mhurhangee/ep-ind-claims huggingface dataset:
A LiDAR, comprising: a housing, an analog plate, a digital plate, an emitting plate, a receiving plate, a galvanometer, and an interface plate, characterized in that: the analog plate, the digital plate, the emitting plate, the receiving plate, and the interface plate are arranged as separate plates; the analog plate, the digital plate, the emitting plate, and the receiving plate are arranged inside the housing; the emitting plate is configured to emit an emergent laser and is attached to a bottom of the housing; the receiving plate is configured to receive a reflected laser formed by the emergent laser reflected by a target object, and convert the reflected laser into first electrical signals; the galvanometer is configured to directionally deflect the emergent laser; the analog plate is configured to control a deflection angle of the galvanometer and condition the first electrical signals into second electrical signals, and is positioned under the digital plate; the digital plate is configured to sample the second electrical signals to obtain sampling signals and generate a scanned image based on the sampling signals, wherein a main controller, a sampling circuit, and a first power supply circuit on the digital plate are attached to a top surface of the housing; and the interface plate comprises a communication interface and a power interface, the communication interface configured to communicate with an external apparatus, and the power interface configured to receive external voltage signals, wherein a bus voltage-stabilizing circuit of the interface plate is attached to a side of the housing. the analog plate, the digital plate, the emitting plate, the receiving plate, and the interface plate are arranged as separate plates; the analog plate, the digital plate, the emitting plate, and the receiving plate are arranged inside the housing; the emitting plate is configured to emit an emergent laser and is attached to a bottom of the housing; the receiving plate is configured to receive a reflected laser formed by the emergent laser reflected by a target object, and convert the reflected laser into first electrical signals; the galvanometer is configured to directionally deflect the emergent laser; the analog plate is configured to control a deflection angle of the galvanometer and condition the first electrical signals into second electrical signals, and is positioned under the digital plate; the digital plate is configured to sample the second electrical signals to obtain sampling signals and generate a scanned image based on the sampling signals, wherein a main controller, a sampling circuit, and a first power supply circuit on the digital plate are attached to a top surface of the housing; and the interface plate comprises a communication interface and a power interface, the communication interface configured to communicate with an external apparatus, and the power interface configured to receive external voltage signals, wherein a bus voltage-stabilizing circuit of the interface plate is attached to a side of the housing.
A catheter, comprising: an ambidextrous control having a right-handed configuration and a left-handed configuration, the control including a body and a handle coupled to the body to permit change of the handedness of the control, wherein the handle has a first orientation relative to the body when the control is in the right-handed configuration, and the handle has a second orientation relative to the body when the control is in the left-handed configuration, the second orientation being different from the first orientation; a locking mechanism (291, 292) that limits movement of the handle relative to the body in at least one direction, and a distal section, wherein applying a force to the handle actuates the distal section. an ambidextrous control having a right-handed configuration and a left-handed configuration, the control including a body and a handle coupled to the body to permit change of the handedness of the control, wherein the handle has a first orientation relative to the body when the control is in the right-handed configuration, and the handle has a second orientation relative to the body when the control is in the left-handed configuration, the second orientation being different from the first orientation; a locking mechanism (291, 292) that limits movement of the handle relative to the body in at least one direction, and a distal section, wherein applying a force to the handle actuates the distal section.
Automatically powered gate, comprising an automatically powered gate wing guided in a first and in a second rail, and at least one light grid device for forming a transmitter and/or a receiver of a light grid securing device, characterized in that the light grid device comprises a profiled housing for receiving an elongate light grid element configured to emit or receive a series of light rays, wherein the profiled housing at least comprises an abutment portion configured for the profiled housing to abut against a rail of the gate in the direction of the longitudinal extent of the rail, wherein the at least one rail engaged by the profiled housing extends obliquely, wherein the light plane passing through the center of the light grid gap extends on the central plane of the part of the gate wing obliquely guided in the rail.
Shoe, especially sport shoe, with a sole and a shoe upper which connected with the sole, characterized in that the shoe upper comprises: - a texture structure which consists of texture yarns, wherein the texture structure is formed as a three-dimensional structure which has a plurality upper locations and a plurality bottom locations, and - a cover layer, wherein the cover layer is connected at least with a part of the upper locations of the texture structure. - a texture structure which consists of texture yarns, wherein the texture structure is formed as a three-dimensional structure which has a plurality upper locations and a plurality bottom locations, and - a cover layer,
A method of forming a film of an amorphous material on a substrate by deposition from a plasma, which comprises placing the substrate in an enclosure, continuously introducing into the enclosure a film precursor gas at a flow rate, and extracting unreacted and dissociated gas from the enclosure so as to provide a low pressure in the enclosure, and introducing microwave energy into the gas within the enclosure to produce a plasma therein and cause material to be deposited from the plasma on the substrate, characterised in that the plasma is produced in the enclosure by distributed electron cyclotron resonance (DECR); and the said flow rate is altered during the course of deposition of material without varying the composition of the precursor gas, so as to cause the bandgap to vary over the thickness of the deposited material.
A beverage preparation device comprising a housing and a mechanism for heating and/or frothing milk and a milk conduit via which the mechanism for heating and/or frothing milk is suppliable with milk, the milk conduit being in fluid communication with docking means comprising a docking element which is displaceable between at least one parking position and at least one docking position (27, 31) spaced apart therefrom by means of a drive, in particular an electric motor, and which is in fluid communication with a supply connection for milk when in the docking position (27, 31) and decoupled therefrom when in the parking position, characterized in that the docking element is spaced apart from the supply connection when in the parking position.
A drying apparatus comprising: a body; an air inlet; a flow generator to receive inlet air from the air inlet and generate an airflow; an air outlet (101a, 101b, 101c, 101d) at the body for exhausting the airflow from the flow generator, the air outlet extending along a vertical height of the body; an outlet airflow steering mechanism (150a, 150b, 150c, 150d) operable to control a lateral extent of the airflow from the air outlet; a controller configured to operate the outlet airflow steering mechanism (150a, 150b, 150c, 150d) to control the lateral extents of the airflow from the air outlet; characterised by further comprising a thermal sensor, wherein the controller is configured to: receive a signal from the thermal sensor, determine based on the signal a lateral physical extent of a user, and operate the outlet airflow steering mechanism (150a, 150b, 150c, 150d) to control the lateral extent of the airflow from the air outlet based on the determined lateral physical extent of the user. a body; an air inlet; a flow generator to receive inlet air from the air inlet and generate an airflow; an air outlet (101a, 101b, 101c, 101d) at the body for exhausting the airflow from the flow generator, the air outlet extending along a vertical height of the body; an outlet airflow steering mechanism (150a, 150b, 150c, 150d) operable to control a lateral extent of the airflow from the air outlet; a controller configured to operate the outlet airflow steering mechanism (150a, 150b, 150c, 150d) to control the lateral extents of the airflow from the air outlet; characterised by further comprising a thermal sensor, wherein the controller is configured to: receive a signal from the thermal sensor, determine based on the signal a lateral physical extent of a user, and operate the outlet airflow steering mechanism (150a, 150b, 150c, 150d) to control the lateral extent of the airflow from the air outlet based on the determined lateral physical extent of the user. receive a signal from the thermal sensor, determine based on the signal a lateral physical extent of a user, and operate the outlet airflow steering mechanism (150a, 150b, 150c, 150d) to control the lateral extent of the airflow from the air outlet based on the determined lateral physical extent of the user.
Hob device with at least two heating elements (12a-c) at least for heating up positioned cookware (14a-c) and with at least one control unit (16a-c) which is provided to activate at least one first heating element (12a-c) assigned to a first position (18a-c) of a positioned cookware (14a-c), wherein in the event of a change from the first position (18a-c) of the cookware (14a-c) to a second position (20a-c) of the cookware (14a-c) the control unit (16a-c) is provided to deactivate at least one first heating element (12a-c) assigned to the first position (18a-c) of the cookware (14a-c) and to activate at least one second heating element (12a-c) assigned to the second position (20a-c) of the cookware (14a-c) with a different heat output density than the at least one first heating element (12a-c), wherein the control unit (16a-c) is provided to alternate, as a function of a user input by means of at least one control unit (22a-c) between at least one first operating mode, in which the heating elements (12a-c) are operated in a position dependent manner with predefined heat output densities which differ from another, and at least one second operating mode, in which the heating elements (12a-c) are operated with heat output densities which are independent of one another, wherein at least one part of the hearing elements (12a; 12c) forms a variable cooktop area (24a; 24c), characterised in that the heating elements forming the variable cooktop area are arranged in a single row.
A package for components of a medical apparatus comprising: a plurality of panels (12 - 20) defining a container having an interior space; and a first component of the medical apparatus disposed within the interior space, the first component of the medical apparatus comprising a medicament delivery device; wherein the container comprises a base panel which forms a bottom wall of the container; and at least one lid panel which is connected to the base panel and is foldable into a position in which it extends co-planar with the base panel when the container is manipulated into an open configuration; and characterized in that the at least one lid panel includes a sterile surface forming a preparation surface upon which a user may place components of a medical apparatus when the container is in the open configuration.. a plurality of panels (12 - 20) defining a container having an interior space; and a first component of the medical apparatus disposed within the interior space, the first component of the medical apparatus comprising a medicament delivery device; wherein the container comprises a base panel which forms a bottom wall of the container; and at least one lid panel which is connected to the base panel and is foldable into a position in which it extends co-planar with the base panel when the container is manipulated into an open configuration; and characterized in that the at least one lid panel includes a sterile surface forming a preparation surface upon which a user may place components of a medical apparatus when the container is in the open configuration..
A cell stack device comprising: a plurality of solid oxide fuel cells having a columnar shape; and electrically conductive members interposed between adjacent cells of the plurality of cells; and connected to the each adjacent cell with a bonding material having electrically conductive property, wherein the bonding material contains electrically conductive particles and fibrous bodies having electrically insulating properties, and a major axis direction of the fibrous bodies is oriented in a predetermined direction in regions where the electrically conductive members face to the each adjacent cell, wherein the major axis direction of the fibrous bodies is oriented in a direction perpendicular to the plurality of cells, in a longitudinal direction of the plurality of cells, or in a lateral direction of the plurality of cells. a plurality of solid oxide fuel cells having a columnar shape; and electrically conductive members interposed between adjacent cells of the plurality of cells; and connected to the each adjacent cell with a bonding material having electrically conductive property, wherein the bonding material contains electrically conductive particles and fibrous bodies having electrically insulating properties, and a major axis direction of the fibrous bodies is oriented in a predetermined direction in regions where the electrically conductive members face to the each adjacent cell, wherein the major axis direction of the fibrous bodies is oriented in a direction perpendicular to the plurality of cells, in a longitudinal direction of the plurality of cells, or in a lateral direction of the plurality of cells.
A pharmaceutical composition for use in alleviating or treating pain comprising a phenyl carbamate compound represented by Chemical Formula 1 or a pharmaceutically acceptable salt thereof, as an active ingredient: wherein X is a halogen; n is an integer from 1 to 5; R1 is a linear or branched alkyl group of C1-C4; A is hydrogen or a carbamoyl derivative represented by B is hydrogen, a carbamoyl derivative represented by trialkyl silyl groups, trialkylaryl silyl groups (wherein the total number of alkyl and aryl groups is three), or a trialkyl silyl ether group, wherein each alkyl group is independently selected from the group consisting of linear, branched, or cyclic C1-C4 alkyl groups, and each aryl group is independently selected from the group consisting of C5-C8 aryl groups; A and B are not the carbamoyl derivative at same time; and R2 and R3 may be the same as or different from each other, and independently selected from the group consisting of hydrogen, a linear or branched alkyl group of C1-C4, a cycloalkyl group of C3-C8, and benzyl group; and wherein the pain is not a muscle spasm associated pain. X is a halogen; n is an integer from 1 to 5; R1 is a linear or branched alkyl group of C1-C4; A is hydrogen or a carbamoyl derivative represented by B is hydrogen, a carbamoyl derivative represented by trialkyl silyl groups, trialkylaryl silyl groups (wherein the total number of alkyl and aryl groups is three), or a trialkyl silyl ether group, wherein each alkyl group is independently selected from the group consisting of linear, branched, or cyclic C1-C4 alkyl groups, and each aryl group is independently selected from the group consisting of C5-C8 aryl groups; A and B are not the carbamoyl derivative at same time; and R2 and R3 may be the same as or different from each other, and independently selected from the group consisting of hydrogen, a linear or branched alkyl group of C1-C4, a cycloalkyl group of C3-C8, and benzyl group; and wherein the pain is not a muscle spasm associated pain.
Method for finishing a steel strip comprising the texturing of the steel strip wherein a texture is applied to the surface of a moving steel strip, characterised in that, - a single laser beam or a plurality of laser beams is directed at the surface of a moving steel strip, and - the single laser beam or the plurality of laser beams are position controlled to apply a predetermined texture pattern on the surface of the moving steel strip, - wherein the texturing is carried out after temper rolling of the steel strip, and - wherein the temper roll mill is provided with a roll with a roughness Ra (λc = 2.5mm) less than 6 μm. - a single laser beam or a plurality of laser beams is directed at the surface of a moving steel strip, and - the single laser beam or the plurality of laser beams are position controlled to apply a predetermined texture pattern on the surface of the moving steel strip, - wherein the texturing is carried out after temper rolling of the steel strip, and - wherein the temper roll mill is provided with a roll with a roughness Ra (λc = 2.5mm) less than 6 μm.
A storage method, wherein the method is applied to an electronic device comprising a processor and a universal flash storage, UFS, and the method comprises: configuring a data storage form of a first logical unit in the UFS as a first storage form and a data storage form of a second logical unit in the UFS as a second storage form, wherein the first logical unit and the second logical unit are mounted on a same directory of a file system, the first storage form is different from the second storage form, and read/write performance of the second storage form is higher than read/write performance of the first storage form; characterized in that the method further comprises: determining first information in response to a request for creating a new file; selecting the first logical unit or the second logical unit based on the first information; creating the new file in the selected logical unit; and based (705, 706, 707) on the popularity of accessing the file in the file system by the processor and on the quantity of applications installed by the user on the electronic device, migrating the file in the first logical unit to the second logical unit, and/or migrating the file in the second logical unit to the first logical unit. configuring a data storage form of a first logical unit in the UFS as a first storage form and a data storage form of a second logical unit in the UFS as a second storage form, wherein the first logical unit and the second logical unit are mounted on a same directory of a file system, the first storage form is different from the second storage form, and read/write performance of the second storage form is higher than read/write performance of the first storage form; characterized in that the method further comprises: determining first information in response to a request for creating a new file; selecting the first logical unit or the second logical unit based on the first information; creating the new file in the selected logical unit; and based (705, 706, 707) on the popularity of accessing the file in the file system by the processor and on the quantity of applications installed by the user on the electronic device, migrating the file in the first logical unit to the second logical unit, and/or migrating the file in the second logical unit to the first logical unit. determining first information in response to a request for creating a new file; selecting the first logical unit or the second logical unit based on the first information; creating the new file in the selected logical unit; and based (705, 706, 707) on the popularity of accessing the file in the file system by the processor and on the quantity of applications installed by the user on the electronic device, migrating the file in the first logical unit to the second logical unit, and/or migrating the file in the second logical unit to the first logical unit.
A method for printing on a multi-dimensional object, the method comprising: by a processor, controlling a movement of a mounting structure relative to a plurality of print heads, wherein a multi-dimensional object is held within an integrated packaging and object holder mounted on the mounting structure, by: receiving identifying information corresponding to the integrated packaging and object holder mounted on the mounting structure; retrieving, using the identifying information, information relating to the integrated packaging and object holder and the multi-dimensional object held within the integrated packaging and object holder; determining, using the retrieved information, a position of at least one printable area on the multi-dimensional object with respect to the plurality of print heads; and using the determined position to control the movement of the mounting structure relative to the plurality of print heads; and by the processor, operating the plurality of print heads to eject marking material onto the multi-dimensional object mounted on the mounting structure. by a processor, controlling a movement of a mounting structure relative to a plurality of print heads, wherein a multi-dimensional object is held within an integrated packaging and object holder mounted on the mounting structure, by: receiving identifying information corresponding to the integrated packaging and object holder mounted on the mounting structure; retrieving, using the identifying information, information relating to the integrated packaging and object holder and the multi-dimensional object held within the integrated packaging and object holder; determining, using the retrieved information, a position of at least one printable area on the multi-dimensional object with respect to the plurality of print heads; and using the determined position to control the movement of the mounting structure relative to the plurality of print heads; and receiving identifying information corresponding to the integrated packaging and object holder mounted on the mounting structure; retrieving, using the identifying information, information relating to the integrated packaging and object holder and the multi-dimensional object held within the integrated packaging and object holder; determining, using the retrieved information, a position of at least one printable area on the multi-dimensional object with respect to the plurality of print heads; and using the determined position to control the movement of the mounting structure relative to the plurality of print heads; and by the processor, operating the plurality of print heads to eject marking material onto the multi-dimensional object mounted on the mounting structure.