mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery, characterized in that the secondary battery comprises: a cap plate ; an electrode terminal disposed on the cap plate ; an electrode assembly which comprises a main body and a tab connected to the main body , wherein the tab is connected to the electrode terminal ; an insulating member disposed between the cap plate and the main body , wherein the insulating member comprises a connecting protrusion extending toward the main body ; and a top compression plate disposed between the insulating member and the main body , wherein the top compression plate comprises a first surface facing the main body and a mounting hole mating with the connecting protrusion , and a top end surface of the connecting protrusion does not exceed the first surface , the mounting hole is a through hole, and the mounting hole comprises a connecting hole section and a receiving hole section which is in communication with the connecting hole section , and the receiving hole section comprises an opening toward the main body ; and the connecting protrusion is connected to the connecting hole section such that the insulating member and the top compression plate are fixedly connected, the connecting protrusion passes through the connecting hole section , and the top end surface is located in the receiving hole section or is flush with the first surface , the connecting protrusion comprises two elastic legs disposed at an interval, each elastic leg has a shape at its outer surface which matches with that of a hole wall of the connecting hole section , and the outer surface is pressed against the hole wall. a cap plate ; an electrode terminal disposed on the cap plate ; an electrode assembly which comprises a main body and a tab connected to the main body , wherein the tab is connected to the electrode terminal ; an insulating member disposed between the cap plate and the main body , wherein the insulating member comprises a connecting protrusion extending toward the main body ; and a top compression plate disposed between the insulating member and the main body , wherein the top compression plate comprises a first surface facing the main body and a mounting hole mating with the connecting protrusion , and a top end surface of the connecting protrusion does not exceed the first surface , the mounting hole is a through hole, and the mounting hole comprises a connecting hole section and a receiving hole section which is in communication with the connecting hole section , and the receiving hole section comprises an opening toward the main body ; and the connecting protrusion is connected to the connecting hole section such that the insulating member and the top compression plate are fixedly connected, the connecting protrusion passes through the connecting hole section , and the top end surface is located in the receiving hole section or is flush with the first surface , the connecting protrusion comprises two elastic legs disposed at an interval, each elastic leg has a shape at its outer surface which matches with that of a hole wall of the connecting hole section , and the outer surface is pressed against the hole wall.
A razor cartridge dispenser for retaining, dispensing and receiving razor cartridges , the razor cartridges having a blade portion mounted to a handle connection portion , the dispenser comprising first and second cooperating members joined by a connection member such that the first and second cooperating members can be adapted from a closed configuration to an open configuration, each of said first and second cooperating members comprising one or more compartments for retaining a razor cartridge , characterized in that each compartment comprises side walls with at least one catch for retaining the razor cartridge in the compartment in such a way to ensure a nested configuration of the razor cartridges when the dispenser is in the closed configuration.
Separation system , in particular a fat separation system, comprising a separation container which has a first and a second opening , each of which openings is associated with a connection nozzle , the first opening having a first overflow level (A) and the second opening having a second overflow level (B), and one of the two connection nozzles defining a first wastewater level (C, D) and the other of the two connection nozzles defining a second wastewater level (C, D), it being possible to attach a connection nozzle to one of the two openings in a position in which its wastewater level (C, D) is at a different height from the wastewater level (C, D) of the connection nozzle attached to the other opening , and the wastewater level (C, D) of this nozzle differing from the overflow level (A, B) of the opening to which this nozzle is attached, characterised in that the separation container has at least one coverable inspection opening on its upper face , which inspection opening is arranged in the region of the first opening and/or in the region of the second opening and extends obliquely upwards from this region towards the middle of the upper face of the separation container .
Rail wheel system with a large number of fastening holes that are distributed over the wheel circumference and provided on the wheel web for fastening wheel brake disks with a predetermined distribution of corresponding fastening holes, wherein fastening holes for at least two different designs of wheel brake disks are provided on the wheel web, characterised in that first fastening holes are provided on the rail wheel system for fastening a wheel brake disk of a first design to the rail wheel by means of screws, second fastening holes are provided for fastening radial guides for the wheel brake disk of the first design, and third fastening holes are provided for fastening a wheel brake disk of a second design to the rail wheel by means of screws and radial guides, wherein the diameter of the third fastening holes is greater than that of the first and second fastening holes and the diameter of the second fastening holes is greater than that of the first fastening holes and all fastening holes lie on a circle, wherein, if a wheel brake disk of a first design is to be mounted, the third fastening holes are made smaller using clamping bushings , wherein external diameters of the clamping bushings correspond to the internal diameter of the third fastening holes and internal diameters of the clamping bushings correspond partially to the diameter of the first fastening holes and partially to the diameter of the second fastening holes .
Use of a combination of two genetic elements for controlling the development of the floral type of a dicotyledonous plant, said combination comprising respectively: a) a first genetic control element (A/a) present in said dicotyledonous plant, in the form of a dominant allele (A), and of a recessive allele (a), in which: - the dominant allele (A) consists of a nucleic acid (NA) permitting expression of the protein ACS (aminocyclopropane carboxylate synthase) of sequence SEQ ID No. 3, - the recessive allele (a) differs from the dominant allele wherein the said recessive allele (a) is non-functional in said dicotyledonous plant, and b) a second genetic control element (G/g) present in said dicotyledonous plant, in the form of a dominant allele (G), and of a recessive allele (g), in which: - the dominant allele (G) consists of a nucleic acid (NG) permitting expression of the protein CmWIPI (" C . melo Zinc Finger Protein ") of sequence SEQ ID No. 12, - the recessive allele (g) differs from the dominant allele wherein said recessive allele (g) is non-functional in said dicotyledonous plant, it being understood that at least the second genetic control element was introduced artificially into said dicotyledonous plant. a) a first genetic control element (A/a) present in said dicotyledonous plant, in the form of a dominant allele (A), and of a recessive allele (a), in which: - the dominant allele (A) consists of a nucleic acid (NA) permitting expression of the protein ACS (aminocyclopropane carboxylate synthase) of sequence SEQ ID No. 3, - the recessive allele (a) differs from the dominant allele wherein the said recessive allele (a) is non-functional in said dicotyledonous plant, and - the dominant allele (A) consists of a nucleic acid (NA) permitting expression of the protein ACS (aminocyclopropane carboxylate synthase) of sequence SEQ ID No. 3, - the recessive allele (a) differs from the dominant allele wherein the said recessive allele (a) is non-functional in said dicotyledonous plant, and b) a second genetic control element (G/g) present in said dicotyledonous plant, in the form of a dominant allele (G), and of a recessive allele (g), in which: - the dominant allele (G) consists of a nucleic acid (NG) permitting expression of the protein CmWIPI (" C . melo Zinc Finger Protein ") of sequence SEQ ID No. 12, - the recessive allele (g) differs from the dominant allele wherein said recessive allele (g) is non-functional in said dicotyledonous plant, it being understood that at least the second genetic control element was introduced artificially into said dicotyledonous plant. - the dominant allele (G) consists of a nucleic acid (NG) permitting expression of the protein CmWIPI (" C . melo Zinc Finger Protein ") of sequence SEQ ID No. 12, - the recessive allele (g) differs from the dominant allele wherein said recessive allele (g) is non-functional in said dicotyledonous plant, it being understood that at least the second genetic control element was introduced artificially into said dicotyledonous plant.
Apparatus for analyzing corneal data comprising: an input unit configured to receive corneal data of the right eye and corneal data of the left eye of a patient, said corneal data comprising at least one of elevation corneal data, topographic corneal data, tomographic corneal data, anterior corneal data, posterior corneal data and pachymetric spatial profile data; a combining unit configured to receive the corneal data of the right eye and the corneal data of the left eye for generating combined data for the patient, an analysis unit configured to receive the combined data for determining plural combined indices, wherein the analysis unit is configured to use said plural combined indices for diagnosis of corneal diseases by using control data derived from a population group. an input unit configured to receive corneal data of the right eye and corneal data of the left eye of a patient, said corneal data comprising at least one of elevation corneal data, topographic corneal data, tomographic corneal data, anterior corneal data, posterior corneal data and pachymetric spatial profile data; a combining unit configured to receive the corneal data of the right eye and the corneal data of the left eye for generating combined data for the patient, an analysis unit configured to receive the combined data for determining plural combined indices, wherein the analysis unit is configured to use said plural combined indices for diagnosis of corneal diseases by using control data derived from a population group.
A suturing device, in particular for suturing lacerations of the meniscus, comprising: - an elongated body provided with a longitudinal cavity extending along a main direction (A); - at least a first and a second implant slidably inserted in said cavity and arranged in sequence along said main direction (A); - a surgical thread slidably inserted in said cavity and connected to said first and second implant ; wherein said first and second implant comprise, respectively, a first and a second wedge-shaped element arranged in sequence and extending from one enlarged portion to a tapered portion along said main direction (A), characterised in that the tapered portion of the second wedge-shaped element is rigidly connected to the first implant via a respective breakable connection area . - an elongated body provided with a longitudinal cavity extending along a main direction (A); - at least a first and a second implant slidably inserted in said cavity and arranged in sequence along said main direction (A); - a surgical thread slidably inserted in said cavity and connected to said first and second implant ;
A method for exchanging packets (Pk, Pk') between a first node and a second node of a packet-switched communication network , said packets (Pk, Pk') comprising a packet loss field (PLF), wherein said packet loss field (PLF) is settable to either at least one idle value or at least one measurement value, said exchanging comprising: a) by said first node performing a generation step comprising transmitting to said second node first packets (B1) having said packet loss field (PLF) set to said at least one measurement value; b) by said second node , for each one of the first packets (B1) having the packet loss field (PLF) set to said at least one measurement value and received from said first node , transmitting to said first node a respective second packet (B2) having said packet loss field (PLF) set to said at least one measurement value; and c) by said first node , performing a reflection step comprising, for each one of the second packets (B2) having the packet loss field (PLF) set to said at least one measurement value and received from said second node , transmitting to said second node a respective third packet (B3) having said packet loss field (PLF) set to said at least one measurement value, wherein a time T lapsing between start of said generation step and start of said reflection step has a predefined and substantially constant duration T. a) by said first node performing a generation step comprising transmitting to said second node first packets (B1) having said packet loss field (PLF) set to said at least one measurement value; b) by said second node , for each one of the first packets (B1) having the packet loss field (PLF) set to said at least one measurement value and received from said first node , transmitting to said first node a respective second packet (B2) having said packet loss field (PLF) set to said at least one measurement value; and c) by said first node , performing a reflection step comprising, for each one of the second packets (B2) having the packet loss field (PLF) set to said at least one measurement value and received from said second node , transmitting to said second node a respective third packet (B3) having said packet loss field (PLF) set to said at least one measurement value,
A workpiece display assistance device comprising: a first model generation unit configured to obtain shape data of a workpiece to be set and generate an original model of the workpiece based on the shape data; a second model generation unit configured to generate a plurality of matching models (11-17) by rotating and/or inverting the original model ; an extraction unit configured to match each of the plurality of matching models (11-17) to the original model and extract aligned portions of the respective matching models (11-17) with the original model as matching sections; a model creation unit configured to create a matching aggregate model by aggregating the matching sections extracted in a state conforming to the original model and synthesizing the matching sections; characterized in that the display assistance device further comprises: a determination unit configured to compare the original model with the matching aggregate model and make a determination of a feature point on the workpiece (W), wherein said feature point refers to a location representing a feature that serves as a mark when setting the workpiece (W), and wherein said feature point is a singular portion where there is no rotational or inverse symmetry; a display unit configured to display the feature point in a highlighted manner, along with an image of the workpiece, on a display screen of a display device based on a determination result of the determination unit so as to enable an operator (M) to set the workpiece (W) in a correct orientation using the highlighted feature point (P) as a mark. a first model generation unit configured to obtain shape data of a workpiece to be set and generate an original model of the workpiece based on the shape data; a second model generation unit configured to generate a plurality of matching models (11-17) by rotating and/or inverting the original model ; an extraction unit configured to match each of the plurality of matching models (11-17) to the original model and extract aligned portions of the respective matching models (11-17) with the original model as matching sections; a model creation unit configured to create a matching aggregate model by aggregating the matching sections extracted in a state conforming to the original model and synthesizing the matching sections; characterized in that the display assistance device further comprises: a determination unit configured to compare the original model with the matching aggregate model and make a determination of a feature point on the workpiece (W), wherein said feature point refers to a location representing a feature that serves as a mark when setting the workpiece (W), and wherein said feature point is a singular portion where there is no rotational or inverse symmetry; a display unit configured to display the feature point in a highlighted manner, along with an image of the workpiece, on a display screen of a display device based on a determination result of the determination unit so as to enable an operator (M) to set the workpiece (W) in a correct orientation using the highlighted feature point (P) as a mark.
A flat textile material for placing on a human or animal body in order to capture and/or transmit electrical signals, comprising: a longitudinal direction , a transverse direction running transverse to the longitudinal direction , an extension plane , a thickness direction orthogonal to the extension plane , a first layer facing the body, a second layer facing away from the body, at least one electrode arranged on or in the first layer for placing on the body, wherein the electrode comprises electrically conductive threads , wherein the second layer comprises electrically non-conductive threads having a first water absorbency, characterized in that there are provided either in the first layer or in the thickness direction between the electrode and the second layer threads having a second water absorbency extending in the longitudinal direction , and wherein the second water absorbency of these threads is greater than the first water absorbency of the electrically non-conductive threads of the second layer . a longitudinal direction , a transverse direction running transverse to the longitudinal direction , an extension plane , a thickness direction orthogonal to the extension plane , a first layer facing the body, a second layer facing away from the body, at least one electrode arranged on or in the first layer for placing on the body, wherein the electrode comprises electrically conductive threads , wherein the second layer comprises electrically non-conductive threads having a first water absorbency, characterized in that there are provided either in the first layer or in the thickness direction between the electrode and the second layer threads having a second water absorbency extending in the longitudinal direction , and wherein the second water absorbency of these threads is greater than the first water absorbency of the electrically non-conductive threads of the second layer .
A soap bar composition comprising (i) 20 to 75 wt% anhydrous soap; (ii) a polymer comprising (a) 39 to 59% by weight of the polymer, structural units of C 1 - 4 alkyl acrylate; (b) 40 to 60% by weight of the polymer structural units of (meth)acrylic acid; (c) 1 to 10% by weight of the polymer structural units of a specialised associative monomer having formula 1 Wherein R 1 is a linear C 10-28 alkyl group; Wherein each R 2 is independently a hydrogen or a methyl group; and Wherein n has a value in the range of 20 to 28; (iii) 25 to 40 wt% water; and (iv) 0.1 to 8 wt% of an electrolyte. (i) 20 to 75 wt% anhydrous soap; (ii) a polymer comprising (a) 39 to 59% by weight of the polymer, structural units of C 1 - 4 alkyl acrylate; (b) 40 to 60% by weight of the polymer structural units of (meth)acrylic acid; (c) 1 to 10% by weight of the polymer structural units of a specialised associative monomer having formula 1 Wherein R 1 is a linear C 10-28 alkyl group; Wherein each R 2 is independently a hydrogen or a methyl group; and Wherein n has a value in the range of 20 to 28; (a) 39 to 59% by weight of the polymer, structural units of C 1 - 4 alkyl acrylate; (b) 40 to 60% by weight of the polymer structural units of (meth)acrylic acid; (c) 1 to 10% by weight of the polymer structural units of a specialised associative monomer having formula 1 Wherein R 1 is a linear C 10-28 alkyl group; Wherein each R 2 is independently a hydrogen or a methyl group; and Wherein n has a value in the range of 20 to 28; Wherein R 1 is a linear C 10-28 alkyl group; Wherein each R 2 is independently a hydrogen or a methyl group; and Wherein n has a value in the range of 20 to 28; (iii) 25 to 40 wt% water; and (iv) 0.1 to 8 wt% of an electrolyte.
A Zn-plated hot stamped product comprising: a steel; a Zn-based plating layer containing Zn formed on a surface of the steel; and an oxide layer containing Zn and Mn formed on a surface of the Zn-based plating layer, wherein an upper layer which is a region on the surface side of the Zn-based plating layer has a two-phase structure of a Γ phase and an Fe-Zn solid solution, and a lower layer which is a region of the Zn-based plating layer excluding the upper layer has a single-phase structure of an Fe-Zn solid solution, an upper layer thickness and a lower layer thickness satisfy the following expression , a maximum value Max. Mn, a minimum value Min. Mn, and an average value Ave. Mn of an Mn content by mass% on a surface of the Zn-plated hot stamped product satisfy the following expressions and , 0.20≤upper layer thickness/(upper layer thickness+lower layer thickness) ≤ 0.80 Ave . Mn = 0.5 to 7.5 Max . Mn / Min . Mn ≤ 10.0 a proportion of the Γ phase in the two-phase structure of the Γ phase and the Fe-Zn solid solution of the upper layer is 20 to 80%; and wherein the upper layer thickness, the lower layer thickness, the maximum value Max. Mn, minimum value Min. Mn, the average value Ave. Mn, and the proportion of the Γ phase are measured as described in the description. a steel; a Zn-based plating layer containing Zn formed on a surface of the steel; and an oxide layer containing Zn and Mn formed on a surface of the Zn-based plating layer, wherein an upper layer which is a region on the surface side of the Zn-based plating layer has a two-phase structure of a Γ phase and an Fe-Zn solid solution, and a lower layer which is a region of the Zn-based plating layer excluding the upper layer has a single-phase structure of an Fe-Zn solid solution, an upper layer thickness and a lower layer thickness satisfy the following expression , a maximum value Max. Mn, a minimum value Min. Mn, and an average value Ave. Mn of an Mn content by mass% on a surface of the Zn-plated hot stamped product satisfy the following expressions and , 0.20≤upper layer thickness/(upper layer thickness+lower layer thickness) ≤ 0.80 Ave . Mn = 0.5 to 7.5 Max . Mn / Min . Mn ≤ 10.0 a proportion of the Γ phase in the two-phase structure of the Γ phase and the Fe-Zn solid solution of the upper layer is 20 to 80%; and wherein the upper layer thickness, the lower layer thickness,