mhurhangee/ep-ind-claims huggingface dataset:
A data reader for reading data from an object, the data reader comprising a housing adapted for handheld operation; the data reader comprising: a touch screen supported on the housing, wherein the touch screen includes a touch screen surface, and wherein a reading engine is selectable by applying control gestures to the touch screen surface; a plurality of reading engines each associated with a set of decoding instructions, characterized in that each of the plurality of reading engines is associated with one of a plurality of control gestures differing from each other to uniquely distinguish each of the plurality of reading engines from any other of the plurality of reading engines; and a processing subsystem communicatively coupled with the plurality of reading engines and the touch screen, the processing subsystem being configured to detect that the control gesture has been applied to the touch screen surface, wherein in response to a detected control gesture the processing subsystem configures the data reader with one of the plurality of the reading engines based on the control gesture applied to the touch screen surface. the data reader comprising: a touch screen supported on the housing, wherein the touch screen includes a touch screen surface, and wherein a reading engine is selectable by applying control gestures to the touch screen surface; a plurality of reading engines each associated with a set of decoding instructions, characterized in that each of the plurality of reading engines is associated with one of a plurality of control gestures differing from each other to uniquely distinguish each of the plurality of reading engines from any other of the plurality of reading engines; and a processing subsystem communicatively coupled with the plurality of reading engines and the touch screen, the processing subsystem being configured to detect that the control gesture has been applied to the touch screen surface, wherein in response to a detected control gesture the processing subsystem configures the data reader with one of the plurality of the reading engines based on the control gesture applied to the touch screen surface. a touch screen supported on the housing, wherein the touch screen includes a touch screen surface, and wherein a reading engine is selectable by applying control gestures to the touch screen surface; a plurality of reading engines each associated with a set of decoding instructions, characterized in that each of the plurality of reading engines is associated with one of a plurality of control gestures differing from each other to uniquely distinguish each of the plurality of reading engines from any other of the plurality of reading engines; and a processing subsystem communicatively coupled with the plurality of reading engines and the touch screen, the processing subsystem being configured to detect that the control gesture has been applied to the touch screen surface, wherein in response to a detected control gesture the processing subsystem configures the data reader with one of the plurality of the reading engines based on the control gesture applied to the touch screen surface.
A vehicle glove box assembly comprising: a cover being configured to be accommodated in a dashboard near to a passenger seat and configured to be open in a direction to the passenger seat, an upper surface, both side surfaces, and a rear surface of the cover are closed and a front side and a lower side of the cover are open; a housing which is rotably accommodated in the cover and configured to be selectively opened or closed through the front side of the cover; a rotating member which is disposed between the cover and the housing and configured to provide a rotation orbit so that the housing is opened or closed by the cover; and a rotation guide part which is fixed to an outer side surface of the cover and configured to elastically guide a rotational direction of the rotating member, characterized in that, a storage space is formed in the housing, and in that, the rotating member includes: a first rotation link of which one end is coupled to a lower portion of the cover and the other end is coupled to an upper portion of the housing, and a second rotation link of which one end is coupled to the lower portion of the cover and the other end is coupled to the upper portion of the housing. a cover being configured to be accommodated in a dashboard near to a passenger seat and configured to be open in a direction to the passenger seat, an upper surface, both side surfaces, and a rear surface of the cover are closed and a front side and a lower side of the cover are open; a housing which is rotably accommodated in the cover and configured to be selectively opened or closed through the front side of the cover; a rotating member which is disposed between the cover and the housing and configured to provide a rotation orbit so that the housing is opened or closed by the cover; and a rotation guide part which is fixed to an outer side surface of the cover and configured to elastically guide a rotational direction of the rotating member, characterized in that, a storage space is formed in the housing, and in that, the rotating member includes: a first rotation link of which one end is coupled to a lower portion of the cover and the other end is coupled to an upper portion of the housing, and a second rotation link of which one end is coupled to the lower portion of the cover and the other end is coupled to the upper portion of the housing. a first rotation link of which one end is coupled to a lower portion of the cover and the other end is coupled to an upper portion of the housing, and a second rotation link of which one end is coupled to the lower portion of the cover and the other end is coupled to the upper portion of the housing.
A disc filter with an agitator system, used to filter out fine particle material in a raw suspension, comprising: a vat with at least a semicircular bottom wall located in the bottom part of the disc filter; a rotating shaft with a multitude of filter discs rotating in the vat, each filter disc being equipped with a doctor blade arrangement parallel with the filter surface of the filter disc, and a collection chute located under the doctor blade and forming a substantially vertical box-like collection chute with an upper opening under the doctor blade and a lower outlet in the lower part of the semicircular bottom part of the vat, said box-like collection chute having two walls (28a/28b) oriented in parallel with the filter surface of the filter disc and two walls (29a/29b) oriented orthogonally to the filter surface of the filter disc; and a first nozzle and a second nozzle arranged in the disc filter characterized in that the first nozzle is arranged between two collection chutes and between two walls (28a/28b) of these chutes that are oriented parallel with the filter surface of the filter disc and the second nozzle is arranged at one of the walls of the collection chute oriented orthogonally with the filter surface of the filter disc, and wherein both the first and second nozzles are oriented such that the direction of the outflows from the nozzles coincides with the semicircular form of the bottom wall of the vat and is parallel to the bottom wall of the vat.
Cutting machine, such as a guillotine or high-speed cutting machine, for cutting sheet-like cutting material forming a stack, comprising a machine frame having a table with table surface receiving the stack, a cutting device (16, 18) extending from the machine frame and adjustable thereto for cutting of the stack, and at least one drive (28, 30) for adjusting the cutting device comprising at least one crank with tension or compression element extending therefrom and connected to the cutting device, wherein at least one counter-element (44, 46, 48, 50) is provided in operative connection between the machine frame and the cutting device (16, 18), which generates a force in the opposite direction to the cutting movement of the cutting device, the force generated by the at least one counter-element (44, 46, 48, 50) being such that the deformation occurring of the machine frame is identical or substantially identical regardless of the stiffness of the stack during cutting of the stack, and the at least one counter-element entering an operative connection at a distance d from the table surface where d ≤ h + x with h = height of the stack and x ≥ 0 mm.
A user equipment configured to communicate with a base station device, the equipment comprising: a connection state processor unit configured to measure, in a connected state, communication quality in each of cells respectively belonging to two or more layers, on the basis of a first priority, to report the measurement result to the base station device, and to perform handover processing according to an instruction from the base station device, the first priority notified by a first control signal notified from the base station device, the connected state being where a radio link between the user equipment and the base station device is established; a stand-by state processor unit configured to measure, in a stand-by state, communication quality in each of cells respectively belonging to two or more layers on the basis of a second priority, and to determine on the basis of the measurement result a cell for camping in a stand-by state, the second priority notified by a second control signal notified from the base station device; wherein the first priority and the second priority indicate a priority of each layer, the connected state is an RRC_Connected state, and the stand-by state is an Idle state; and characterized in that the first priority is discarded when the user equipment transitions from the RRC_Connected state to the Idle state, and the second priority is discarded when the user equipment transitions from the Idle state to the RRC_Connected state. a connection state processor unit configured to measure, in a connected state, communication quality in each of cells respectively belonging to two or more layers, on the basis of a first priority, to report the measurement result to the base station device, and to perform handover processing according to an instruction from the base station device, the first priority notified by a first control signal notified from the base station device, the connected state being where a radio link between the user equipment and the base station device is established; a stand-by state processor unit configured to measure, in a stand-by state, communication quality in each of cells respectively belonging to two or more layers on the basis of a second priority, and to determine on the basis of the measurement result a cell for camping in a stand-by state, the second priority notified by a second control signal notified from the base station device; wherein the first priority and the second priority indicate a priority of each layer, the connected state is an RRC_Connected state, and the stand-by state is an Idle state; and characterized in that the first priority is discarded when the user equipment transitions from the RRC_Connected state to the Idle state, and the second priority is discarded when the user equipment transitions from the Idle state to the RRC_Connected state.
A cell comprising: a membrane electrode assembly; and a pair of separators (13, 14), between which the membrane electrode assembly is interposed, wherein the membrane electrode assembly includes a polymer electrolyte membrane, an anode catalyst layer disposed on a first main surface of the polymer electrolyte membrane, and a cathode catalyst layer disposed on a second main surface of the polymer electrolyte membrane, the anode catalyst layer contains a first catalyst material having an activity against a hydrogen oxidation reaction and a first electrically conductive material whose electrical resistance under a hydrogen atmosphere and whose electrical resistance under an oxygen atmosphere are different from each other, the first catalyst material is supported on a surface of the first electrically conductive material, the first electrically conductive material is a titanium oxide doped with a dissimilar metal, the cathode catalyst layer contains a second catalyst material having an activity against an oxygen reduction reaction and a second electrically conductive material different from the first electrically conductive material, and an electrical resistance of the cell when the anode catalyst layer is under an oxygen atmosphere is more than twice the electrical resistance of the cell when the anode catalyst layer is under a hydrogen atmosphere. a membrane electrode assembly; and a pair of separators (13, 14), between which the membrane electrode assembly is interposed, wherein the membrane electrode assembly includes a polymer electrolyte membrane, an anode catalyst layer disposed on a first main surface of the polymer electrolyte membrane, and a cathode catalyst layer disposed on a second main surface of the polymer electrolyte membrane, the anode catalyst layer contains a first catalyst material having an activity against a hydrogen oxidation reaction and a first electrically conductive material whose electrical resistance under a hydrogen atmosphere and whose electrical resistance under an oxygen atmosphere are different from each other, the first catalyst material is supported on a surface of the first electrically conductive material, the first electrically conductive material is a titanium oxide doped with a dissimilar metal, the cathode catalyst layer contains a second catalyst material having an activity against an oxygen reduction reaction and a second electrically conductive material different from the first electrically conductive material, and an electrical resistance of the cell when the anode catalyst layer is under an oxygen atmosphere is more than twice the electrical resistance of the cell when the anode catalyst layer is under a hydrogen atmosphere.
A sales packaging with (a) a first lateral wall, (b) a second lateral wall, (c) a front wall, a front side, (d) a cover and (e) a base which, together with the lateral walls (12, 14), the front wall and the cover, forms an outer packaging that suurounds an interior space for the accommodation of a range of goods (32, 32.1, 32.n) and comprises an opening area for the removal of the goods, and (f) an elastic band by means of which a force acting on the front wall can be applied to the goods (32, 32.1, 32n), (g) wherein the elastic band is attached to an insert such that it is load-bearing, the insert comprising - a first lateral section, - a second lateral section and - a rear section that connects the two lateral sections (36, 38), and (h) wherein the first lateral section and the second lateral section have a height (h 36) that corresponds to a clearance height (h 30) of the outer packaging, such that the lateral sections (36, 38) form a reinforcement of the lateral walls (12, 14) of the outer packaging, characterised by the fact that (i) the insert is designed to absorb the force (F Schub), which the elastic band exerts on the goods (32, 32.1, 32n), and to transfer this force to this outer packaging. (a) a first lateral wall, (b) a second lateral wall, (c) a front wall, a front side, (d) a cover and (e) a base which, together with the lateral walls (12, 14), the front wall and the cover, forms an outer packaging that suurounds an interior space for the accommodation of a range of goods (32, 32.1, 32.n) and comprises an opening area for the removal of the goods, and (f) an elastic band by means of which a force acting on the front wall can be applied to the goods (32, 32.1, 32n), (g) wherein the elastic band is attached to an insert such that it is load-bearing, the insert comprising - a first lateral section, - a second lateral section and - a rear section that connects the two lateral sections (36, 38), and - a first lateral section, - a second lateral section and - a rear section that connects the two lateral sections (36, 38), and (h) wherein the first lateral section and the second lateral section have a height (h 36) that corresponds to a clearance height (h 30) of the outer packaging, such that the lateral sections (36, 38) form a reinforcement of the lateral walls (12, 14) of the outer packaging, characterised by the fact that (i) the insert is designed to absorb the force (F Schub), which the elastic band exerts on the goods (32, 32.1, 32n), and to transfer this force to this outer packaging.
A three-phase and buried high-voltage power line, comprising three conductive phase cables, each of said conductive cables 5 being made up of a series of cable portions (3a, 3b) coupled to one another by a screen-stop junction, including a connection interface coupled to the screen of a first cable portion and to the screen of a second butted cable portion, a module provided with a housing for extending the junction and equipped with a complementary connection interface connected to the connection interface of each junction, the line being characterized in that a lightning arrester is arranged in said housing of said module and electrically connected to said complementary connection interface of the module and in that said lightning arrester is equipped with a device for controlling its state arranged in said housing including a temperature sensor, directly glued on the lightning arrester, the temperature of which it detects, and connected to a signal generator arranged in said housing.
Assembly system (1, 101, 121, 201) including a member (3, 103, 123, 203) made of at least a first material including a staff (2, 102, 122, 202) and a shoulder, the staff (2, 102, 122, 202) of the member (3, 103, 123, 203) being received in the aperture of a part (5, 105, 205) made of a second material, including no or a few plastic domain, the assembly system (1, 101, 121, 201) including one single elastic locking element (9, 109, 129, 209) made of a third material arranged to elastically attach the part (5, 105, 205) between the shoulder of said member and said one single locking element (9, 109, 129, 209), and wherein said one single locking element (9, 109, 129, 209) is a washer whose internal wall radially grips the staff (2, 102, 122, 202) of said member and whose peripheral portion exerts an elastic axial force vertical to the shoulder of said member in order to secure the member (3, 103, 123, 203) - part (5, 105, 205) - locking element (9, 109, 129, 209) assembly, the secure assembly of the member (3, 103, 123, 203) - part (5, 105, 205) - locking element (9, 109, 129, 209) being configured to exert only an elastic axial force vertical to the shoulder of the member (3, 103, 123, 203) by the peripheral portion of the locking element (9, 109, 129, 209) conjugate with the radial gripping of the internal wall of this locking element (9, 109, 129, 209) against the staff (2, 102, 122, 202) of the member (3, 103, 123, 203), the locking element (9, 109, 129, 209) including a surface that is not larger than that of the shoulder of said member.
A battery comprising: a case having an accommodation space in a tubular interior; and an electrode body disposed in the accommodation space in the case, and the electrode body having a wound structure in which a positive plate, a negative plate, and a separator disposed between the positive plate and the negative plate are wound in a coiled shape, wherein a length of the electrode body is shortened in an axial direction of the case a spacer formed of a dense body and an electrolyte storage space in which an electrolyte is stored are provided between the electrode body and the case on one end or both ends of the case in an axial direction of the electrode body, and the spacer is formed of plate members disposed as erected in the axial direction of the case. a case having an accommodation space in a tubular interior; and an electrode body disposed in the accommodation space in the case, and the electrode body having a wound structure in which a positive plate, a negative plate, and a separator disposed between the positive plate and the negative plate are wound in a coiled shape, wherein a length of the electrode body is shortened in an axial direction of the case a spacer formed of a dense body and an electrolyte storage space in which an electrolyte is stored are provided between the electrode body and the case on one end or both ends of the case in an axial direction of the electrode body, and the spacer is formed of plate members disposed as erected in the axial direction of the case.
A display panel, comprising: a base layer including a first region and a second region that is bent with respect to the first region; at least one inorganic layer (BRL, BFL) overlapping both the first region and the second region, and disposed on the base layer; a first opening (GV-1) formed within the at least one inorganic layer (BRL, BFL) and overlapping the second region; a first thin-film transistor disposed on the at least one inorganic layer (BRL, BFL) and including a silicon semiconductor pattern overlapping the first region; a second thin-film transistor disposed on the at least one inorganic layer (BRL, BFL) and including an oxide semiconductor pattern overlapping the first region; a plurality of insulating layers (10, 20, 30, 40) disposed on the at least one inorganic layer (BRL, BFL), the plurality of insulating layers (10, 20, 30, 40) overlapping both the first region and the second region; a second opening (GV-2) formed within the plurality of insulating layers (10, 20, 30, 40) and overlapping the first opening (GV-1); a signal line electrically connected to the second thin-film transistor; an organic layer overlapping both the first region and the second region and disposed in both the first opening (GV-1) and the second opening (GV-2); a luminescent device (OLED) disposed on the organic layer and overlapping the first region, and the organic layer overlaps the first thin-film transistor, the second thin-film transistor, and the luminescent device (OLED). a base layer including a first region and a second region that is bent with respect to the first region; at least one inorganic layer (BRL, BFL) overlapping both the first region and the second region, and disposed on the base layer; a first opening (GV-1) formed within the at least one inorganic layer (BRL, BFL) and overlapping the second region; a first thin-film transistor disposed on the at least one inorganic layer (BRL, BFL) and including a silicon semiconductor pattern overlapping the first region; a second thin-film transistor disposed on the at least one inorganic layer (BRL, BFL) and including an oxide semiconductor pattern overlapping the first region; a plurality of insulating layers (10, 20, 30, 40) disposed on the at least one inorganic layer (BRL, BFL), the plurality of insulating layers (10, 20, 30, 40) overlapping both the first region and the second region; a second opening (GV-2) formed within the plurality of insulating layers (10, 20, 30, 40) and overlapping the first opening (GV-1); a signal line electrically connected to the second thin-film transistor; an organic layer overlapping both the first region and the second region and disposed in both the first opening (GV-1) and the second opening (GV-2); a luminescent device (OLED) disposed on the organic layer and overlapping the first region, and the organic layer overlaps the first thin-film transistor, the second thin-film transistor, and the luminescent device (OLED).
An isolated polypeptide which binds cMet or a complex comprising cMet and HGF, wherein the polypeptide comprises the amino acid sequence set forth as GSX1X2X3CX4X5X6X7CX8X9X10APGGK (SEQ ID NO:525), in which X1 is F, L, S, W, Y, or M; X2 is I, Y, H, T, or N; X3 is I, L, D, M, F, or S, preferably I; X4 is P, R, W, N, or E, preferably W or P; X5 is W, Y, E, P, L, T, or G; X6 is S, T, D, F, E, W, G, or Q; X7 is F, W, N, Q, E, R, or A; X8 is G, N, H, R, M, I, D, V, or T; X9 is S, K, F, M, T, D, or L; and X10 is S, P, T, L, Y, N, H, Q, or W;