mhurhangee/patent-ind-claim-en huggingface dataset:
A motor vehicle comprising an electric drive, in particular an electric bus , in which components of the electric drive, in particular at least one traction battery and/or at least one auxiliary assembly , are arranged in the roof region, wherein the vehicle roof is at least partially formed by at least one multilayer roof structural part as a sandwich structural element , wherein the sandwich structural element has a sandwich lower wall as a roof base and a sandwich upper wall , which is spaced apart from said sandwich lower wall by an intermediate space at least at the height of the components , as a roof outer wall, and wherein the sandwich lower wall and the sandwich upper wall are connected to a structure comprising reinforcing elements with receiving spaces situated between the reinforcing elements as component compartments in which the components of the electric drive can be received and are arranged, characterized in that the components received in the sandwich structural element have a traction battery system, wherein provision is preferably made for this traction battery system to have a protective box , a battery management system (BMS), cells, cell modules, cell module controllers, a cooling arrangement and at least one cable harness as a 12 V cable harness and/or a 24 V cable harness and/or a high-voltage cable harness; and in that at least one further component as an auxiliary assembly is received in the sandwich structural element , in particular an air-conditioning system, a high-voltage distributor, charging devices, inverters, heating assemblies, braking resistors, a pantograph charging system, and cooling assemblies with, in particular, pumps, fans, valves, coolers, chillers and/or connecting elements for mounting the components in the component compartments .
A headlight device for illuminating in the direction in which a vehicle travels, comprising: an image capturing unit configured to capture an image in a traveling direction of a traveling vehicle; a vanishing point calculation unit configured to calculate, on the basis of an image captured by the image capturing unit , a position of a vanishing point in the image; a pair of headlights provided on a left side and a right side of a front portion of the vehicle and configured to emit light in a traveling direction of the vehicle; and an emission control unit configured to control emission of light from the headlight device such that lights from the pair of headlights are emitted to overlap each other at a position of a vanishing point on the basis of the position of the vanishing point calculated by the vanishing point calculation unit, and performing control to decrease the height of the range of illumination from the headlight positioned on the opposite side from the position of the vanishing point with respect to a vertical line indicating the horizontal center of the image. an image capturing unit configured to capture an image in a traveling direction of a traveling vehicle; a vanishing point calculation unit configured to calculate, on the basis of an image captured by the image capturing unit , a position of a vanishing point in the image; a pair of headlights provided on a left side and a right side of a front portion of the vehicle and configured to emit light in a traveling direction of the vehicle; and an emission control unit configured to control emission of light from the headlight device such that lights from the pair of headlights are emitted to overlap each other at a position of a vanishing point on the basis of the position of the vanishing point calculated by the vanishing point calculation unit, and performing control to decrease the height of the range of illumination from the headlight positioned on the opposite side from the position of the vanishing point with respect to a vertical line indicating the horizontal center of the image.
Method of manufacturing a foamed molded part without use of a release agent, the method having the following steps: - inserting a mold insert into the foam form or electroform of a device for manufacturing a molded part, - that is, a mold insert for a foam form or electroform, having an upper die and a lower die allocated to the same, with a cavity, - the molded part form imparting a shape to a foam introduced into the cavity, - the mold insert being arranged on the molded part form in a planar manner such that in the arranged state, a cavity reduced in volume is formed and the mold insert contributes to shape imparting of the material, - the surface of the mold insert, which is allocated to the cavity reduced in volume, being formed by polyethylene, and - introducing an additional mold insert into the molded part form, one mold insert each being allocated to the upper die and the lower die of the foam form or electroform; injecting a moldable material, in particular a foam, into the cavity reduced in volume, such that the cavity reduced in volume imparts the shape of the molded part to the material such that a molded part is produced, - taking out the molded part, - removing the molded part, where - a used mold insert is cleaned and reused, characterized in that - a material thickness of the respective mold insert is between 0.8 mm and 8 mm, and - a mold insert has a temperature conducting element made of metal. - inserting a mold insert into the foam form or electroform of a device for manufacturing a molded part, - that is, a mold insert for a foam form or electroform, having an upper die and a lower die allocated to the same, with a cavity, - the molded part form imparting a shape to a foam introduced into the cavity, - the mold insert being arranged on the molded part form in a planar manner such that in the arranged state, a cavity reduced in volume is formed and the mold insert contributes to shape imparting of the material, - the surface of the mold insert, which is allocated to the cavity reduced in volume, being formed by polyethylene, and - introducing an additional mold insert into the molded part form, one mold insert each being allocated to the upper die and the lower die of the foam form or electroform; injecting a moldable material, in particular a foam, into the cavity reduced in volume, such that the cavity reduced in volume imparts the shape of the molded part to the material such that a molded part is produced, - taking out the molded part, - removing the molded part, - a used mold insert is cleaned and reused, - a material thickness of the respective mold insert is between 0.8 mm and 8 mm, and - a mold insert has a temperature conducting element made of metal.
A seal having a ring shape and made of a rubber composition, the rubber composition containing: a rubber component containing a hydrogenated nitrile-butadiene rubber as a main part; a fatty acid amide; and carbon black having an average particle diameter of 60 nm or less, the rubber component being crosslinked by using an organic peroxide, a co-crosslinking agent, and sulfur, said sulfur being present in 0.1 parts to 1 part by mass relative to 100 parts of said rubber component.
A stereoscopic video pair generating method, wherein, based on auxiliary display information, for processing a three-dimensional video sequence to obtain a stereoscopic video pair, where the stereoscopic video pair is displayed on a stereoscopic display D1; the auxiliary display information comprises camera viewpoint position information, virtual viewpoint position information and display scaling factor S1; the camera viewpoint position information indicates the position of a camera viewpoint C of a three-dimensional video sequence; the virtual viewpoint information indicates the position of a virtual viewpoint P1; the display scaling factor S 1 is a ratio of horizontal resolution Res 1 to horizontal width W1 of a stereoscopic display D1, i.e, S1=Res1/W1; the processing of a three-dimensional video sequence to obtain a stereoscopic video pair comprises: 1) choosing a video sequence of the camera viewpoint C of the three-dimensional video sequence as a video sequence V1 of the stereoscopic video pair; 2) determining a virtual viewpoint P2, and synthesizing a virtual viewpoint video sequence of the virtual point P2 based on depth values as a video sequence V2 of the stereoscopic video sequence, where the virtual viewpoint P2 is on a line between the camera viewpoint C and the virtual viewpoint P1, and the distance between the virtual viewpoint P2 and the camera viewpoint C is S1/K times of the distance between the camera viewpoint C and virtual viewpoint P1, where K is the ratio of the horizontal resolution Res3 to the horizontal width W3 of a pre-defined display D3. 1) choosing a video sequence of the camera viewpoint C of the three-dimensional video sequence as a video sequence V1 of the stereoscopic video pair; 2) determining a virtual viewpoint P2, and synthesizing a virtual viewpoint video sequence of the virtual point P2 based on depth values as a video sequence V2 of the stereoscopic video sequence, where the virtual viewpoint P2 is on a line between the camera viewpoint C and the virtual viewpoint P1, and the distance between the virtual viewpoint P2 and the camera viewpoint C is S1/K times of the distance between the camera viewpoint C and virtual viewpoint P1, where K is the ratio of the horizontal resolution Res3 to the horizontal width W3 of a pre-defined display D3.
A system for generating a synthetic 2D image with an enhanced depth of field of a biological sample, the system comprising: - a microscope-scanner ; and - a processing unit ; wherein the microscope scanner is configured to acquire first image data at a first lateral position of the biological sample and second image data at a second lateral position of the biological sample; wherein the microscope scanner is configured to acquire third image data at the first lateral position and fourth image data at the second lateral position, wherein the third image data is acquired at a depth that is different than that for the first image data and the fourth image data is acquired at a depth that is different than that for the second image data; wherein the processing unit is configured to generate first working image data for the first lateral position, the generation comprising processing the first image data and the third image data by a focus stacking algorithm, and the processing unit is configured to generate second working image data for the second lateral position, the generation comprising processing the second image data and the fourth image data by the focus stacking algorithm to generate second working image data for the second lateral position; and wherein the processing unit is configured to combine the first working image data and the second working image data, during acquisition of image data, to generate the synthetic 2D image with an enhanced depth of field of the biological sample. - a microscope-scanner ; and - a processing unit ; wherein the microscope scanner is configured to acquire first image data at a first lateral position of the biological sample and second image data at a second lateral position of the biological sample; wherein the microscope scanner is configured to acquire third image data at the first lateral position and fourth image data at the second lateral position, wherein the third image data is acquired at a depth that is different than that for the first image data and the fourth image data is acquired at a depth that is different than that for the second image data; wherein the processing unit is configured to generate first working image data for the first lateral position, the generation comprising processing the first image data and the third image data by a focus stacking algorithm, and the processing unit is configured to generate second working image data for the second lateral position, the generation comprising processing the second image data and the fourth image data by the focus stacking algorithm to generate second working image data for the second lateral position; and wherein the processing unit is configured to combine the first working image data and the second working image data, during acquisition of image data, to generate the synthetic 2D image with an enhanced depth of field of the biological sample.
A method for generating a rights blockchain storing rights of a user, the method being performed by a registration authority and comprising: receiving an enrollment request and a public key from the user; verifying that the user has a private key corresponding to the public key; generating a user identifier using the public key; generating and delivering the rights blockchain having a genesis block including the user identifier to the user; and receiving from the user the rights blockchain, when the user acquires rights to new protected content, updating the rights blockchain by including a new block having a content identifier of the protected content and associated usage rights, and returning the updated right blockchain to the user, wherein the protected content includes the content identifier, scrambled content, and an encrypted control word, the encrypted control word being a random number generated by, a content provider which has been encrypted, wherein the scrambled content is descrambled using the control word. receiving an enrollment request and a public key from the user; verifying that the user has a private key corresponding to the public key; generating a user identifier using the public key; generating and delivering the rights blockchain having a genesis block including the user identifier to the user; and receiving from the user the rights blockchain, when the user acquires rights to new protected content, updating the rights blockchain by including a new block having a content identifier of the protected content and associated usage rights, and returning the updated right blockchain to the user, wherein the protected content includes the content identifier, scrambled content, and an encrypted control word, the encrypted control word being a random number generated by, a content provider which has been encrypted, wherein the scrambled content is descrambled using the control word.
A fluid nozzle element with a supply body , said supply body including an "attachment" face and a "bearing" face opposite to the attachment face, as well as an axial passageway between said attachment face and said bearing face, said axial passageway communicating with a transverse opening provided in said supply body, the nozzle further including a conduit structure communicating with said transverse opening , the conduit structure being connected by a first end to said supply body, said conduit structure extending laterally relative to said supply body and including a free end (15. 2) forming a discharge end fitted with one or more discharge ports for discharging said fluid, said supply body and said conduit structure being formed of a block of a plastic or polymer material, characterized in that the fluid nozzle element further comprises: an attachment plate , made of a metal material and/or of a material with greater rigidity than said plastic material, said attachment plate being assembled to said attachment face of said supply body . said supply body and said conduit structure being formed of a block of a plastic or polymer material, characterized in that the fluid nozzle element further comprises: an attachment plate , made of a metal material and/or of a material with greater rigidity than said plastic material, said attachment plate being assembled to said attachment face of said supply body .
Optical apparatus , comprising: a diffractive optical element (DOE) , comprising: multiple optical surfaces, including at least an entrance surface and an exit surface; a side surface, wherein the side surface is not parallel to the optical surfaces of the DOE and comprises one segment or multiple segments , which together make up the side surface; and a grating , which is formed on at least one of the optical surfaces so as to receive and diffract first radiation from a primary radiation source that enters the DOE through the entrance surface, is diffracted by the grating, and exits the DOE via the exit surface; at least one secondary radiation source , which is configured to direct second radiation to impinge on a first location on the side surface, causing at least part of the second radiation to propagate within the DOE while diffracting internally from the grating and to exit through at least one second location on the side surface; and at least one radiation detector , which is positioned in proximity to the at least one second location so as to receive and sense an intensity of the second radiation that has exited through the side surface. a diffractive optical element (DOE) , comprising: multiple optical surfaces, including at least an entrance surface and an exit surface; a side surface, wherein the side surface is not parallel to the optical surfaces of the DOE and comprises one segment or multiple segments , which together make up the side surface; and a grating , which is formed on at least one of the optical surfaces so as to receive and diffract first radiation from a primary radiation source that enters the DOE through the entrance surface, is diffracted by the grating, and exits the DOE via the exit surface; multiple optical surfaces, including at least an entrance surface and an exit surface; a side surface, wherein the side surface is not parallel to the optical surfaces of the DOE and comprises one segment or multiple segments , which together make up the side surface; and a grating , which is formed on at least one of the optical surfaces so as to receive and diffract first radiation from a primary radiation source that enters the DOE through the entrance surface, is diffracted by the grating, and exits the DOE via the exit surface; at least one secondary radiation source , which is configured to direct second radiation to impinge on a first location on the side surface, causing at least part of the second radiation to propagate within the DOE while diffracting internally from the grating and to exit through at least one second location on the side surface; and at least one radiation detector , which is positioned in proximity to the at least one second location so as to receive and sense an intensity of the second radiation that has exited through the side surface.
A waterproof electronic control device, comprising: a bottomed case enclosed by at least one first side wall and a second side wall higher than the first side wall and having an aperture portion in an upper portion, a first inclined portion , that inclines continuously from the second side wall to the first side wall , being formed on the side of the case to which a connector unit is attached; the connector unit attached to the first side wall side of the case and carrying out an electrical connection with an interior of the case, a second inclined portion , that opposes the first inclined portion when inserted into the case , being formed in the connector unit ; a cover that covers the aperture portion of the case and an upper portion of the connector unit, wherein a waterproofing member is disposed on a contact face of each of the case, connector unit, and cover, characterized in that : a first joint portion having a regulating wall disposed in a direction opposing the first inclined portion , is formed on the side of the case to which the connector unit is attached, and a second joint portion that comes into contact with an inner face of the regulating wall when inserted into the case and brings the first inclined portion and second inclined portion into contact at a final insertion stage thereof, is formed in the connector unit . a bottomed case enclosed by at least one first side wall and a second side wall higher than the first side wall and having an aperture portion in an upper portion, a first inclined portion , that inclines continuously from the second side wall to the first side wall , being formed on the side of the case to which a connector unit is attached; the connector unit attached to the first side wall side of the case and carrying out an electrical connection with an interior of the case, a second inclined portion , that opposes the first inclined portion when inserted into the case , being formed in the connector unit ; a cover that covers the aperture portion of the case and an upper portion of the connector unit, wherein a waterproofing member is disposed on a contact face of each of the case, connector unit, and cover, characterized in that : a first joint portion having a regulating wall disposed in a direction opposing the first inclined portion , is formed on the side of the case to which the connector unit is attached, and a second joint portion that comes into contact with an inner face of the regulating wall when inserted into the case and brings the first inclined portion and second inclined portion into contact at a final insertion stage thereof, is formed in the connector unit . a first joint portion having a regulating wall disposed in a direction opposing the first inclined portion , is formed on the side of the case to which the connector unit is attached, and a second joint portion that comes into contact with an inner face of the regulating wall when inserted into the case and brings the first inclined portion and second inclined portion into contact at a final insertion stage thereof, is formed in the connector unit .
A battery pack, comprising: a plurality of stacked battery cells ; and a case body that has a first bottom portion and a first side portion and that accommodates the plurality of battery cells , the first bottom portion being a portion on which the plurality of battery cells are placed, the first side portion rising from the first bottom portion , wherein a coolant path through which coolant flows is provided inside the first side portion , the battery pack further comprising: a heat conduction member interposed between each of the battery cells and the case body , wherein the heat conduction member has a second side portion disposed between each of the battery cells and the first side portion an upper end portion of the second side portion is disposed above the coolant path , and a lower end portion of the second side portion is disposed below the coolant path characterized in that the heat conduction member is composed of an adhesive agent that joins each of the battery cells to the case body . a plurality of stacked battery cells ; and a case body that has a first bottom portion and a first side portion and that accommodates the plurality of battery cells , the first bottom portion being a portion on which the plurality of battery cells are placed, the first side portion rising from the first bottom portion , wherein a coolant path through which coolant flows is provided inside the first side portion , the battery pack further comprising: a heat conduction member interposed between each of the battery cells and the case body , wherein the heat conduction member has a second side portion disposed between each of the battery cells and the first side portion an upper end portion of the second side portion is disposed above the coolant path , and a lower end portion of the second side portion is disposed below the coolant path characterized in that the heat conduction member is composed of an adhesive agent that joins each of the battery cells to the case body . a heat conduction member interposed between each of the battery cells and the case body , wherein the heat conduction member has a second side portion disposed between each of the battery cells and the first side portion an upper end portion of the second side portion is disposed above the coolant path , and a lower end portion of the second side portion is disposed below the coolant path characterized in that the heat conduction member is composed of an adhesive agent that joins each of the battery cells to the case body .