mhurhangee/ep-ind-claims huggingface dataset:
A horology calendar system (100; 200) comprising: - a date display member; and - a month display member, the date display member comprising an opening and the month display member being arranged in such a way as to display an indication of the month in the opening, notably when the opening is visible to a user of the calendar system and/or when the calendar system is indicating the first day of a given month, the system comprising a drive element comprising a kinematic connection element connecting the date display member to the month display member, characterized in that the connection element is arranged to drive the month display member by at most 1/n of a step while the date display member is driven by one step, where n is a natural integer greater than 1, notably n=2 or n=3 or n=4 or n=5. - a date display member; and - a month display member, the date display member comprising an opening and the month display member being arranged in such a way as to display an indication of the month in the opening, notably when the opening is visible to a user of the calendar system and/or when the calendar system is indicating the first day of a given month, the system comprising a drive element comprising a kinematic connection element connecting the date display member to the month display member, characterized in that the connection element is arranged to drive the month display member by at most 1/n of a step while the date display member is driven by one step, where n is a natural integer greater than 1, notably n=2 or n=3 or n=4 or n=5.
Method for the perspective representation, by means of an output image, of at least one virtual scene component which is arranged within a real scene, wherein said method comprises: - capturing depth image data of the real scene from a first perspective by means of a depth image sensor; - capturing 2D image data of the real scene from a second perspective by means of a 2D camera; - creating a virtual three-dimensional scene model of the real scene with reference to depth information from the depth image data; - inserting at least one virtual scene component into the three-dimensional virtual scene model; and - generating an output image by means of perspective projection of the 2D image data corresponding to the second perspective onto the virtual three-dimensional scene model comprising the virtual scene component, wherein the real scene comprises an examination object which is situated on a patient couch of a medical imaging facility, and the at least one virtual scene component corresponds to a scan region boundary SRB, which is designed in the form of a boundary contour line BCL, wherein image data is to be captured for the scan region by the medical imaging facility and wherein the scan region boundary SRB corresponds to a light marking or laser marking which is virtually projected onto the examination object. - capturing depth image data of the real scene from a first perspective by means of a depth image sensor; - capturing 2D image data of the real scene from a second perspective by means of a 2D camera; - creating a virtual three-dimensional scene model of the real scene with reference to depth information from the depth image data; - inserting at least one virtual scene component into the three-dimensional virtual scene model; and - generating an output image by means of perspective projection of the 2D image data corresponding to the second perspective onto the virtual three-dimensional scene model comprising the virtual scene component,
A rotor for a synchronous reluctance machine having an even number 2p of poles, said rotor comprising a substantially cylindrical laminate stack having a plurality of magnetically conductive laminations, one or more of said magnetically conductive laminations comprise comprising non-magnetic flux barriers (11, 12, 13) which are spaced from each other in the radial direction, characterized in that one or more of said non-magnetic flux barriers (11, 12, 13) comprise: - a first magnetically conductive bridge (111, 121, 131) defining a first air-gap (21, 31, 41) with the outer rim of said magnetically conductive lamination; - a second (112, 122, 132) magnetically conductive bridge defining a second (22, 32, 42) air-gap with the outer rim of said magnetically conductive lamination; - a third magnetically conductive bridge (113, 123, 133) defining together with said first magnetically conductive bridge (111, 121, 131) a first internal space (51, 61, 71) filled with an electrically conductive and magnetically non-conductive material; - a fourth (114, 124, 134) magnetically conductive bridge defining together with said second (112, 122, 132) bridge a second (52, 62, 72) internal space filled with an electrically conductive and magnetically non-conductive material - a first magnetically conductive bridge (111, 121, 131) defining a first air-gap (21, 31, 41) with the outer rim of said magnetically conductive lamination; - a second (112, 122, 132) magnetically conductive bridge defining a second (22, 32, 42) air-gap with the outer rim of said magnetically conductive lamination; - a third magnetically conductive bridge (113, 123, 133) defining together with said first magnetically conductive bridge (111, 121, 131) a first internal space (51, 61, 71) filled with an electrically conductive and magnetically non-conductive material; - a fourth (114, 124, 134) magnetically conductive bridge defining together with said second (112, 122, 132) bridge a second (52, 62, 72) internal space filled with an electrically conductive and magnetically non-conductive material
A method performed by a first device, in which the first device forms a peer to peer, P2P, group with a second device, the method comprising: sending an invitation request to the second device; and performing a negotiation process to form the P2P group with the second device if an invitation response to the invitation request is received from the second device, wherein the invitation response includes device information identifying the second device, wherein the negotiation process is performed using the device information, and characterized in that the invitation request comprises an invitation flag bitmap, a first bit of which indicates that the invitation request is an open invitation request which is transmitted to unspecified devices. sending an invitation request to the second device; and performing a negotiation process to form the P2P group with the second device if an invitation response to the invitation request is received from the second device, wherein the invitation response includes device information identifying the second device, wherein the negotiation process is performed using the device information, and characterized in that the invitation request comprises an invitation flag bitmap, a first bit of which indicates that the invitation request is an open invitation request which is transmitted to unspecified devices.
An inspection system for a drug container for the identification of foreign matter, the system comprising: a camera device including a lens; a robot having a portion movable along a linear path, the camera device aligned with a longitudinal axis of the drug container, such that the camera device is configured to capture a series of images of an interior surface of a sidewall and/or a bottom wall of the drug container prior to filling the drug container while the robot causes relative movement between the camera device and the drug container along the linear path; and a control circuit in communication with the camera device, the control circuit including a processor, a memory, and logic stored on the memory and executable by the processor to receive the series of images from the camera device and process the series of images to identify foreign matter shown in the images. a camera device including a lens; a robot having a portion movable along a linear path, the camera device aligned with a longitudinal axis of the drug container, such that the camera device is configured to capture a series of images of an interior surface of a sidewall and/or a bottom wall of the drug container prior to filling the drug container while the robot causes relative movement between the camera device and the drug container along the linear path; and a control circuit in communication with the camera device, the control circuit including a processor, a memory, and logic stored on the memory and executable by the processor to receive the series of images from the camera device and process the series of images to identify foreign matter shown in the images.
A compact secondary battery module, comprising: a cartridge assembly having a plurality of cartridges stacked while accommodating cells, respectively, so that a plurality of lead welding portions where a first lead and a second lead of adjacent cells overlap with each other are located at a cartridge sidewall with a predetermined pattern, the first lead and the second lead having opposite polarities and being bent in opposite directions, the first lead and the second lead each extending and being bent from a side of each cell; and a sensing housing having a plurality of bus bars located and welded corresponding to the lead welding portions, respectively, the sensing housing including a battery management system circuit board configured to manage voltage and/or temperature data of each cell detected by each bus bar, the sensing housing being arranged at the sidewall of the cartridge assembly, wherein the sensing housing is coupled to the cartridge assembly, and the second lead is located between the first lead and the bus bar, the first lead facing the sidewall of the cartridge and the second lead facing the first lead, the bus bar being positioned outside from the second lead and being welded at one point to the first lead and to the second lead, wherein each of the first lead and second lead of each cell is bent at a right angle at 0.8 to 1.2 mm from a lead insulation portion of each of the first lead and second lead, the lead insulation portion being accommodated in the corresponding cartridge. a cartridge assembly having a plurality of cartridges stacked while accommodating cells, respectively, so that a plurality of lead welding portions where a first lead and a second lead of adjacent cells overlap with each other are located at a cartridge sidewall with a predetermined pattern, the first lead and the second lead having opposite polarities and being bent in opposite directions, the first lead and the second lead each extending and being bent from a side of each cell; and a sensing housing having a plurality of bus bars located and welded corresponding to the lead welding portions, respectively, the sensing housing including a battery management system circuit board configured to manage voltage and/or temperature data of each cell detected by each bus bar, the sensing housing being arranged at the sidewall of the cartridge assembly, wherein the sensing housing is coupled to the cartridge assembly, and the second lead is located between the first lead and the bus bar, the first lead facing the sidewall of the cartridge and the second lead facing the first lead, the bus bar being positioned outside from the second lead and being welded at one point to the first lead and to the second lead, wherein each of the first lead and second lead of each cell is bent at a right angle at 0.8 to 1.2 mm from a lead insulation portion of each of the first lead and second lead, the lead insulation portion being accommodated in the corresponding cartridge.
An apparatus of a User Equipment, UE, (111, 900) capable to map Physical Broadcast Channel, PBCH, repetition symbols for Machine-Type Communication, MTC, the apparatus of the UE (111, 900) comprising baseband processing circuitry to: generate one or more PBCH repetition symbols, wherein at least one of the one or more generated PBCH repetition symbols is to comprise a repetition of PBCH symbols within a subframe, SF, and generate one or more virtual Cell-specific Reference Symbols, CRS, in response to a determination that there are no CRS Resource Elements, REs, present for the one or more PBCH repetition symbols, wherein the virtual CRS comprise CRS REs at the same positions as in corresponding legacy PBCH symbols, and wherein the one or more virtual CRS are a copy of corresponding CRS symbols for the corresponding legacy PBCH symbols. generate one or more PBCH repetition symbols, wherein at least one of the one or more generated PBCH repetition symbols is to comprise a repetition of PBCH symbols within a subframe, SF, and generate one or more virtual Cell-specific Reference Symbols, CRS, in response to a determination that there are no CRS Resource Elements, REs, present for the one or more PBCH repetition symbols, wherein the virtual CRS comprise CRS REs at the same positions as in corresponding legacy PBCH symbols, and wherein the one or more virtual CRS are a copy of corresponding CRS symbols for the corresponding legacy PBCH symbols.
Back carrying container, comprising a receptacle having a rear side directed towards the back of the wearer in the carrying direction and two shoulder straps through which the arms pass in the carrying position, wherein at least one reversibly openable and closable pocket having at least one padding element (9, 9a, 9b) removably arranged therein is provided on the rear side, wherein a plurality of padding elements (9, 9a, 9b) arranged next to or on top of one another are provided in the pocket, which are either not connected or are firmly or releasably connected to one other, wherein the plurality of padding elements (9, 9a, 9b) have different hardnesses, characterised in that a first, softer padding element (9a, 9b) is firmly fixed in position in the pocket, whilst one or more other harder padding elements (9a, 9b) can be removed.
A fluid cylinder assembly comprising: a piston assembly comprising a piston coupled to a piston rod, the piston rod comprising a hollow body comprising an internal fluid reservoir; a cylinder body coaxial with and at least partially surrounding said hollow piston rod; and a suction port of a fluid pump in flow communication with said internal fluid reservoir through a transfer tube extending from said piston, said transfer tube coaxial with said piston, said piston rod, and said cylinder body, a discharge port of said fluid pump in flow communication with an extension pressure chamber; wherein: said piston comprises a piston face and said piston face comprises an aperture configured to slidably engage said transfer tube; the piston is configured to move in an extension direction by a driving force applied to the piston face caused by a fluid discharged by the fluid pump into said extension pressure chamber; and retraction of the fluid cylinder assembly is caused by gravity. a piston assembly comprising a piston coupled to a piston rod, the piston rod comprising a hollow body comprising an internal fluid reservoir; a cylinder body coaxial with and at least partially surrounding said hollow piston rod; and a suction port of a fluid pump in flow communication with said internal fluid reservoir through a transfer tube extending from said piston, said transfer tube coaxial with said piston, said piston rod, and said cylinder body, a discharge port of said fluid pump in flow communication with an extension pressure chamber; wherein: said piston comprises a piston face and said piston face comprises an aperture configured to slidably engage said transfer tube; the piston is configured to move in an extension direction by a driving force applied to the piston face caused by a fluid discharged by the fluid pump into said extension pressure chamber; and retraction of the fluid cylinder assembly is caused by gravity. said piston comprises a piston face and said piston face comprises an aperture configured to slidably engage said transfer tube; the piston is configured to move in an extension direction by a driving force applied to the piston face caused by a fluid discharged by the fluid pump into said extension pressure chamber; and retraction of the fluid cylinder assembly is caused by gravity.
A pump assembly with a centrifugal pump, with an electric motor driving this, with a time control for the motor and with a time display, which is designed for representation the time of day as well as for representing the settable switching time, characterised in that the time display is formed by a number of illumination means (14, 15), and a time is assigned to each illumination means (14, 15) and that two rows of illumination means (14, 15) are arranged next to one another, wherein a row is provided for displaying the time of day and the other row is provided for displaying the settable switching time.
A surface-treated steel sheet comprising: a steel sheet; a Zn-based plating layer formed on the steel sheet; and a coating formed on the Zn-based plating layer, wherein a Si concentration, a P concentration, a F concentration, a V concentration, a Zr concentration, a Zn concentration, and an Al concentration of the coating are, by mass%, Si: 10.00% to 25.00%, P: 0.01% to 5.00%, F: 0.01% to 2.00%, V: 0.01% to 4.00%, Zr: 0.01% to 3.00%, Zn: 0% to 3.00%, and Al: 0% to 3.00%, in a narrow spectrum of Si2p obtained by performing XPS analysis on a surface of the coating, a ratio of an integrated intensity of a peak having a local maximum value at 103.37 ± 0.25 eV to an integrated intensity of a peak having a local maximum value at 102.26 ± 0.25 eV is 0.04 or more and 0.25 or less, wherein the ratio of an integrated intensity of a peak having a local maximum value at 103.37 ± 0.25 eV to an integrated intensity of a peak having a local maximum value at 102.26 ± 0.25 eV is measured as described in the description ratio of integrated intensity is measured as described in the description. a steel sheet; a Zn-based plating layer formed on the steel sheet; and a coating formed on the Zn-based plating layer, wherein a Si concentration, a P concentration, a F concentration, a V concentration, a Zr concentration, a Zn concentration, and an Al concentration of the coating are, by mass%, Si: 10.00% to 25.00%, P: 0.01% to 5.00%, F: 0.01% to 2.00%, V: 0.01% to 4.00%, Zr: 0.01% to 3.00%, Zn: 0% to 3.00%, and Al: 0% to 3.00%, Si: 10.00% to 25.00%, P: 0.01% to 5.00%, F: 0.01% to 2.00%, V: 0.01% to 4.00%, Zr: 0.01% to 3.00%, Zn: 0% to 3.00%, and Al: 0% to 3.00%, in a narrow spectrum of Si2p obtained by performing XPS analysis on a surface of the coating, a ratio of an integrated intensity of a peak having a local maximum value at 103.37 ± 0.25 eV to an integrated intensity of a peak having a local maximum value at 102.26 ± 0.25 eV is 0.04 or more and 0.25 or less, wherein the ratio of an integrated intensity of a peak having a local maximum value at 103.37 ± 0.25 eV to an integrated intensity of a peak having a local maximum value at 102.26 ± 0.25 eV is measured as described in the description ratio of integrated intensity is measured as described in the description.
Headlight for a motor vehicle, having a light generating device and a mirror arrangement, which has a plurality of micromirror elements, which are independently adjustable between at least one reflection position, in which the light generated by the light generating device is reflected out of the headlight by the micromirror element, and an absorber position, in which the light is largely or completely reflected by the micromirror segment in an absorption region, wherein the headlight comprises an optical device, whereby a luminance distribution of the emitted light is preformed such that, when striking the mirror arrangement in an edge region of the mirror arrangement, the light has a lower luminance than in a central region of the mirror arrangement, wherein the light generating device comprises at least one semiconductor light source, characterised in that the light generating device also comprises at least one converter element arranged in front of the mirror arrangement in the beam path of the headlight and that is stimulated by the semiconductor light source to shine, wherein the converter element is designed to shine the light emitted by it onto the mirror arrangement, wherein the converter element is designed to emit light with a location-dependent luminance, wherein the etendue of the converter element is smaller than the etendue of the mirror arrangement, and the optical device comprises at least one reflector and/or optical lens.
A manufacture method for a cell, comprising: disposing a first electrode group at a first front cover; preparing a first rear cover having a first rear cavity with a first depth according to a first thickness of the first electrode group; and disposing the first rear cover at the first front cover, wherein the first electrode group is located in the first rear cavity, and characterized further comprising; disposing a second electrode group, having a second thickness that is different from the first thickness at a second front cover; and preparing a second rear cover having a second rear cavity with a second depth according to the second thickness of the second electrode group, wherein the first front cover and the second front cover have the same structure. disposing a first electrode group at a first front cover; preparing a first rear cover having a first rear cavity with a first depth according to a first thickness of the first electrode group; and disposing the first rear cover at the first front cover, wherein the first electrode group is located in the first rear cavity, and characterized further comprising; disposing a second electrode group, having a second thickness that is different from the first thickness at a second front cover; and preparing a second rear cover having a second rear cavity with a second depth according to the second thickness of the second electrode group, wherein the first front cover and the second front cover have the same structure.
An organic semiconductor material, comprising at least: a charge transporting molecular unit A having an aromatic fused ring-type structure; and a cyclic structural unit B linked to the unit A by a single bond, the organic semiconductor material having a unit C as a side chain in at least either one of the unit A and the unit B, the unit A being represented by the below formula, the unit B being selected from the group consisting of the unit C being a linear structure hydrocarbon having a carbon number of 2 to 20 or a group represented by formula: [Chemical Formula 1] -(CH 2) n -X-(CH 2) m -CH 3 where X represents S, O or NH, m is an integer of 0 to 17, and n is an integer of 2 or more; and the organic semiconductor material exhibiting a liquid crystal phase selected from the group consisting of SmB, SmB cryst, Sml, SmF, SmG, SmE, SmJ, SmK and SmH. a charge transporting molecular unit A having an aromatic fused ring-type structure; and a cyclic structural unit B linked to the unit A by a single bond, the organic semiconductor material having a unit C as a side chain in at least either one of the unit A and the unit B, the unit A being represented by the below formula, the unit B being selected from the group consisting of the unit C being a linear structure hydrocarbon having a carbon number of 2 to 20 or a group represented by formula: [Chemical Formula 1] -(CH 2) n -X-(CH 2) m -CH 3 where X represents S, O or NH, m is an integer of 0 to 17, and n is an integer of 2 or more; and the organic semiconductor material exhibiting a liquid crystal phase selected from the group consisting of SmB, SmB cryst, Sml, SmF, SmG, SmE, SmJ, SmK and SmH.