mhurhangee/ep-ind-claims huggingface dataset:
Pallet rack having at least four stands, which are connected to one another by means of crossbeams (130, 170) and longitudinal beams, at least two stands being provided with first receiving devices, in which it is possible to arrange first ends of support beams on which pallets can be placed, the first receiving devices being designed and arranged in such a way that a first end of a support beam that is arranged in a first receiving device is secured against being raised at least by the height of the first end of the support beam, at least two stands being provided with second receiving devices, in each of which one end of a support beam lying opposite to a first end of the support beam can be arranged, the second receiving devices being designed and arranged in such a way that a second end of a support beam that is arranged in a second receiving device can be raised at least by the height of the second end of the support beam, at least two first receiving devices and at least two second receiving devices being provided for receiving a pallet, the first receiving devices being each formed as openings in the stands, and the shape of the openings corresponding substantially to the cross-section of the first ends of the support beams, the second receiving devices each having an opening which, in its lower region, corresponds to the opening of a first receiving device and which has an upper region into which a second end of a support beam can be raised, the second end of the support beam being arranged in the second receiving device, characterized in that the at least two first receiving devices are provided in diagonally opposite stands and the at least two second receiving devices are provided in the other two diagonally opposite stands. at least two stands being provided with second receiving devices, in each of which one end of a support beam lying opposite to a first end of the support beam can be arranged, the second receiving devices being designed and arranged in such a way that a second end of a support beam that is arranged in a second receiving device can be raised at least by the height of the second end of the support beam, at least two first receiving devices and at least two second receiving devices being provided for receiving a pallet, the first receiving devices being each formed as openings in the stands, and the shape of the openings corresponding substantially to the cross-section of the first ends of the support beams, the second receiving devices each having an opening which, in its lower region, corresponds to the opening of a first receiving device and which has an upper region into which a second end of a support beam can be raised, the second end of the support beam being arranged in the second receiving device, characterized in that the at least two first receiving devices are provided in diagonally opposite stands and the at least two second receiving devices are provided in the other two diagonally opposite stands.
An electrode material, comprising: a layered silicon core, wherein the layered silicon core is obtained by reacting a metal silicide with a metal removing agent and comprises at least two layers of silicon-based materials, an interlayer gap exists between two neighboring layers of the at least two layers of silicon-based materials, and the silicon-based material comprises at least one of silicon or an oxide of silicon; characterised in that graphene quantum dots, are located in the interlayer gap between the at least two layers of silicon-based materials.
An implantable medical device assembly comprising: a mounting structure having a length defined from a proximal end thereof to a distal end thereof, a width defined from a first side thereof to a second side thereof, and a surface that extends along the length and across the width; an electrode protruding from the surface of the mounting structure at a location offset proximally from the distal end of the structure, and approximately centered between the first and second sides of the structure; and first and second tissue-penetrating fixation tines (341, 342), characterised by each tine including a pre-formed V-shaped segment that extends away from the surface of the mounting structure, the segment of the first tine extending from the surface at a location adjacent to both the first side and the distal end of the structure, the segment of the second tine extending from the surface at a location adjacent to both the second side and the distal end of the structure, each segment including a piercing tip, and each segment being elastically deformable from a relaxed condition to an extended condition, the relaxed condition being that of the pre-formed V-shape, in which each segment extends toward the proximal end and the surface of the mounting structure so that each piercing tip is located adjacent to the electrode, and the extended condition being that in which each segment is straightened and extends distally away from the distal end of the mounting structure so that each piercing tip is located distal to the distal end of the structure. a mounting structure having a length defined from a proximal end thereof to a distal end thereof, a width defined from a first side thereof to a second side thereof, and a surface that extends along the length and across the width; an electrode protruding from the surface of the mounting structure at a location offset proximally from the distal end of the structure, and approximately centered between the first and second sides of the structure; and first and second tissue-penetrating fixation tines (341, 342), characterised by each tine including a pre-formed V-shaped segment that extends away from the surface of the mounting structure, the segment of the first tine extending from the surface at a location adjacent to both the first side and the distal end of the structure, the segment of the second tine extending from the surface at a location adjacent to both the second side and the distal end of the structure, each segment including a piercing tip, and each segment being elastically deformable from a relaxed condition to an extended condition, the relaxed condition being that of the pre-formed V-shape, in which each segment extends toward the proximal end and the surface of the mounting structure so that each piercing tip is located adjacent to the electrode, and the extended condition being that in which each segment is straightened and extends distally away from the distal end of the mounting structure so that each piercing tip is located distal to the distal end of the structure.
A non-oriented electrical steel sheet, comprising: by weight, 2.0 to 3.5% of Si, 0.3 to 2.5% of Al, 0.3 to 2.5% of Mn, individually or in a total amount of 0.0005 to 0.03% of at least one of Ga and Ge, and the remainder being Fe and unavoidable impurities, and optionally further comprising N: 0.0040% or less excluding 0%, C: 0.0040% or less excluding 0%, S: 0.0040% or less excluding 0%, Ti: 0.0030% or less excluding 0%, Nb: 0.0030% or less excluding 0%, and V: 0.0040% or less excluding 0% and optionally comprising Mo and Mg: not more than 0.005 wt%, respectively, and Cu: not more than 0.025 wt%, wherein Mo, Mg and Cu belong to the unavoidable impurities, wherein the non-oriented electrical steel sheet satisfies the following Formula 1 and Formula 2, wherein the non-oriented electrical steel sheet has a magnetic permeability at 100 A/m of 8000 or more and a coercive force at B=2.0T of 40 A/m or less, wherein the magnetic permeability and the coercive force are determined by the average value of the rolling direction and the vertical direction using a single sheet tester, 0.2 ≤ Si + Al + 0.5 × Mn / Ga + Ge × 1000 ≤ 5.27, wherein [Si], [Al], [Mn], [Ga], and [Ge] represent the content, % by weight, of Si, Al, Mn, Ga, and Ge, respectively, 3.3 ≤ Si + Al + 0.5 × Mn ≤ 5.5, wherein [Si], [Al], and [Mn] represent the content, % by weight, of Si, Al and Mn, respectively. N: 0.0040% or less excluding 0%, C: 0.0040% or less excluding 0%, S: 0.0040% or less excluding 0%, Ti: 0.0030% or less excluding 0%, Nb: 0.0030% or less excluding 0%, and V: 0.0040% or less excluding 0% and optionally comprising Mo and Mg: not more than 0.005 wt%, respectively, and Cu: not more than 0.025 wt%, wherein Mo, Mg and Cu belong to the unavoidable impurities, wherein the non-oriented electrical steel sheet satisfies the following Formula 1 and Formula 2, wherein the non-oriented electrical steel sheet has a magnetic permeability at 100 A/m of 8000 or more and a coercive force at B=2.0T of 40 A/m or less, wherein the magnetic permeability and the coercive force are determined by the average value of the rolling direction and the vertical direction using a single sheet tester, 0.2 ≤ Si + Al + 0.5 × Mn / Ga + Ge × 1000 ≤ 5.27, wherein [Si], [Al], [Mn], [Ga], and [Ge] represent the content, % by weight, of Si, Al, Mn, Ga, and Ge, respectively, 3.3 ≤ Si + Al + 0.5 × Mn ≤ 5.5, wherein [Si], [Al], and [Mn] represent the content, % by weight, of Si, Al and Mn, respectively.
Arrangement for detecting a position of a plunger relative to a bung in a drug cartridge, comprising a proximity sensor located close to a distal end of the plunger facing the bung and aligned to receive light reflected by the bung, characterized in that the proximity sensor is arranged as an imaging sensor located close to a distal end of the plunger facing the bung and aligned to image the bung, wherein the bung comprises a compliant material and has a substantially flat proximal face with a resilient surface structure protruding from the flat proximal face and adapted to deform on contact with the plunger.
An anchoring assembly comprising a cable made of plurality of tendons and an anchoring device for said cable made of plurality of tendons, the anchoring device comprising: - an anchor block having a front side, a rear side and channels (16,52) extending between the front and rear sides, each tendon of the cable being received in a respective channel with a blocking member; - a first protective material contained in at least some of the channels of the anchor block, each of said channels receiving one of said tendons; - a chamber (31, 50-51) containing end portions of the plurality of tendons of the cable, located on at least the front side of the anchor block; characterised in that said anchoring device further comprises - a second protective material (300; 400), different from the first protective material, contained in and filling said chamber and being in contact with the end portions of the plurality of tendons of the cable. - an anchor block having a front side, a rear side and channels (16,52) extending between the front and rear sides, each tendon of the cable being received in a respective channel with a blocking member; - a first protective material contained in at least some of the channels of the anchor block, each of said channels receiving one of said tendons; - a chamber (31, 50-51) containing end portions of the plurality of tendons of the cable, located on at least the front side of the anchor block; characterised in that said anchoring device further comprises - a second protective material (300; 400), different from the first protective material, contained in and filling said chamber and being in contact with the end portions of the plurality of tendons of the cable.
Shading cover for a slat blind comprising: at least one shading screen mountable on a guide rail of the slat blind, and a regulation mechanism which is configured: to transfer the shading screen in an essentially fully open state of the slat blind into a first position, in which the shading screen does not overlap with a blind curtain of the slat blind, and to transfer the shading screen in an essentially fully closed state of the slat blind into a second position, in which the shading screen overlaps with the blind curtain of the slat blind, characterised in that the shading screens are each adjustable in a plane, which is essentially parallel oriented to the plane of the blind curtain. at least one shading screen mountable on a guide rail of the slat blind, and a regulation mechanism which is configured: to transfer the shading screen in an essentially fully open state of the slat blind into a first position, in which the shading screen does not overlap with a blind curtain of the slat blind, and to transfer the shading screen in an essentially fully closed state of the slat blind into a second position, in which the shading screen overlaps with the blind curtain of the slat blind, characterised in that the shading screens are each adjustable in a plane, which is essentially parallel oriented to the plane of the blind curtain. to transfer the shading screen in an essentially fully open state of the slat blind into a first position, in which the shading screen does not overlap with a blind curtain of the slat blind, and to transfer the shading screen in an essentially fully closed state of the slat blind into a second position, in which the shading screen overlaps with the blind curtain of the slat blind, characterised in that the shading screens are each adjustable in a plane, which is essentially parallel oriented to the plane of the blind curtain.
A dedicated core network DCN processing method for a public land mobile network PLMN, applied to a network sharing scenario and comprising: receiving by a user equipment UE in a shared network, an access feedback message from a network side, wherein the access feedback message comprises user location information, selection assistance information of a dedicated core network DCN that serves the UE, and an identifier of a public land mobile network PLMN that serves the UE, wherein the identifier of the PLMN that serves the UE is different from an identifier of a common PLMN in the user location information; and storing, by the UE, a correspondence between the selection assistance information of the DCN and the identifier of the PLMN that serves the UE, and storing, by the UE, a correspondence between the selection assistance information of the DCN and the identifier of the common PLMN in the user location information. receiving by a user equipment UE in a shared network, an access feedback message from a network side, wherein the access feedback message comprises user location information, selection assistance information of a dedicated core network DCN that serves the UE, and an identifier of a public land mobile network PLMN that serves the UE, wherein the identifier of the PLMN that serves the UE is different from an identifier of a common PLMN in the user location information; and storing, by the UE, a correspondence between the selection assistance information of the DCN and the identifier of the PLMN that serves the UE, and storing, by the UE, a correspondence between the selection assistance information of the DCN and the identifier of the common PLMN in the user location information.
A method for making contactless tags available to end users of tag-related software applications by means of a tag store system, the method comprising: - providing, by a developer interface module of said tag store system, a developer interface to receive tag framework data of a contactless tag associated with a tag-related software application from an external source, the tag framework data of the contactless tag comprising information that defines the particular contactless tag, said information including physical characteristics of the contactless tag, including the electronics in the contactless tag; - generating, by a tag ordering interface generation module of said tag store system, a tag ordering interface for the contactless tag using the tag framework data; - creating, by said tag ordering interface generation module an identifier to access the tag ordering interface; - providing, by said tag ordering interface generation module the identifier to the external source to be included in the tag-related software application; - receiving, by an end user interface module of said tag store system, a request for the tag ordering interface from an end user device running the tag-related software application, the request being made using the identifier for the tag ordering interface included in the tag-related software application; and - providing, by said end user interface module the tag ordering interface to the end user device so that the contactless tag can be ordered using the tag ordering interface and manufactured by using the tag framework data. - providing, by a developer interface module of said tag store system, a developer interface to receive tag framework data of a contactless tag associated with a tag-related software application from an external source, the tag framework data of the contactless tag comprising information that defines the particular contactless tag, said information including physical characteristics of the contactless tag, including the electronics in the contactless tag; - generating, by a tag ordering interface generation module of said tag store system, a tag ordering interface for the contactless tag using the tag framework data; - creating, by said tag ordering interface generation module an identifier to access the tag ordering interface; - providing, by said tag ordering interface generation module the identifier to the external source to be included in the tag-related software application; - receiving, by an end user interface module of said tag store system, a request for the tag ordering interface from an end user device running the tag-related software application, the request being made using the identifier for the tag ordering interface included in the tag-related software application; and - providing, by said end user interface module the tag ordering interface to the end user device so that the contactless tag can be ordered using the tag ordering interface and manufactured by using the tag framework data.
A method of accessing chalcogenide memory cells that demonstrate thresholding behavior in parallel in a cross-point array comprising: thresholding a first memory cell disposed between a first column and a first row, wherein thresholding the first memory cell includes applying a first threshold bias between the first column and the first row; subsequently thresholding a second memory cell, disposed between a second column different from the first column and a second row different from the first row, wherein thresholding the second memory cell includes applying a second threshold bias between the second column and the second row, such that once thresholded, the memory cells have a relatively lower threshold voltage compared to the other memory cells in the array; and accessing in parallel the first memory cell and the second memory cell, after thresholding the first memory cell and thresholding the second memory cell, wherein the accessing in parallel includes simultaneously applying a first access bias between the first column and the first row and applying a second access bias between the second column and the second row. thresholding a first memory cell disposed between a first column and a first row, wherein thresholding the first memory cell includes applying a first threshold bias between the first column and the first row; subsequently thresholding a second memory cell, disposed between a second column different from the first column and a second row different from the first row, wherein thresholding the second memory cell includes applying a second threshold bias between the second column and the second row, such that once thresholded, the memory cells have a relatively lower threshold voltage compared to the other memory cells in the array; and accessing in parallel the first memory cell and the second memory cell, after thresholding the first memory cell and thresholding the second memory cell, wherein the accessing in parallel includes simultaneously applying a first access bias between the first column and the first row and applying a second access bias between the second column and the second row.
An apparatus comprising: an acoustic panel comprising: a core comprising multiple cells of thermoplastic having walls that are fused together; and a facesheet fused to a surface of the core, the facesheet including multiple openings through which sound waves enter the cells, resulting in acoustic control. a core comprising multiple cells of thermoplastic having walls that are fused together; and a facesheet fused to a surface of the core, the facesheet including multiple openings through which sound waves enter the cells, resulting in acoustic control.
A decoder unit for telecommunications systems, wherein the telecommunications system comprises a transmitting antenna and at least one piece of equipment associated with a user and provided with, respectively, at least one antenna with a reconfigurable radiation pattern selected from within a predetermined set of radiation patterns and/or two or more antennas, each having a fixed radiation pattern, said antennas being suited to transmit/ receive a synchronization signal comprising primary synchronization signals and secondary synchronization signals, said decoder unit comprising: - a first decoder block connected to the at least one antenna of the equipment to process the modulated signal ( s D) coming from the latter and obtain first digital information ( I 1) associated with the primary synchronization signal; - a demodulator operatively connected to the at least one antenna of the equipment to demodulate the modulated signal ( s D) coming from the latter and obtain a demodulated signal ( s B); - a second decoder block suited to obtain second digital information ( I 2) associated with the secondary synchronization signal; - a CPU suited to process said first information ( I 1) and/or said second information ( I 2) in such a way as to generate digital output data ( D OUT); wherein said digital output data ( D OUT) are associated with the selection of a radiation pattern for the at least one antenna of the equipment and/or with the position of the at least one antenna of the equipment with respect to the transmitting antenna; characterized in that said second decoder block is positioned downstream of said first decoder block and of said demodulator, said second information ( I 2) being obtained by said second decoder block following the processing of the demodulated signal ( s B) exiting from said demodulator. - a first decoder block connected to the at least one antenna of the equipment to process the modulated signal ( s D) coming from the latter and obtain first digital information ( I 1) associated with the primary synchronization signal; - a demodulator operatively connected to the at least one antenna of the equipment to demodulate the modulated signal ( s D) coming from the latter and obtain a demodulated signal ( s B); - a second decoder block suited to obtain second digital information ( I 2) associated with the secondary synchronization signal; - a CPU suited to process said first information ( I 1) and/or said second information ( I 2) in such a way as to generate digital output data ( D OUT); wherein said digital output data ( D OUT) are associated with the selection of a radiation pattern for the at least one antenna of the equipment and/or with the position of the at least one antenna of the equipment with respect to the transmitting antenna; characterized in that said second decoder block is positioned downstream of said first decoder block and of said demodulator, said second information ( I 2) being obtained by said second decoder block following the processing of the demodulated signal ( s B) exiting from said demodulator.