mhurhangee/ep-ind-claims huggingface dataset:
An air drying plant for air drying cut-up food, including • a conveyor for cut-up food defining a conveying surface and a direction of conveyance • a plurality of blowing conduits including blowing openings channeling a treated airflow with a temperature comprised between 4oC and 60oC and a controlled humidity; characterized in that: • the conveyor includes air treatment segments the conveying surfaces of which are facing and adjacent to said blowing openings of at least one of said plurality of blowing conduits, said treated airflow being directed against said conveying surface of the air treatment segments at a speed of treatment, directly affecting the cut-up food in a downward direction or in a upward direction through the conveyor, the latter being perforated; • the conveyor also includes idle segments intercalated between said air treatment segments, the conveying surface of which is not facing the blowing openings, nor is it subjected to an airflow directed against said conveying surface, and said drying plant comprising a plurality of said idle segments intercalated between a plurality of air treatment segments along the direction of conveyance. • a conveyor for cut-up food defining a conveying surface and a direction of conveyance • a plurality of blowing conduits including blowing openings channeling a treated airflow with a temperature comprised between 4oC and 60oC and a controlled humidity; • the conveyor includes air treatment segments the conveying surfaces of which are facing and adjacent to said blowing openings of at least one of said plurality of blowing conduits, said treated airflow being directed against said conveying surface of the air treatment segments at a speed of treatment, directly affecting the cut-up food in a downward direction or in a upward direction through the conveyor, the latter being perforated; • the conveyor also includes idle segments intercalated between said air treatment segments, the conveying surface of which is not facing the blowing openings, nor is it subjected to an airflow directed against said conveying surface, and
An IGBT chip integrating a temperature sensor, comprising: a cell region, comprising a plurality of IGBT cells; an emitter pad, disposed on the cell region, and electrically connected to emitters of the plurality of IGBT cells; a gate pad and a gate finger structure, located in the cell region, wherein the gate finger structure is connected between the gate pad and gates of the plurality of IGBT cells; a temperature sensing module, comprising a temperature sensor, an anode pad, a cathode pad, and a metal lead connected between the temperature sensor, the anode pad, and the cathode pad, wherein the temperature sensor and at least a part of the metal lead are located in the gate finger structure and are insulated from the gate finger structure; and a conductive shielding structure, at least disposed between the gate finger structure and a part that is of the metal lead and that is located in the gate finger structure, and insulated from the metal lead and the gate finger structure, wherein the conductive shielding structure is electrically connected to the emitter pad. a cell region, comprising a plurality of IGBT cells; an emitter pad, disposed on the cell region, and electrically connected to emitters of the plurality of IGBT cells; a gate pad and a gate finger structure, located in the cell region, wherein the gate finger structure is connected between the gate pad and gates of the plurality of IGBT cells; a temperature sensing module, comprising a temperature sensor, an anode pad, a cathode pad, and a metal lead connected between the temperature sensor, the anode pad, and the cathode pad, wherein the temperature sensor and at least a part of the metal lead are located in the gate finger structure and are insulated from the gate finger structure; and a conductive shielding structure, at least disposed between the gate finger structure and a part that is of the metal lead and that is located in the gate finger structure, and insulated from the metal lead and the gate finger structure, wherein the conductive shielding structure is electrically connected to the emitter pad.
An order picking system comprising: - two pairs of uprights each attached to two separate shelvings delineating a centre aisle; - an automatic guided vehicle having at least two running wheels for picking up objects for an order in at least one of said shelvings, and motorised climbing means adapted to cooperate with said uprights so as to allow said vehicle to rise along said uprights, said climbing means comprising four gear wheels of substantially parallel axes, each intended to cooperate with one of the four uprights, the axes of the gear wheels being substantially orthogonal to the axes of the running wheels, each of the gear wheels being mounted on a support that can be moved relative to the chassis of said vehicle between two positions: - a spaced-apart position in which at least a portion of said gear wheel mounted on said support protudes laterally out of alignment with said chassis; - a retracted position, in which the gear wheel mounted on said support is facing said chassis; characterised in that a substantially stretched roller chain is fixed on each of said uprights, said chain extending substantially parallel to the longitudinal axis of the upright to which it is fixed and intended to receive at least one tooth of the gear wheel cooperating with the upright to which it is fixed, two adjacent rollers of said chain being substantially spaced apart by the pitch value of said gear wheel, and in that each movable support has securing means with one of said four uprights configured so as to maintain a predetermined distance between the axis of the gear wheel mounted on said movable support and the chain receiving the teeth of said gear wheel. - two pairs of uprights each attached to two separate shelvings delineating a centre aisle; - an automatic guided vehicle having at least two running wheels for picking up objects for an order in at least one of said shelvings, and motorised climbing means adapted to cooperate with said uprights so as to allow said vehicle to rise along said uprights, - a spaced-apart position in which at least a portion of said gear wheel mounted on said support protudes laterally out of alignment with said chassis; - a retracted position, in which the gear wheel mounted on said support is facing said chassis;
An LED surface cover for converting an LED light source into a surface light source by covering said LED light source therewith, said LED surface cover being made of a resin molding and comprising a main reflector which is configured to reflect light forward from said surface light source and a subsidiary reflector having a reflection surface configured to reflect light emitted from said LED light source to said main reflector; wherein said main reflector has an aperture portion where said LED light source can be disposed and has a curved surface for directing light reflected from said subsidiary reflector to a region forward from said surface light source; wherein said subsidiary reflector is disposed above said aperture portion, and said reflection surface has an inclination with respect to a surface of said aperture portion; and wherein said subsidiary reflector has a supporting pillar coupling said subsidiary reflector to said main reflector; each said supporting pillar being a polygon, in cross-section, with at least one pair of parallel lines; a median line of said parallel lines being disposed along an optical axis of said light radially emitted from said LED light source wherein a cross-section of a base portion of said supporting pillar at a main reflector-side is set larger than a cross-section of a portion of said supporting pillar at a subsidiary reflector-side.
A filter block (800, 1000) for an optical N-channels multiplexing/demultiplexing device for receiving or emitting light, wherein the filter block comprises: a plurality of N reflecting surfaces (801-804, 1201-1206) and a plurality of N filters (805-808, 1207-1212), wherein each reflecting surface (801-804, 1201-1206) is associated to a corresponding filter (805-808, 1207-1212) so as to reflect a light beam (809, 1100, 1200) to said associated filter (805-808, 1207-1212), wherein the plurality of N reflecting surfaces (801-804, 1201-1206) and the plurality of N filters (805-808, 1207-1212) are arranged such that a light beam is guided in a zigzag path between the plurality of N reflecting surfaces (801-804, 1201-1206) and the plurality of N filters (805-808, 1207-1212), and wherein each of said N filters (805-808, 1207-1212) is transparent to a defined wavelength of the light beam and reflective for the rest of the light beam, wherein the plurality of N reflecting surfaces (801-804, 1201-1206) are arranged in a two-dimensional array and the plurality of N filters (805-808, 1207-1212) are oppositely arranged in a two-dimensional array, wherein the reflecting surfaces (801-804, 1201-1206) have respective normal vectors that are not parallel to each other, and the filters (805-808, 1207-1212) have respective normal vectors that are not parallel to each other, and wherein the plurality of N reflecting surfaces (801-804, 1201-1206) and the plurality of N filters (805-808, 1207-1212) are arranged such that output light beams are provided which are perpendicular to a base plate of the optical N-channels multiplexing/demultiplexing device. wherein the plurality of N reflecting surfaces (801-804, 1201-1206) are arranged in a two-dimensional array and the plurality of N filters (805-808, 1207-1212) are oppositely arranged in a two-dimensional array, wherein the reflecting surfaces (801-804, 1201-1206) have respective normal vectors that are not parallel to each other, and the filters (805-808, 1207-1212) have respective normal vectors that are not parallel to each other, and wherein the plurality of N reflecting surfaces (801-804, 1201-1206) and the plurality of N filters (805-808, 1207-1212) are arranged such that output light beams are provided which are perpendicular to a base plate of the optical N-channels multiplexing/demultiplexing device.
Resveratrol-enriched transgenic rice for biosynthesizing resveratrol, wherein two copies of resveratrol synthase gene are consecutively and expressibly inserted after the 572 nd base in the region of a nucleotide sequence represented by SEQ ID NO:7 in the 12 th chromosome of natural unhulled rice.
A metal probe structure for testing an unpacked chip, comprising: a multi-layer substrate; a first flexible dielectric layer sequentially formed and disposed over the multi-layer substrate, having a conductive layer formed thereover; a second flexible dielectric layer sequentially formed and disposed over the first flexible dielectric layer, covering the conductive layer; and a plurality of first metal components (140a, 180, 200) sequentially formed and disposed over the conductive layer and partially in the second flexible dielectric layer to serve as a metal probe, wherein dielectric layers in the multi-layer substrate, the first flexible dielectric layer, and the second flexible dielectric layer are of the same material. a multi-layer substrate; a first flexible dielectric layer sequentially formed and disposed over the multi-layer substrate, having a conductive layer formed thereover; a second flexible dielectric layer sequentially formed and disposed over the first flexible dielectric layer, covering the conductive layer; and a plurality of first metal components (140a, 180, 200) sequentially formed and disposed over the conductive layer and partially in the second flexible dielectric layer to serve as a metal probe, wherein dielectric layers in the multi-layer substrate, the first flexible dielectric layer, and the second flexible dielectric layer are of the same material.
A control device (1, 10) in which a control device body section is accommodated in an insulated state in a case formed from a conductive material and in which the control device body section is connected to a control target via a harness, the control device (1, 10) comprising: plural LCR circuits (5, 14) that electrically connect the control device body section and the case; wherein the plural LCR circuits (5, 14) are arranged in an equally distributed manner in the case such that a loop current (I 1, I 2) generated by a noise flowing into the control device body section via the harness is attenuated by each of the plural LCR circuits (5, 14), each of a resistance value R of a resistor (2, 11), self-inductance L of a coil (3, 12), and capacity C of a capacitor (4, 13) is selected such that a resistance value (Z 1, Z 2) of said entire LCR circuits (5, 14) with respect to a frequency of the loop current (I 1, I 2) becomes maximum, and same resistance value R, self-inductance L, and capacity C are used for each of the plural LCR circuits (5, 14). plural LCR circuits (5, 14) that electrically connect the control device body section and the case; wherein the plural LCR circuits (5, 14) are arranged in an equally distributed manner in the case such that a loop current (I 1, I 2) generated by a noise flowing into the control device body section via the harness is attenuated by each of the plural LCR circuits (5, 14), each of a resistance value R of a resistor (2, 11), self-inductance L of a coil (3, 12), and capacity C of a capacitor (4, 13) is selected such that a resistance value (Z 1, Z 2) of said entire LCR circuits (5, 14) with respect to a frequency of the loop current (I 1, I 2) becomes maximum, and same resistance value R, self-inductance L, and capacity C are used for each of the plural LCR circuits (5, 14).
A blood treatment system including: • a blood line intended to receive a blood of patient; • a dialysate line intended to receive a dialysate solution; • a dialyzer including a blood compartment in fluid communication with the blood line and a dialysate compartment in fluid communication with the dialysate line; • a first cassette comprising a part of the blood line; • a dialysis unit, which includes components for controlling a dialysis treatment including: ∘ a processor, ∘ a first sensor, and ∘ a blood pumping mechanism adapted to cooperate with the blood line in order to move blood through blood line when the blood line is in fluid communication with a blood source, • a housing in which the components of the dialysis unit is arranged, the housing having a front panel and a pair of lateral panels; • a movable support of components arranged into the housing and adapted to hold at least one of the first sensor and the blood pumping mechanism; and • a first cassette holder configured to removably receive the first cassette; wherein the dialysis unit further comprises a loading system configured to move by an axial movement the movable support of components to a first position and a second position relatively to the housing while the first cassette holder is fixedly arranged into the housing, wherein the loading system comprises an electric motor controlled by the processor, a drive assembly coupled to the electric motor and a guiding assembly. • a blood line intended to receive a blood of patient; • a dialysate line intended to receive a dialysate solution; • a dialyzer including a blood compartment in fluid communication with the blood line and a dialysate compartment in fluid communication with the dialysate line; • a first cassette comprising a part of the blood line; • a dialysis unit, which includes components for controlling a dialysis treatment including: ∘ a processor, ∘ a first sensor, and ∘ a blood pumping mechanism adapted to cooperate with the blood line in order to move blood through blood line when the blood line is in fluid communication with a blood source, ∘ a processor, ∘ a first sensor, and ∘ a blood pumping mechanism adapted to cooperate with the blood line in order to move blood through blood line when the blood line is in fluid communication with a blood source, • a housing in which the components of the dialysis unit is arranged, the housing having a front panel and a pair of lateral panels; • a movable support of components arranged into the housing and adapted to hold at least one of the first sensor and the blood pumping mechanism; and • a first cassette holder configured to removably receive the first cassette;
Assembly frame system for fitting a window or a door in a building wall opening inside a heat insulation level, wherein the assembly frame system has a frame system depth, characterised in that a base frame has a circumferential flange, which can be fitted without interruption around the building opening from the outside to supporting masonry, and in that an inner adjustment frame can be displaced in relation to the base frame in a depth direction and can be connected with the window or the door.
Brake arrangement of a rail vehicle, comprising • an electrical brake device having an electronic brake control and having an electropneumatic regulator which has a pressure sensor, • an emergency brake device having a pressure reducer in series with a valve device, • a shuttle valve device, which with its inputs (E1, E2) is connected up to a pneumatic output of the electrical brake device and to a pneumatic output of the emergency brake device, and with its output is connected to a control valve device (12, 20) arranged upstream of a brake cylinder, characterized in that • the valve device is an electromagnetic emergency brake valve operating according to the closed-circuit principle, and • the pressure sensor of the electropneumatic regulator is connected up to the output of the shuttle valve device. • an electrical brake device having an electronic brake control and having an electropneumatic regulator which has a pressure sensor, • an emergency brake device having a pressure reducer in series with a valve device, • a shuttle valve device, which with its inputs (E1, E2) is connected up to a pneumatic output of the electrical brake device and to a pneumatic output of the emergency brake device, and with its output is connected to a control valve device (12, 20) arranged upstream of a brake cylinder, • the valve device is an electromagnetic emergency brake valve operating according to the closed-circuit principle, and • the pressure sensor of the electropneumatic regulator is connected up to the output of the shuttle valve device.
Height-adjustable armrest, in particular for office chairs and swivel chairs or swivel armchairs, having a height-adjustable, telescopic, outwardly flattened armrest column, to the upper end of which an arm support is attached and which has a support part and a sleeve part which is connected to the arm support and can be moved with respect to the support part in order to adjust the height of the arm support, having a release button which, in the assembled state, is inserted into a correspondingly formed recess at a side of the armrest facing away from the seat and can be pushed in against a spring force of an anchor lever for height adjustment, having a locking device preventing the sleeve part from moving on the support part, which locking device comprises at least one locking stop arranged on the support part and one elongate anchor lever which is rotatably mounted on the sleeve part and is coupled by spring force, wherein the anchor lever comprises at least one anchor lever lug which protrudes laterally from the anchor lever and is connected thereto in one piece and forms a counter-stop with the locking stop, and in that the anchor lever comprises a hammer-shaped head and thus comprises two substantially opposite anchor lever lugs laterally protruding from a longitudinal attachment piece of the anchor lever.
A through anchor (10, 40) comprising: a main body member formed with a through hole; a slide support member that is fixed to a periphery of the through hole of the main body member, and that is formed with an insertion hole through which a webbing that is applied to a vehicle occupant is inserted in a length direction of the webbing such that the webbing is slidably supported; a displacement portion that is provided at the slide support member, and that configures a peripheral face of the insertion hole; and a displacement hole that is provided at the slide support member, that is disposed at an opposite side of the displacement portion from the insertion hole, characterized in that the displacement hole is configured such that it enables displacement of the displacement portion in a case in which a width direction end face of the webbing has contacted the displacement portion. a main body member formed with a through hole; a slide support member that is fixed to a periphery of the through hole of the main body member, and that is formed with an insertion hole through which a webbing that is applied to a vehicle occupant is inserted in a length direction of the webbing such that the webbing is slidably supported; a displacement portion that is provided at the slide support member, and that configures a peripheral face of the insertion hole; and a displacement hole that is provided at the slide support member, that is disposed at an opposite side of the displacement portion from the insertion hole, characterized in that the displacement hole is configured such that it enables displacement of the displacement portion in a case in which a width direction end face of the webbing has contacted the displacement portion.
A pharmaceutical composition comprising adenosine and dipyridamole in an adenosine:dipyridamole weight ratio of 2:1 to 10:1, wherein the composition is formulated for parenteral administration to an individual subject and wherein adenosine and dipyridamole are present in amounts that permit adenosine to be administered at a dosage rate of 35 to 100 μg/kg/min and dipyridamole to be administered at a dosage rate of 3.5 to 50 μg/kg/min, wherein the administration is continuous for a period of less than 6 minutes.
Pipe support arrangement of a structural frame of a submerged cooler, comprising: i) at least one pipe support beam configured for carrying approximately perpendicularly arranged cooler piping for the submerged cooler, and ii) at least one structural beam of the structural frame, wherein each structural beam comprises at least one first bracket and at least one second bracket, wherein the first and second brackets (17, 18) are firmly arranged onto the structural beam and are configured for receiving inbetween the pipe support beam; the pipe support beam being supported and hold by the brackets (17, 18); the pipe support beam being approximately perpendicular to the structural beam; the pipe support beam being moveably arranged inbetween the brackets (17, 18), wherein the pipe support arrangement further comprises limitation means configured for securing a predetermined limited translation of the pipe support beam in longitudinal direction with respect to the cooler piping.
A terminal pin, in particular for a terminal unit for the electrical contacting of a heating conductor of an exhaust-gas heater of an exhaust-gas system of an internal combustion engine, comprising a pin body which is elongate in the direction of a pin body longitudinal axis and which has: - an outer connection region for the connection of a voltage supply line (26, 28) to the terminal pin, - a cooling region, - a leadthrough region for the electrically insulated leadthrough of the pin body through a pin support of a terminal unit (22, 24), - an inner connection region for the connection of the terminal pin to a heating conductor of an exhaust-gas heater, wherein a cooling surface formation is provided in the cooling region, characterized in that the cooling surface formation comprises a plurality of cooling fins which follow one another with a mutual spacing in the circumferential direction around the pin body longitudinal axis. - an outer connection region for the connection of a voltage supply line (26, 28) to the terminal pin, - a cooling region, - a leadthrough region for the electrically insulated leadthrough of the pin body through a pin support of a terminal unit (22, 24), - an inner connection region for the connection of the terminal pin to a heating conductor of an exhaust-gas heater,