mhurhangee/ep-ind-claims huggingface dataset:
A setting method of a monitoring system including: a light projecting and receiving unit having an emitting section to emit a light flux, a scanning section to make the light flux scan within a monitoring space, and a light receiving section to receive a light flux reflected from an object within the monitoring space, a processing section configured to measure a distance to the object by processing signals from the light projecting and receiving unit and to output a distance image with three-dimensional distance information for each measurement point of the distance image, a display device configured to display the distance image output from the processing section in a virtual space, and a user interface configured to perform input of attitude information in response to an operation of a user, the method is characterized by comprising: inputting the attitude information through the user interface so as to adjust an attitude or position of the distance image displayed on the display device; performing coordinate conversion for at least the distance image on the basis of the attitude information having been input; displaying the distance image after having been subjected to the coordinate conversion on the display device; and memorizing the attitude information, changed from an initial state by the adjustment, in a nonvolatile memory. a light projecting and receiving unit having an emitting section to emit a light flux, a scanning section to make the light flux scan within a monitoring space, and a light receiving section to receive a light flux reflected from an object within the monitoring space, a processing section configured to measure a distance to the object by processing signals from the light projecting and receiving unit and to output a distance image with three-dimensional distance information for each measurement point of the distance image, a display device configured to display the distance image output from the processing section in a virtual space, and a user interface configured to perform input of attitude information in response to an operation of a user, the method is characterized by comprising: inputting the attitude information through the user interface so as to adjust an attitude or position of the distance image displayed on the display device; performing coordinate conversion for at least the distance image on the basis of the attitude information having been input; displaying the distance image after having been subjected to the coordinate conversion on the display device; and memorizing the attitude information, changed from an initial state by the adjustment, in a nonvolatile memory. inputting the attitude information through the user interface so as to adjust an attitude or position of the distance image displayed on the display device; performing coordinate conversion for at least the distance image on the basis of the attitude information having been input; displaying the distance image after having been subjected to the coordinate conversion on the display device; and memorizing the attitude information, changed from an initial state by the adjustment, in a nonvolatile memory.
A robot comprising: a first rotation mechanism portion (120, 120a) including a first drive gear portion (225, 325) rotating about a first axis and a first driven gear portion (16, 316) rotated about a second axis by the first drive gear portion; and a second rotation mechanism portion (130, 130a) 3 including a second drive gear portion (235, 335) rotating about the first axis, arranged inside or outside the first drive gear portion and a second driven gear portion (237, 337) rotated about the second axis by the second drive gear portion, arranged inside or outside the first driven gear portion, characterized in that the first axis is arranged at a position offset by a prescribed distance from rotation centers of the first driven gear portion (16, 316) and the second driven gear portion (237, 337), as viewed from an axial direction of the second axis. a first rotation mechanism portion (120, 120a) including a first drive gear portion (225, 325) rotating about a first axis and a first driven gear portion (16, 316) rotated about a second axis by the first drive gear portion; and a second rotation mechanism portion (130, 130a) 3 including a second drive gear portion (235, 335) rotating about the first axis, arranged inside or outside the first drive gear portion and a second driven gear portion (237, 337) rotated about the second axis by the second drive gear portion, arranged inside or outside the first driven gear portion, characterized in that the first axis is arranged at a position offset by a prescribed distance from rotation centers of the first driven gear portion (16, 316) and the second driven gear portion (237, 337), as viewed from an axial direction of the second axis.
A transport refrigeration unit, comprising: a housing defining an air flow path from an intake to an outlet; a blower to drive air along the flow path from the intake to the outlet; coils disposed in the flow path between the intake and the outlet and over which the air driven by the blower flows; a defrost element to execute a defrost action with respect to the coils; sensing elements (350, 351, 352) at the intake and the outlet to sense pressures of the air at the intake and the outlet; and a controller configured to control at least one of the blower and the defrost element in accordance with readings of the sensing elements (350, 351, 352); characterized in that the intake includes a grating disposed to prevent or inhibit foreign objects and debris from entering into the intake and landing on the coils, the controller includes a memory unit in which a factory set baseline air pressure information is stored, said baseline air pressure information is obtained by partially or fully blocking the grating to mimic frosted coil conditions or foreign objects and debris ingress; and in that the controller operates the defrost element to execute a partial defrost action in accordance with readings of the sensing elements (350, 351, 352) and baseline air pressure information, when being consistent with a partial blockage of the grating, or to execute a full defrost action in accordance with the readings of the sensing elements (350, 351, 352) and baseline air pressure information, when being consistent with a full blockage of the grating. a housing defining an air flow path from an intake to an outlet; a blower to drive air along the flow path from the intake to the outlet; coils disposed in the flow path between the intake and the outlet and over which the air driven by the blower flows; a defrost element to execute a defrost action with respect to the coils; sensing elements (350, 351, 352) at the intake and the outlet to sense pressures of the air at the intake and the outlet; and a controller configured to control at least one of the blower and the defrost element in accordance with readings of the sensing elements (350, 351, 352); characterized in that the intake includes a grating disposed to prevent or inhibit foreign objects and debris from entering into the intake and landing on the coils, the controller includes a memory unit in which a factory set baseline air pressure information is stored, said baseline air pressure information is obtained by partially or fully blocking the grating to mimic frosted coil conditions or foreign objects and debris ingress; and in that the controller operates the defrost element to execute a partial defrost action in accordance with readings of the sensing elements (350, 351, 352) and baseline air pressure information, when being consistent with a partial blockage of the grating, or to execute a full defrost action in accordance with the readings of the sensing elements (350, 351, 352) and baseline air pressure information, when being consistent with a full blockage of the grating.
A refrigerator comprising: a storage compartment for storing food, the storage compartment comprising: a first region on a shelf arranged to have food placed thereon; a second region defined by an internal space of a drawer arranged to be introduced into or withdrawn from a lower space of the shelf; and a third region formed on a bottom of the storage compartment, the third region overlapping the second region when the drawer is withdrawn from the lower space; one camera fixedly provided to a ceiling of the storage compartment and arranged to take a plurality of photographs of an interior of the storage compartment for storing food, wherein the one camera is arranged to photograph the first region, second region and third region; a controller arranged to select a photograph among the plurality of photographs taken by the camera and divide the selected photograph taken by the camera into a plurality of images based on the respective regions; and a display arranged to independently display images of the first, second and third regions. a storage compartment for storing food, the storage compartment comprising: a first region on a shelf arranged to have food placed thereon; a second region defined by an internal space of a drawer arranged to be introduced into or withdrawn from a lower space of the shelf; and a third region formed on a bottom of the storage compartment, the third region overlapping the second region when the drawer is withdrawn from the lower space; one camera fixedly provided to a ceiling of the storage compartment and arranged to take a plurality of photographs of an interior of the storage compartment for storing food, wherein the one camera is arranged to photograph the first region, second region and third region; a controller arranged to select a photograph among the plurality of photographs taken by the camera and divide the selected photograph taken by the camera into a plurality of images based on the respective regions; and a display arranged to independently display images of the first, second and third regions.
A process for preparing a layered oxide cathode composition, said process comprising: pre-calcining a lithium source and a mixed metal precursor in a rotary calciner to form a pre-calcined material, wherein said rotary calciner has three zones: a first zone having a first temperature ranging from 195°C to 330°C; a second zone having a second temperature ranging from 340°C to 750°C; and a third zone having a third temperature ranging from 340°C to 750°C; and subjecting said pre-calcined material to high temperature calcination at a temperature of at least 750 °C, wherein said high temperature calcination occurs in a box type furnace or a second rotary calciner, wherein said pre-calcining and high temperature calcining steps are performed in atmosphere comprising air, oxygen enriched air, pure oxygen or other oxidizing atmosphere and each individually takes place for less than 12 hours. pre-calcining a lithium source and a mixed metal precursor in a rotary calciner to form a pre-calcined material, wherein said rotary calciner has three zones: a first zone having a first temperature ranging from 195°C to 330°C; a second zone having a second temperature ranging from 340°C to 750°C; and a third zone having a third temperature ranging from 340°C to 750°C; and a first zone having a first temperature ranging from 195°C to 330°C; a second zone having a second temperature ranging from 340°C to 750°C; and a third zone having a third temperature ranging from 340°C to 750°C; and subjecting said pre-calcined material to high temperature calcination at a temperature of at least 750 °C, wherein said high temperature calcination occurs in a box type furnace or a second rotary calciner, wherein said pre-calcining and high temperature calcining steps are performed in atmosphere comprising air, oxygen enriched air, pure oxygen or other oxidizing atmosphere and each individually takes place for less than 12 hours.
A fastening clip assembly configured to secure to a component, the fastening clip assembly comprising: retaining legs that are configured to directly contact portions of the component to provide four points of contact with the component; and a central pedestal including a central beam and two angled retaining beams, wherein the two angled retaining beams are configured to exert an outward retaining force into the component, and wherein the central beam and the two angled retaining beams are exposed within gaps between the retaining legs, characterized in that the fastening clip assembly comprises four retaining legs, and that the two angled retaining beams extend downwardly and outwardly from the central beam thereby forming a triangular structure having an apex at which each retaining beam connects to the central beam. retaining legs that are configured to directly contact portions of the component to provide four points of contact with the component; and a central pedestal including a central beam and two angled retaining beams, wherein the two angled retaining beams are configured to exert an outward retaining force into the component, and wherein the central beam and the two angled retaining beams are exposed within gaps between the retaining legs, characterized in that the fastening clip assembly comprises four retaining legs, and that the two angled retaining beams extend downwardly and outwardly from the central beam thereby forming a triangular structure having an apex at which each retaining beam connects to the central beam.
An agricultural trailed crop sprayer comprising a wheeled chassis with towing hitch, a chemical tank, front and rear rinse tanks (24,26), an applicator boom, and a fluid delivery network, the front rinse tank being disposed forwardly of the rear rinse tank, wherein the fluid delivery network is configured to convey fluid from the front and rear rinse tanks (24,26) into the chemical tank during a rinse process, characterised in that the fluid delivery network is also configured to transfer rinse fluid from one of said rinse tanks to the other of said rinse tanks.
A black coating film-forming vehicle component and/or fastening component, that is obtained by: treating a surface of a zinc plated metal substrate with a black chemical conversion treatment agent containing trivalent chromium as an active ingredient, to form a black chemical conversion treatment film having an L value (brightness) of from 33 to 30; coating a black coating composition containing a black pigment in an amount of from 25 to 65% by weight in a thermosetting film-forming component and an alkoxysilane oligomer, on the black chemical conversion treatment film; and heat-curing the black coating composition thus coated.
A processing device comprising: means for executing an instruction for performing a scalar operation (140, 142) that utilizes a combined condition code register, including means for storing a first value in each bit of the combined condition code register when the scalar operation is a true scalar compare, and means for storing a second value in each bit of the combined condition code register when the scalar operation is a false scalar compare; means for executing an instruction for performing a vector operation (136, 138) that utilizes the combined condition code register and that enables source operands of vector multiplexer operations to be swapped to generate signed and unsigned comparisons of the operands; and means for grouping a plurality of instructions comprising scalar and vector instruction types for parallel execution into packets of instructions of different instruction types, wherein each instruction of the plurality of instructions is associated with an instruction type. means for executing an instruction for performing a scalar operation (140, 142) that utilizes a combined condition code register, including means for storing a first value in each bit of the combined condition code register when the scalar operation is a true scalar compare, and means for storing a second value in each bit of the combined condition code register when the scalar operation is a false scalar compare; means for executing an instruction for performing a vector operation (136, 138) that utilizes the combined condition code register and that enables source operands of vector multiplexer operations to be swapped to generate signed and unsigned comparisons of the operands; and means for grouping a plurality of instructions comprising scalar and vector instruction types for parallel execution into packets of instructions of different instruction types, wherein each instruction of the plurality of instructions is associated with an instruction type.
A device for connecting and disconnecting rails from sleepers by pushing rail-fastening clips respectively to or away from the rails, characterized in that the device comprises a wedge hold by a sledge or a trolley, from now on referred to as a trolley, in desired position along one or both sides of the rails, the trolley being constructed to move upon and be guided along the rails by first wheels or runners that follow the rail's top side, second wheels or runners that follow the underside of the rail's top part, and third wheels or runners that follow the rail's vertical sides, and in that the wheels or runners are placed in both ends of the trolley, whereby in use the narrow end of the wedge is less thick than the distance between the rail-fastening clip and the rail, and the thicker end of the wedge is thick as the width of one side of the foot of the rail, such that when the wedge is driven with one of its long sides parallel along the rail and with the narrow end pointing in the direction of movement between the rail and the rail-fastening clip, the rail-fastening clip will be pressed to respectively away from the rail, the trolley being suitable for holding its own engine for transportation and/or having holds for towing or being pushed or pulled, and that the sides of the trolley, that hold the second and third wheels (10, 11) or runners and the wedge, are suspended in hinges, so that these sides can be folded to or from the rail's sides, and that these sides can be kept in chosen position by the use of bars, and that this position can be locked by the use of hooks or screws.
A binding reagent capable of specifically binding to the chemokine receptor CCR9 for use in the treatment of mental disorders selected from bipolar disorder, wherein the binding reagent is immobilized on a solid support contained within an apheresis column, to which is applied peripheral blood from a patient thus removing CCR9 expressing cells from the peripheral blood of the patient.
A high temperature seal comprising: an interior region comprising a ceramic matrix composite material that goes through an oxidation process which causes said ceramic matrix composite material to swell when exposed to a high temperature environment above 500 °C, and wherein said interior region has at least one projection that is able to be inserted into a slot; characterised in that the seal has a coating, said coating is an environmental barrier coating which is disposed upon an exterior surface of the interior region such that a distal end of the at least one projection is at least partially uncoated and the remainder of the interior region is substantially covered by the coating, wherein said coating substantially prevents the oxidation and swelling of the coated areas of the interior region. an interior region comprising a ceramic matrix composite material that goes through an oxidation process which causes said ceramic matrix composite material to swell when exposed to a high temperature environment above 500 °C, and wherein said interior region has at least one projection that is able to be inserted into a slot; characterised in that the seal has a coating, said coating is an environmental barrier coating which is disposed upon an exterior surface of the interior region such that a distal end of the at least one projection is at least partially uncoated and the remainder of the interior region is substantially covered by the coating, wherein said coating substantially prevents the oxidation and swelling of the coated areas of the interior region.
A water-soluble polyurethane resulting from the condensation of: a) at least one compound of formula: wherein: [ m - n - p] represents a polyalkoxylated chain constituted of alkoxylated units, in block, alternated or random structures, chosen from among ethoxylated units EO, propoxylated units PO, and butoxylated units BO, m, n and p represent, independent of one another, 0 or a whole number varying between 1 and 250 inclusive, the sum of m, n and p being between 2 and 250, b) at least one polyol, for example at least one poly(alkylene glycol) and c) at least one polyisocyanate. a) at least one compound of formula: wherein: [ m - n - p] represents a polyalkoxylated chain constituted of alkoxylated units, in block, alternated or random structures, chosen from among ethoxylated units EO, propoxylated units PO, and butoxylated units BO, m, n and p represent, independent of one another, 0 or a whole number varying between 1 and 250 inclusive, the sum of m, n and p being between 2 and 250, [ m - n - p] represents a polyalkoxylated chain constituted of alkoxylated units, in block, alternated or random structures, chosen from among ethoxylated units EO, propoxylated units PO, and butoxylated units BO, m, n and p represent, independent of one another, 0 or a whole number varying between 1 and 250 inclusive, the sum of m, n and p being between 2 and 250, b) at least one polyol, for example at least one poly(alkylene glycol) and c) at least one polyisocyanate.
A method for transmitting data of an enhanced physical downlink control channel, e-PDCCH, comprising: setting two second resource groups in each first resource group of at least one first resource group, wherein each of the second resource groups is capable of bearing at least two demodulation reference signals, DMRSs, and each DMRS of the at least two DMRSs is corresponding to a different antenna port, wherein the first resource group is a physical resource block pair, and each of the second resource groups comprises 12 resource elements, REs; encoding data of the e-PDCCH to be transmitted and generating two data streams from the encoded data; mapping the two data streams onto available resource elements of two different antenna ports, wherein the DMRSs corresponding to the two different antenna ports are borne on the two second resource groups of the first resource group, and wherein 12 REs of one of the two second resource groups occupy different subcarriers from 12 REs of the other one of the two second resource groups; and transmitting, on the available resource elements of the two different antenna ports, data of the e-PDCCH on the two antenna ports. setting two second resource groups in each first resource group of at least one first resource group, wherein each of the second resource groups is capable of bearing at least two demodulation reference signals, DMRSs, and each DMRS of the at least two DMRSs is corresponding to a different antenna port, wherein the first resource group is a physical resource block pair, and each of the second resource groups comprises 12 resource elements, REs; encoding data of the e-PDCCH to be transmitted and generating two data streams from the encoded data; mapping the two data streams onto available resource elements of two different antenna ports, wherein the DMRSs corresponding to the two different antenna ports are borne on the two second resource groups of the first resource group, and wherein 12 REs of one of the two second resource groups occupy different subcarriers from 12 REs of the other one of the two second resource groups; and transmitting, on the available resource elements of the two different antenna ports, data of the e-PDCCH on the two antenna ports.