mhurhangee/patent-ind-claim-en huggingface dataset:
A pipe cap, in particular for rubber pipe, comprising a substantially cup-shaped body which has at least a base , a lateral wall and an open end , the pipe cap allowing fitting in which the pipe is inserted inside the cup-shaped body and allowing fitting in which the pipe is positioned on an outer surface of the lateral wall, said body being suitable for being positioned inside and/or outside a pipe, the cap comprising a plurality of projections which are arranged at different heights on the outer surface and/or inner surface of the lateral wall of the cup, wherein the cap comprises a plurality of projections which are arranged at the same height as each other and are spaced from each other along the circumference of the outer surface and/or of the inner surface of the wall of the cup; characterised in that the projections arranged spaced from each other at a first height are offset relative to projections arranged spaced from each other at a second height.
A method of speeding up fabricating thin-film photovoltaic cells devices comprising at least two different alkali metals, with a roll-to-roll manufacturing apparatus at high speed, the method comprising the steps: (i) providing a substrate delivered between a delivery roll and a take-up roll of a roll-to-roll manufacturing apparatus; (ii) forming a back-contact layer ; (iii) forming at least one absorber layer , which absorber layer is made of an ABC chalcogenide material, including ABC chalcogenide material ternary, quaternary, pentanary, or multinary variations, wherein A represents elements of group 11 of the periodic table of chemical elements as defined by the International Union of Pure and Applied Chemistry including Cu and Ag, B represents elements in group 13 of the periodic table including In, Ga, and Al, and C represents elements in group 16 of the periodic table including S, Se, and Te; and (iv) forming at least one front-contact layer ; characterized in that the substrate is an alkali-nondiffusing substrate; and that selectable quantities of at least one and preferably at least two different alkali metals are added between steps (iii) and (iv) by vapor deposition in elemental form or precursor thereof, the selectable quantities of alkali metal(s) being added from a vapor deposition source external to the alkali-nondiffusing substrate ; wherein said at least one alkali metal(s) comprise Rb and/or Cs, and wherein following forming said front-contact layer , in the interval of layers from back-contact layer , exclusive, to front-contact layer , inclusive, the comprised amounts resulting from adding the selectable quantities of the at least one alkali metal(s) are, for Rb and/or Cs, in the range of 200 to 10000 atoms per million atoms (ppm) and, where at least another alkali metal is present in the range of 5 to 10000 ppm and at most 1/2 and at least 1/2000 of the comprised amount of Rb and/or Cs. (i) providing a substrate delivered between a delivery roll and a take-up roll of a roll-to-roll manufacturing apparatus; (ii) forming a back-contact layer ; (iii) forming at least one absorber layer , which absorber layer is made of an ABC chalcogenide material, including ABC chalcogenide material ternary, quaternary, pentanary, or multinary variations, wherein A represents elements of group 11 of the periodic table of chemical elements as defined by the International Union of Pure and Applied Chemistry including Cu and Ag, B represents elements in group 13 of the periodic table including In, Ga, and Al, and C represents elements in group 16 of the periodic table including S, Se, and Te; and (iv) forming at least one front-contact layer ; characterized in that the substrate is an alkali-nondiffusing substrate; and that selectable quantities of at least one and preferably at least two different alkali metals are added between steps (iii) and (iv) by vapor deposition in elemental form or precursor thereof, the selectable quantities of alkali metal(s) being added from a vapor deposition source external to the alkali-nondiffusing substrate ;
An inside handle device comprising: a handle base attached to a door panel of a vehicle; a lock lever configured to be rotatably supported on the handle base ; a stopper portion provided on the handle base and configured to limit a rotation range of the lock lever ; and an impact absorbing portion provided on the handle base and configured to absorb an impact generated by a contact of the lock lever with the stopper portion , wherein the impact absorbing portion includes an impact absorbing wall portion , wherein the impact absorbing wall portion is disposed apart from a partition wall portion of the handle base , characterized in that a first wall thickness (T1) of the impact absorbing wall portion is formed to be thinner than a second wall thickness (T2) of the partition wall portion constituting a part of a peripheral edge of a shaft support hole of the handle base . a handle base attached to a door panel of a vehicle; a lock lever configured to be rotatably supported on the handle base ; a stopper portion provided on the handle base and configured to limit a rotation range of the lock lever ; and an impact absorbing portion provided on the handle base and configured to absorb an impact generated by a contact of the lock lever with the stopper portion , wherein the impact absorbing portion includes an impact absorbing wall portion , wherein the impact absorbing wall portion is disposed apart from a partition wall portion of the handle base , characterized in that a first wall thickness (T1) of the impact absorbing wall portion is formed to be thinner than a second wall thickness (T2) of the partition wall portion constituting a part of a peripheral edge of a shaft support hole of the handle base .
A medical system comprising: a display system ; a medical instrument ; and a control system communicatively coupled to the display system , the control system configured to: display image data of a patient anatomy via the display system ; determine, while the medical instrument navigates the patient anatomy, that a distal portion of the medical instrument is within a threshold distance of a target location in the patient anatomy; characterized in that the control system is further configured to: display an anatomical boundary via the display system if the distal portion of the medical instrument is within the threshold distance of the target location , the anatomical boundary indicating a surface of an anatomical structure of the patient anatomy. a display system ; a medical instrument ; and a control system communicatively coupled to the display system , the control system configured to: display image data of a patient anatomy via the display system ; determine, while the medical instrument navigates the patient anatomy, that a distal portion of the medical instrument is within a threshold distance of a target location in the patient anatomy; characterized in that the control system is further configured to: display an anatomical boundary via the display system if the distal portion of the medical instrument is within the threshold distance of the target location , the anatomical boundary indicating a surface of an anatomical structure of the patient anatomy. display image data of a patient anatomy via the display system ; determine, while the medical instrument navigates the patient anatomy, that a distal portion of the medical instrument is within a threshold distance of a target location in the patient anatomy; characterized in that the control system is further configured to: display an anatomical boundary via the display system if the distal portion of the medical instrument is within the threshold distance of the target location , the anatomical boundary indicating a surface of an anatomical structure of the patient anatomy.
Method for removing dissolved Cr(III) compounds from spent tanning liquors without addition of a reducing agent other than activated carbon, comprising the steps of: a) adding activated carbon to at least one spent tanning liquor, b) raising the pH of the mixture from step a), with mixing, to a value of 7.0 to 9.0 to precipitate Cr(III), to form a Cr(III) precipitate/activated carbon conglomerate, and c) separating off the Cr(III) precipitate/activated carbon conglomerate. a) adding activated carbon to at least one spent tanning liquor, b) raising the pH of the mixture from step a), with mixing, to a value of 7.0 to 9.0 to precipitate Cr(III), to form a Cr(III) precipitate/activated carbon conglomerate, and c) separating off the Cr(III) precipitate/activated carbon conglomerate.
A method comprising: at least partially filling an interior volume of a container (c, 220) with a heated fill material , sealing the container after the at least partial filling, and releasing a gas from an adsorber material into the container interior volume after the sealing, wherein the heated fill material has a temperature above a glass transition temperature (Tg) of a material from which the container is formed, characterized in that the adsorber material, a matrix containing the adsorber material and/ or a semi-permeable liner region (108a; 108b; 108c, 121c) surrounding the adsorber is selected to result in a timed respectively gradual release of adsorbed gas, wherein some of the gas is released before the heated fill material has cooled to a temperature below the glass transition temperature, and wherein most of the gas is released after the heated fill material has cooled to a temperature below the glass transition temperature. at least partially filling an interior volume of a container (c, 220) with a heated fill material , sealing the container after the at least partial filling, and releasing a gas from an adsorber material into the container interior volume after the sealing, wherein the heated fill material has a temperature above a glass transition temperature (Tg) of a material from which the container is formed, characterized in that the adsorber material, a matrix containing the adsorber material and/ or a semi-permeable liner region (108a; 108b; 108c, 121c) surrounding the adsorber is selected to result in a timed respectively gradual release of adsorbed gas, wherein some of the gas is released before the heated fill material has cooled to a temperature below the glass transition temperature, and wherein most of the gas is released after the heated fill material has cooled to a temperature below the glass transition temperature.
A filter having air channels formed using an electret sheet formed from a film comprising a thermoplastic resin; the electret sheet having voids inside; a porosity of the electret sheet being from 5 to 60%; an air channel cross-sectional ratio of the filter being from 10 to 99%; and a volume charge density of the filter being from 10 to 5000 nC/cm 3 , wherein the filter has a channel structure selected from the group consisting of: (i) the channel structure is obtained by alternately laminating an electret sheet processed into a wave shape by corrugation and an electret sheet with a flat shape not subjected to corrugation and then adhering or fusing the sheets; (ii) the channel structure has a shape in which electret sheets of the same shape processed into a wave shape or a pleated shape are laminated and the contact points or contact surfaces of both sheets are adhered to one another; (iii) the channel structure has a shape in which an electret sheet processed into a pleated shape and an electret sheet with a flat shape not subjected to such processing are alternately laminated and the contact points or contacts surfaces of both sheets are adhered to one another; and (iv) the filter has undulations or a protruding structure such as a pillar structure or a rib structure between two electret sheets. (i) the channel structure is obtained by alternately laminating an electret sheet processed into a wave shape by corrugation and an electret sheet with a flat shape not subjected to corrugation and then adhering or fusing the sheets; (ii) the channel structure has a shape in which electret sheets of the same shape processed into a wave shape or a pleated shape are laminated and the contact points or contact surfaces of both sheets are adhered to one another; (iii) the channel structure has a shape in which an electret sheet processed into a pleated shape and an electret sheet with a flat shape not subjected to such processing are alternately laminated and the contact points or contacts surfaces of both sheets are adhered to one another; and (iv) the filter has undulations or a protruding structure such as a pillar structure or a rib structure between two electret sheets.
Battery pack with a first battery module level and a second battery module level stacked above the first battery module level , the first battery module level comprising: a first heat exchange member with a first cooling area comprising a first cooling tube ; a first secondary battery cell in thermal contact with the first cooling area ; first coolant distributor lines arranged outside the first heat exchange member and configured for supplying coolant to the first cooling tube and for returning coolant from the first cooling tube ; characterized in that the first battery module level further comprises: a coolant interconnector configured for fluidly connecting the first cooling tube or one of the first coolant distributor lines to the second battery module level ; and an encapsulation element enclosing the coolant interconnector and confining a volume with an outer surface of the coolant interconnector . a first heat exchange member with a first cooling area comprising a first cooling tube ; a first secondary battery cell in thermal contact with the first cooling area ; first coolant distributor lines arranged outside the first heat exchange member and configured for supplying coolant to the first cooling tube and for returning coolant from the first cooling tube ; characterized in that the first battery module level further comprises: a coolant interconnector configured for fluidly connecting the first cooling tube or one of the first coolant distributor lines to the second battery module level ; and an encapsulation element enclosing the coolant interconnector and confining a volume with an outer surface of the coolant interconnector . a coolant interconnector configured for fluidly connecting the first cooling tube or one of the first coolant distributor lines to the second battery module level ; and an encapsulation element enclosing the coolant interconnector and confining a volume with an outer surface of the coolant interconnector .
A white balance processing method comprising: identifying a portrait region in an image, the portrait region comprising a face region and a body region; determining whether an area occupied by the portrait region in the image is less than a preset area threshold; responsive to determining that the area occupied by the portrait region in the image is not less than the preset area threshold, obtaining a target white balance gain value according to an area occupied by the face region in the image; responsive to determining that the area occupied by the portrait region in the image is less than the preset area threshold, obtaining the target white balance gain value according to the area occupied by the portrait region in the image; and performing white balance processing on the image according to the target white balance gain value; wherein identifying the portrait region in the image comprises: performing face recognition on the image to obtain a face region; determining candidate regions with a depth similar to that of the face region according to depth information of the image; and identifying a region adjacent to the face region in the candidate regions as the portrait region in the image. identifying a portrait region in an image, the portrait region comprising a face region and a body region; determining whether an area occupied by the portrait region in the image is less than a preset area threshold; responsive to determining that the area occupied by the portrait region in the image is not less than the preset area threshold, obtaining a target white balance gain value according to an area occupied by the face region in the image; responsive to determining that the area occupied by the portrait region in the image is less than the preset area threshold, obtaining the target white balance gain value according to the area occupied by the portrait region in the image; and performing white balance processing on the image according to the target white balance gain value; wherein identifying the portrait region in the image comprises: performing face recognition on the image to obtain a face region; determining candidate regions with a depth similar to that of the face region according to depth information of the image; and identifying a region adjacent to the face region in the candidate regions as the portrait region in the image. performing face recognition on the image to obtain a face region; determining candidate regions with a depth similar to that of the face region according to depth information of the image; and identifying a region adjacent to the face region in the candidate regions as the portrait region in the image.
Solar cell unit with - a semiconductor body , which is constructed as a solar cell and has a front side and a rear side and wherein a first electrical terminal contact region is formed on the front side and a second electrical terminal contact region on the rear side, and the first electrical terminal contact region is electrically connected with a first contact strip and/or with a second contact strip , and a secondary optical element , wherein the secondary optical element conducts light to the front side of the semiconductor body and the optical element has a lower side , wherein the secondary optical element is formed at the lower side with the exception of the central region to be planar and has in the central region a main cavity , wherein a first planar base surface is formed in a middle region of the main cavity and the main cavity receives the semiconductor body with the first contact strip and/or the second contact strip and the first base surface is arranged on the front side of the semiconductor body and frictionally connected with the semiconductor body , and a polymer adhesive layer is formed not only between the first base surface and the front side of the semiconductor body , but also at the secondary optical element and the first contact strip and/or the second contact strip , the rear side of the semiconductor body protrudes from the surface of the secondary optical element, the two contact strips (32 and 33) each have a curved shape, the main cavity has a second base surface and/or third base surface arranged around the first base surface and a first part cavity for reception of one of the curved shaped portions is formed between the first base surface and the second base surface and/or a second part cavity for reception of one of the curved shaped portions is formed between the first base surface and the third base surface , and the secondary optical element is of integral construction and consists of a quartz glass compound. - a semiconductor body , which is constructed as a solar cell and has a front side and a rear side and wherein a first electrical terminal contact region is formed on the front side and a second electrical terminal contact region on the rear side, and the first electrical terminal contact region is electrically connected with a first contact strip and/or with a second contact strip , and
A method for generating trajectory data for video data and controlling a parameter of an application playing back said video data, the method comprising: - capturing an eye movement of an eye of a viewer viewing video frames with a capturing device , - automatically determining the trajectory data based on the eye movement with a processing device , and - automatically assigning the trajectory data to the video data comprising the video frames with a processing device , the method further comprising: - determining at least a first position information and a second position information of a pointing device guided by a user during playback of the video data, each position information indicating a corresponding position in the video frames, - comparing the determined at least first and second position information with a plurality of position information of the trajectory data , and - controlling a parameter of an application playing back the video data based on the comparison. - capturing an eye movement of an eye of a viewer viewing video frames with a capturing device , - automatically determining the trajectory data based on the eye movement with a processing device , and - automatically assigning the trajectory data to the video data comprising the video frames with a processing device , - determining at least a first position information and a second position information of a pointing device guided by a user during playback of the video data, each position information indicating a corresponding position in the video frames, - comparing the determined at least first and second position information with a plurality of position information of the trajectory data , and - controlling a parameter of an application playing back the video data based on the comparison.
An ignition powder, of which raw materials comprise following components in percentages by mass: potassium perchlorate: 30%-50%; basic copper nitrate: 5%-20%; a fuel: 30%-60%; a metal oxide: 1%-15%; and a metal powder: 1%-15%, wherein the metal powder is at least one selected from the group consisting of a titanium powder, a magnesium powder, a copper powder, an iron powder, a zirconium powder, a hafnium powder, a tungsten powder and a silicon powder. potassium perchlorate: 30%-50%; basic copper nitrate: 5%-20%; a fuel: 30%-60%; a metal oxide: 1%-15%; and a metal powder: 1%-15%, wherein the metal powder is at least one selected from the group consisting of a titanium powder, a magnesium powder, a copper powder, an iron powder, a zirconium powder, a hafnium powder, a tungsten powder and a silicon powder.
A wind turbine comprising a generator , and a filter device configured for providing air for the generator of the wind turbine, characterized in that the filter device comprises a housing comprising a filter , at least one attaching element configured for attaching the filter housing to a drive end side of the generator , such that the air is guidable through the filter into the generator, wherein the filter device is attached to the drive end side of the generator , wherein the drive end side of the generator is formed as an axially outermost part of the generator facing the hub . a generator , and a filter device configured for providing air for the generator of the wind turbine, characterized in that the filter device comprises a housing comprising a filter , at least one attaching element configured for attaching the filter housing to a drive end side of the generator , such that the air is guidable through the filter into the generator, a housing comprising a filter , at least one attaching element configured for attaching the filter housing to a drive end side of the generator , such that the air is guidable through the filter into the generator, wherein the filter device is attached to the drive end side of the generator , wherein the drive end side of the generator is formed as an axially outermost part of the generator facing the hub .