mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a conveyor, comprising: a conveyor frame for supporting a conveyor belt; a carryway for the conveyor belt extending in a longitudinal direction; a product containment guard on a side of the carryway, the product containment guard comprising a longitudinal containment rail extending adjacent to a first edge of the carryway for containing product on the carryway, a vertical support rail connected to the longitudinal containment rail, an upper mounting rail extending perpendicular to the vertical support rail in a longitudinal direction and a lower mounting rail below the upper mounting rail and extending in the longitudinal direction; and a mounting component for mounting the product containment guard to the conveyor frame, the mounting component comprising: a lateral rail connected to the conveyor frame; and an end plate having an upper surface including a first open recess and a second open recess laterally outward of the first open recess for receiving a narrow neck of the upper mounting rail and a vertical slot below the first open recess for receiving the lower mounting rail. a conveyor frame for supporting a conveyor belt; a carryway for the conveyor belt extending in a longitudinal direction; a product containment guard on a side of the carryway, the product containment guard comprising a longitudinal containment rail extending adjacent to a first edge of the carryway for containing product on the carryway, a vertical support rail connected to the longitudinal containment rail, an upper mounting rail extending perpendicular to the vertical support rail in a longitudinal direction and a lower mounting rail below the upper mounting rail and extending in the longitudinal direction; and a mounting component for mounting the product containment guard to the conveyor frame, the mounting component comprising: a lateral rail connected to the conveyor frame; and an end plate having an upper surface including a first open recess and a second open recess laterally outward of the first open recess for receiving a narrow neck of the upper mounting rail and a vertical slot below the first open recess for receiving the lower mounting rail. a lateral rail connected to the conveyor frame; and an end plate having an upper surface including a first open recess and a second open recess laterally outward of the first open recess for receiving a narrow neck of the upper mounting rail and a vertical slot below the first open recess for receiving the lower mounting rail.
A lamp assembly comprising a lamp base shell, forming a screwable self locking interface between a base and a lamp base of a glass lamp provided with a plurality of dimples, characterized in that the lamp base shell comprises - a cylindrical body having a left turn screw the top of which is mounted with a plurality of knops along its circumference to be clicked in the corresponding dimples and - saw teeth forming a locking mechanism for use in a ratchet mechanism with the base. - a cylindrical body having a left turn screw the top of which is mounted with a plurality of knops along its circumference to be clicked in the corresponding dimples and - saw teeth forming a locking mechanism for use in a ratchet mechanism with the base.
An aircraft landing gear including a noise-inducing region and a cover comprising a cover portion arranged to fully enclose the noise-inducing region in an adjacent manner to inhibit an airflow negotiating the noise-inducing region when the landing gear is in use, wherein the landing gear includes a first component movably coupled to a second component via a coupling region, the coupling region comprising the noise-inducing region, wherein the cover portion comprises a flexible material arranged to permit the movement of the first component relative to the second component.
A transmitting device of a terminal used in mobile communications technology, comprising: a) a processor, configured to determine a base station identity of a first base station and a base station identity of a second base station, wherein the first base station is a home base station type and the second base station is another base station type that is different from the home base station type; and b) a transmitter, configured to transmit the base station identity of the first base station and the base station identity of the second base station to a network device, wherein the base station identity of the first base station is carried in a first E-UTRAN Cell Global Identifier, ECGI, and the base station identity of the second base station is carried in a second ECGI, and positions of bits occupied by the base station identity of the first base station and the second base station are the same and are the first 20 bits of the ECGI, and remained 8 bits of the ECGI are not used as the base station identity of the first base station or the second base station and are all filled with "1" in the first ECGI, and a first cell controlled by the first base station is one neighboring cell of neighboring cells of a serving cell of the terminal. a) a processor, configured to determine a base station identity of a first base station and a base station identity of a second base station, wherein the first base station is a home base station type and the second base station is another base station type that is different from the home base station type; and b) a transmitter, configured to transmit the base station identity of the first base station and the base station identity of the second base station to a network device, wherein the base station identity of the first base station is carried in a first E-UTRAN Cell Global Identifier, ECGI, and the base station identity of the second base station is carried in a second ECGI, and positions of bits occupied by the base station identity of the first base station and the second base station are the same and are the first 20 bits of the ECGI, and remained 8 bits of the ECGI are not used as the base station identity of the first base station or the second base station and are all filled with "1" in the first ECGI, and a first cell controlled by the first base station is one neighboring cell of neighboring cells of a serving cell of the terminal.
A rubber diaphragm for a vacuum press device that is used in producing a photovoltaic module, the diaphragm for producing a photovoltaic module being characterized in that: the rubber diaphragm is a sheet of a cross-linked rubber composition that is used in order to laminate photovoltaic cells with resin sheets by hot pressing using the vacuum press device; the cross-linked rubber composition is a cross-linked rubber composition of an ethylene propylene diene rubber; the cross-linked rubber composition is obtained by cross-linking a rubber composition comprising the ethylene propylene diene rubber, a cross-linking agent, and at least one selected from vulcanization accelerators and vulcanization accelerator auxiliaries; and the ethylene propylene diene rubber comprises an ethylene propylene diene rubber that has been polymerized using a single-site catalyst, the ratio of the ethylene propylene diene rubber that has been polymerized using the single-site catalyst to the total amount of the ethylene propylene diene rubber being 10 mass% or more. the rubber diaphragm is a sheet of a cross-linked rubber composition that is used in order to laminate photovoltaic cells with resin sheets by hot pressing using the vacuum press device; the cross-linked rubber composition is a cross-linked rubber composition of an ethylene propylene diene rubber; the cross-linked rubber composition is obtained by cross-linking a rubber composition comprising the ethylene propylene diene rubber, a cross-linking agent, and at least one selected from vulcanization accelerators and vulcanization accelerator auxiliaries; and the ethylene propylene diene rubber comprises an ethylene propylene diene rubber that has been polymerized using a single-site catalyst, the ratio of the ethylene propylene diene rubber that has been polymerized using the single-site catalyst to the total amount of the ethylene propylene diene rubber being 10 mass% or more.
Headlamp or flashlight with a light source and an auxiliary lens, characterized in that the light source consists of a matrix with multiple light-emitting diodes (LEDs), or with multiple groups of LEDs, which are differently positioned relative to the auxiliary lens, so that the different LEDs or the different LED groups generate light cones (10, 10') with different emission angles with respect to the optical axis of the lamp, wherein the matrix is connected with a microprocessor, which regulates, depending on input data, which LED or which group of LEDs of the matrix is luminous, whereby a stable light cone (10,10') is emitted, independently of a movement of the lamp.
A flat cable assembly for a rotary connector device, comprising: a first lead block (61,71) including a first lead block body (61A, 71A) and a first conductor (61B, 71B) including a first exposure surface (61C, 71C) exposed from the first lead block body, the first conductor being attached to the first lead block body; a first flat cable (62,72) including a first cable end portion (62A, 72A) connected to the first exposure surface (61C, 71C) so as to extend from the first exposure surface in a first direction (D21, D41); and a second flat cable (63, 73) including a second cable end portion (63A,73A) connected to the first exposure surface so as to extend from the first exposure surface in a second direction (D22, D42) that is different from the first direction, characterized in that the second cable end portion (63A,73A) is disposed on the first exposure surface (61C, 71C) so as not to overlap with the first cable end portion (62A, 72A). a first lead block (61,71) including a first lead block body (61A, 71A) and a first conductor (61B, 71B) including a first exposure surface (61C, 71C) exposed from the first lead block body, the first conductor being attached to the first lead block body; a first flat cable (62,72) including a first cable end portion (62A, 72A) connected to the first exposure surface (61C, 71C) so as to extend from the first exposure surface in a first direction (D21, D41); and a second flat cable (63, 73) including a second cable end portion (63A,73A) connected to the first exposure surface so as to extend from the first exposure surface in a second direction (D22, D42) that is different from the first direction, characterized in that the second cable end portion (63A,73A) is disposed on the first exposure surface (61C, 71C) so as not to overlap with the first cable end portion (62A, 72A).
A battery cell, comprising: an electrode assembly having a pair of electrode tabs; a pair of electrode leads (13, 15) connected to the electrode tabs; and a pouch case configured to accommodate the electrode assembly, wherein the pouch case is sealed in a state where the electrode leads (13, 15) are exposed to the outside of the pouch case, wherein the pouch case comprises an accommodation portion for accommodating the electrode assembly and a sealing portion extending in a circumferential direction of the accommodation portion, wherein the battery cell is a bidirectional drawing-type battery cell in which the pair of electrode leads (13, 15) are drawn in opposite directions, wherein the battery cell includes a sensing lead connected to one of the electrode tabs, wherein the sensing lead is located at the sealing portion at one side or the other side of the battery cell, and characterized in that the sensing lead extends in parallel to any one of the pair of electrode leads (13, 15) adjacent thereto, wherein the sensing lead is located to be adjacent to any one of the pair of electrode leads (13, 15) having opposite polarity than the sensing lead, and wherein the sensing lead does not extend to the outside of the pouch case but is located at the inside thereof, and is exposed to the outside through a sensing hole formed in the sealing portion of the pouch case, wherein the sensing hole is formed in at least one of upper and lower surfaces of the pouch case. an electrode assembly having a pair of electrode tabs; a pair of electrode leads (13, 15) connected to the electrode tabs; and a pouch case configured to accommodate the electrode assembly, wherein the pouch case is sealed in a state where the electrode leads (13, 15) are exposed to the outside of the pouch case, wherein the pouch case comprises an accommodation portion for accommodating the electrode assembly and a sealing portion extending in a circumferential direction of the accommodation portion, wherein the battery cell is a bidirectional drawing-type battery cell in which the pair of electrode leads (13, 15) are drawn in opposite directions, wherein the battery cell includes a sensing lead connected to one of the electrode tabs, wherein the sensing lead is located at the sealing portion at one side or the other side of the battery cell, and characterized in that the sensing lead extends in parallel to any one of the pair of electrode leads (13, 15) adjacent thereto, wherein the sensing lead is located to be adjacent to any one of the pair of electrode leads (13, 15) having opposite polarity than the sensing lead, and wherein the sensing lead does not extend to the outside of the pouch case but is located at the inside thereof, and is exposed to the outside through a sensing hole formed in the sealing portion of the pouch case, wherein the sensing hole is formed in at least one of upper and lower surfaces of the pouch case.
A three-dimensional rendering method for rendering a 3D model, the method comprising: rendering the 3D model from each viewpoint of direct light sources (210, 810); obtaining scene information on scenes rendered from each viewpoint of the direct light sources; generating a matched image in which the scenes are matched based on the scene information (220, 820); and sampling at least one indirect light source from the matched image (230, 830). rendering the 3D model from each viewpoint of direct light sources (210, 810); obtaining scene information on scenes rendered from each viewpoint of the direct light sources; generating a matched image in which the scenes are matched based on the scene information (220, 820); and sampling at least one indirect light source from the matched image (230, 830).
Battery pack, in particular for a hand-held power tool, having at least one battery cell and having a housing for receiving the at least one battery cell, the housing comprising two housing parts (4, 5) which can be connected to one another by means of a connecting device, namely a lower housing part and an upper housing part, a cell holder for holding the at least one battery cell being arranged in the housing, and the cell holder having a plurality of hooks for holding at least one printed circuit board, characterized in that the connecting device has at least two hook connections arranged on one side of the housing and at least one screw connection arranged on an opposite side of the housing, and in that the at least two hook connections each have a recess arranged on the upper housing part and a hook arranged on the lower housing part and engaging in the recess.
A fusion protein, which is obtained by fusing a peptide hormone to a transport protein via a linker, wherein the peptide hormone is Exendin-4 or analogue of Exendin-4, and the peptide hormone is capable of lowering the blood glucose; the transport protein is the Fc fragment of the immunoglobulin IgG2; the fusion protein is capable of lowering the blood glucose; the analogue of Exendin-4 is a peptide that has 6 or less amino acid site differences from SEQ ID NO: 1; the linker is a peptide which has the sequence shown by (Gly) m Xaa-(Gly) n, in which, m is an integer between 3 and 8, n is an integer between 3 and 8, Xaa is any one selected from the group consisting of Gly, Ser, Ala and Thr.
Collision monitoring method for a motor vehicle, wherein a predefined surrounding region is monitored, comprising: - making available (S1, S5) a position indication and direction of movement indication of at least one object located in the surrounding region; then - making available vehicle information which indicates at least one position of a vehicle component; then - characterizing an object if it is determined using the vehicle information that the object is a vehicle component which is located in the surrounding region; and then - signalling a risk of a collision if the approaching of a non-characterized object to the motor vehicle is detected on the basis of the position indication and direction of movement indication. - making available (S1, S5) a position indication and direction of movement indication of at least one object located in the surrounding region; then - making available vehicle information which indicates at least one position of a vehicle component; then - characterizing an object if it is determined using the vehicle information that the object is a vehicle component which is located in the surrounding region; and then - signalling a risk of a collision if the approaching of a non-characterized object to the motor vehicle is detected on the basis of the position indication and direction of movement indication.
A mutant polypeptide having Δ5 desaturase activity comprising at least one mutation within the HPGG motif (SEQ ID NO:180) of the cytochrome b 5 domain, wherein said polypeptide has an amino acid sequence which has at least 95% sequence identity to an amino acid sequence selected from the group consisting of: (i) SEQ ID NO:58 comprising a mutant motif of SEQ ID NO:183 (HGGG) or SEQ ID NO:184 (HHGG), (EgD5S-HGGG and EgD5S-HHGG); (ii) SEQ ID NO:97 comprising a mutant motif of SEQ ID NO:185 (HPGS), (EgD5S-HPGS); (iii) SEQ ID NO:139 comprising a mutant motif of SEQ ID NO: 186 (HCGG), (EaD5S-HCGG); and (iv) SEQ ID NO:179 comprising a mutant motif of SEQ ID NO:186 (HCGG) or SEQ ID NO:187 (HWGG), (RD5S-HCGG and RD5S-HWGG), wherein the mutant polypeptide has a dihomo-γ-linolenic acid to arachidonic acid conversion efficiency that is greater than the dihomo-γ-linolenic acid to arachidonic acid conversion efficiency of the parent polypeptide from which the mutant was derived, said parent polypeptide having an identical amino acid sequence except that it comprises an HPGG motif (SEQ ID NO: 180). (i) SEQ ID NO:58 comprising a mutant motif of SEQ ID NO:183 (HGGG) or SEQ ID NO:184 (HHGG), (EgD5S-HGGG and EgD5S-HHGG); (ii) SEQ ID NO:97 comprising a mutant motif of SEQ ID NO:185 (HPGS), (EgD5S-HPGS); (iii) SEQ ID NO:139 comprising a mutant motif of SEQ ID NO: 186 (HCGG), (EaD5S-HCGG); and (iv) SEQ ID NO:179 comprising a mutant motif of SEQ ID NO:186 (HCGG) or SEQ ID NO:187 (HWGG), (RD5S-HCGG and RD5S-HWGG), wherein the mutant polypeptide has a dihomo-γ-linolenic acid to arachidonic acid conversion efficiency that is greater than the dihomo-γ-linolenic acid to arachidonic acid conversion efficiency of the parent polypeptide from which the mutant was derived, said parent polypeptide having an identical amino acid sequence except that it comprises an HPGG motif (SEQ ID NO: 180).
An optoelectrical system comprising: an integrated photonics structure having a waveguide disposed within a dielectric stack of the integrated photonics structure, wherein the integrated photonics structure further includes a field generating electrically conductive structure disposed within the dielectric stack; and a heterogenous structure attached to the integrated photonics structure, the heterogenous structure having field sensitive material that is sensitive to a field generated by the field generating electrically conductive structure. an integrated photonics structure having a waveguide disposed within a dielectric stack of the integrated photonics structure, wherein the integrated photonics structure further includes a field generating electrically conductive structure disposed within the dielectric stack; and a heterogenous structure attached to the integrated photonics structure, the heterogenous structure having field sensitive material that is sensitive to a field generated by the field generating electrically conductive structure.
Dimethyl sulphone combined with a keratolytic agent or a mixture of keratolytic agents for use as anti-inflammatory agent against the inflammation produced by a keratolytic agent or a mixture of keratolytic agents, wherein dimethyl sulphone is present in a quantity comprised between 2% and 70% by weight, preferably between 10% and 60% by weight with respect to the keratolytic agent or the mixture of keratolytic agents.
A device for inspecting a combustor comprising: a sensing probe; an arm having one first end coupled to the sensing probe and one second end coupled to a base; the arm comprising a plurality of modules coupled to one another; each module being coupled to the adjacent module with a respective rotational joint; characterised in that each rotational joint is independently controlled and in that the sensing probe is coupled to the first end with a joint with at least three degrees of freedom. a sensing probe; an arm having one first end coupled to the sensing probe and one second end coupled to a base; the arm comprising a plurality of modules coupled to one another; each module being coupled to the adjacent module with a respective rotational joint; characterised in that each rotational joint is independently controlled and in that the sensing probe is coupled to the first end with a joint with at least three degrees of freedom.
An endoscope holding member, having at least one hole of a polygonal shape and/or an elliptical shape or a mixed shape thereof, wherein the hole can hold the endoscope at an oblique angle with respect to the horizontal direction by a face and two contact points the face contacting the lower surface of the endoscope and the two contact points contacting the upper surface of the endoscope, characterised in that the face is a sloped face.
A method of enabling a user in an industrial plant to inspect an object of the plant, where said user is equipped with a mobile terminal, the method being performed by an inspecting device provided in the mobile terminal equipped with a viewfinder and comprising the steps of: - guiding the user to the location of the object in the plant, the method characterized by - presenting a reference image of the object in the viewfinder when the location of the object has been reached in order to allow the user to capture an image of the object, - receiving a user selection to capture an image and capturing an image of the object based on said user selection, - analyzing the difference between the reference image and the captured image, and - diagnosing a condition of the object based on the analysis. - guiding the user to the location of the object in the plant, - presenting a reference image of the object in the viewfinder when the location of the object has been reached in order to allow the user to capture an image of the object, - receiving a user selection to capture an image and capturing an image of the object based on said user selection, - analyzing the difference between the reference image and the captured image, and - diagnosing a condition of the object based on the analysis.