process; and a memory configured to store the at least one image captured between the start input and the end input in a group, wherein the controller is further configured to: display a first image captured by the camera ; receive a first memo inputted to the display unit by a touch pen or a finger during displaying the first image ; recognize a first text among the first memo input; set a first file name of the first image using the recognized first text; display a second image captured by the camera ; set a second file name of the second image using the recognized first text; wherein the first file name and the second file name are differently set according to a captured order by the camera ; display a third image captured by the camera ; receive a second memo inputted to the display unit by the touch pen or the finger during displaying the third image ; recognize a second text among the second memo input; set a third file name of the third image using the recognized second text.
A platform for rail-road transport, in particular wood and metal logs, consisting of a frame , stanchions and at least one transverse wall , the platform frame being made of a floor and sideboards with forklift pockets provided therein, the floor having the form of a rectangle consisting of two longitudinal beams , two transverse beams and support beams spanning between the longitudinal beams , whereby each single sideboard consists of a skid , a handrail , vertical posts and stanchion slots , characterised in that the skids and the handrails end with container corner castings , a connector for hook-loading is mounted to the transverse wall , transport rollers and rails are mounted symmetrically relative to the frame under the floor and the rails are designed for engaging the roller mechanism of a hook device , and in each rail there are two forklift pockets , the position of which corresponds to the position of the forklift pockets in the sideboards , wherein the spacing of axes of the forklift pockets in the rails is equal to the spacing of axes of forklift pockets of 6,1 meter (20-foot) ISO containers.
Method for producing a photoacoustic gas sensor for a target gas comprising the steps of a) providing a wafer made of silicon and comprising a front side and a rear side , wherein the wafer comprises a buried insulation layer within the silicon; b) realizing a suspended thermal emitter comprising a first cavity which is disposed at the rear side of the wafer and forms a measuring volume and through which the gas and/or gas mixture to be examined can flow; c) realizing a sound-sensitive element at the front side of the wafer , wherein the sound-sensitive element comprises a second cavity in which the target gas is enclosed, wherein steps b) and c) are realized by means of photolithographic and etching processes such that the first cavity and the second cavity are separated from each other only by the buried insulation layer . a) providing a wafer made of silicon and comprising a front side and a rear side , wherein the wafer comprises a buried insulation layer within the silicon; b) realizing a suspended thermal emitter comprising a first cavity which is disposed at the rear side of the wafer and forms a measuring volume and through which the gas and/or gas mixture to be examined can flow; c) realizing a sound-sensitive element at the front side of the wafer , wherein the sound-sensitive element comprises a second cavity in which the target gas is enclosed, wherein steps b) and c) are realized by means of photolithographic and etching processes such that the first cavity and the second cavity are separated from each other only by the buried insulation layer .
An electrical connector assembly , comprising: a first connector , said first connector including a main body , a locking member , and first engagement members , said locking member including an indented portion ; and a second connector configured to receive said first connector , said second connector including a main body and a latching member that is slidable with respect to said main body of said second connector , said latching member including a biasing member and second engagement members configured to receive said first engagement members , wherein said locking member of said first connector is configured to deflect said biasing member of said second connector when said first connector is inserted into said second connector such that said biasing member engages said indented portion of said locking member thereby retaining said locking member in a locked position and indicating proper mating of said first connector and said second connector , and wherein, when said first connector is inserted into said second connector , said latching member slides with respect to said main body of said second connector to a latched position until said second engagement members receive said first engagement members for securely mating said first and second connectors . a first connector , said first connector including a main body , a locking member , and first engagement members , said locking member including an indented portion ; and a second connector configured to receive said first connector , said second connector including a main body and a latching member that is slidable with respect to said main body of said second connector , said latching member including a biasing member and second engagement members configured to receive said first engagement members , wherein said locking member of said first connector is configured to deflect said biasing member of said second connector when said first connector is inserted into said second connector such that said biasing member engages said indented portion of said locking member thereby retaining said locking member in a locked position and indicating proper mating of said first connector and said second connector , and wherein, when said first connector is inserted into said second connector , said latching member slides with respect to said main body of said second connector to a latched position until said second engagement members receive said first engagement members for securely mating said first and second connectors .
A method of producing a storable implant having an ultrahydrophilic surface, comprising placing the implant having an ultrahydrophilic surface with dynamic contact angles of 0° to 10° when the surface of the implant is wetted with water and with a contact angle hysteresis of less than 5° when the surface of the implant is wetted with water, in a salt-containing aqueous solution which is inert with respect to the surface and which surrounds the implant on all sides, and the salt-containing aqueous solution is evaporated to form an exsiccation layer which stabilises and protects the surface of the implant, wherein the implant consists of a material which is selected from the group of metals, metallic alloys and combinations thereof with ceramic materials and which optionally has an oxide layer on the surface.
A lighting device , comprising: a carrier comprising: at least one mounting portion for receiving at least one lighting module , wherein the at least one carrier has a triangular cross section at least in sections, with the at least one mounting portion being arranged on an edge of the triangular cross section; and a heat sink body portion arranged adjacent to the at least one mounting portion , wherein the heat sink body portion protrudes sidewards from the at least one mounting portion , at least one structure comprised by the at least one mounting portion for receiving the at least one lighting module , characterized in that the at least one structure comprises at least three mounting faces for receiving a respective at least one lighting module on each of the at least three mounting faces , in that each of the at least three mounting faces has an arrangement direction and is configured for the at least one lighting module arranged along the arrangement direction , at least one lighting module mounted along the arrangement direction of each of the at least three mounting faces , and and in that the at least one carrier further comprises at least one cavity for receiving at least one circuit board or a pre-molded package to be electrically coupled to the at least one lighting module . a carrier comprising: at least one mounting portion for receiving at least one lighting module , wherein the at least one carrier has a triangular cross section at least in sections, with the at least one mounting portion being arranged on an edge of the triangular cross section; and a heat sink body portion arranged adjacent to the at least one mounting portion , wherein the heat sink body portion protrudes sidewards from the at least one mounting portion , at least one structure comprised by the at least one mounting portion for receiving the at least one lighting module , characterized in that the at least one structure comprises at least three mounting faces for receiving a respective at least one lighting module on each of the at least three mounting faces , in that each of the at least three mounting faces has an arrangement direction and is configured for the at least one lighting module arranged along the arrangement direction , at least one lighting module mounted along the arrangement direction of each of the at least three mounting faces , and and in that the at least one carrier further comprises at least one cavity for receiving at least one circuit board or a pre-molded package to be electrically coupled to the at least one lighting module .
A rotary knob for use in a household appliance comprising a panel which includes one or more regulator shafts; a control unit which has one or more electrical connections for supplying electric power, the rotary knob comprising a non-transparent handle which has a hub adapted to releasably receive the respective regulator shaft; a cavity , an illuminating device adapted to illuminate the cavity , wherein the illuminating device includes a connector for receiving the respective electrical connection; and an indicator which is made from a transparent material, wherein the indicator is eccentrically disposed onto the handle so as to face the user and adapted to receive the illumination from the cavity , wherein the rotary knob comprises a collar which is made from a transparent material, wherein the collar is circumferentially disposed onto the handle so as face the user and adapted to receive the illumination from the cavity , wherein the handle , the hub , the illuminating device including the connector , the indicator , and the collar are adapted for releasable installation onto the panel entirely from the outside and a separate holder adapted to releasably hold the illuminating device ; and a separate ring-shaped electrically insulating protective cover which is made from a transparent material, wherein the cover is adapted for releasable engagement with the holder with the illuminating device being held therebetween and to substantially uniformly spread the illumination into the cavity and a separate base adapted for releasable installation directly onto the panel entirely from the outside, wherein the holder is further adapted for releasable accommodation within a depression of the base and wherein the cover is also adapted for accommodation within the depression of the base at a position above the illuminating device .
A battery module comprising: a plurality of carriers stacked on top of one another to form a cell stack having a front end and a rear end , each of the carriers containing a battery cell; a duct extending through the cell stack between the front end and the rear end for collecting escaped gases from the battery cells; and a pressure relief valve placed in the duct toward the rear end of the cell stack . a plurality of carriers stacked on top of one another to form a cell stack having a front end and a rear end , each of the carriers containing a battery cell; a duct extending through the cell stack between the front end and the rear end for collecting escaped gases from the battery cells; and a pressure relief valve placed in the duct toward the rear end of the cell stack .
Sealing ring for sealing the connection site of two hollow cylindrical tubes positioned end on end, comprising a hollow cylindrical sleeve which comprises an outer lateral sleeve surface and an inner lateral sleeve surface , the inner lateral sleeve surface having at least one annular recess extending in the circumferential direction, which recess is delimited in the proximal and distal directions by at least one inwardly projecting sealing lip such that, when the sealing ring is in a state attached to a pipe end, a cavity is formed between the outer lateral tube surface, the two sealing lips and the recess , the sleeve being provided with at least two channels which connect the recess with the environment of the sleeve through the sleeve , characterized in that a first of the at least two channels connects the recess with the outer lateral sleeve surface and a second of the at least two channels connects the recess with the inner lateral sleeve surface .