mhurhangee/patent-ind-claim-en huggingface dataset:
A surveying device comprising: an optical system to be used for sighting a positioning target ; and a laser positioning part that emits laser light via the optical system to the positioning target to position the positioning target , characterized in that the surveying device further comprises: a plane determining part that determines a location of a specific plane on a basis of a result of the positioning performed by the laser positioning part ; a laser scanner that performs laser scanning of the specific plane to obtain multiple scanning points ; a separation amount calculator that calculates a separation amount of the respective multiple scanning points obtained by the laser scanner , from the specific plane of which the location is determined by the plane determining part ; and an exterior orientation parameter calculator that calculates exterior orientation parameters of one or both of the laser positioning part and the laser scanner on a basis of the calculated separation amount, wherein the laser positioning part positions three or more points on the specific plane to determine the location of the specific plane . an optical system to be used for sighting a positioning target ; and a laser positioning part that emits laser light via the optical system to the positioning target to position the positioning target , characterized in that the surveying device further comprises: a plane determining part that determines a location of a specific plane on a basis of a result of the positioning performed by the laser positioning part ; a laser scanner that performs laser scanning of the specific plane to obtain multiple scanning points ; a separation amount calculator that calculates a separation amount of the respective multiple scanning points obtained by the laser scanner , from the specific plane of which the location is determined by the plane determining part ; and an exterior orientation parameter calculator that calculates exterior orientation parameters of one or both of the laser positioning part and the laser scanner on a basis of the calculated separation amount, wherein the laser positioning part positions three or more points on the specific plane to determine the location of the specific plane . a plane determining part that determines a location of a specific plane on a basis of a result of the positioning performed by the laser positioning part ; a laser scanner that performs laser scanning of the specific plane to obtain multiple scanning points ; a separation amount calculator that calculates a separation amount of the respective multiple scanning points obtained by the laser scanner , from the specific plane of which the location is determined by the plane determining part ; and an exterior orientation parameter calculator that calculates exterior orientation parameters of one or both of the laser positioning part and the laser scanner on a basis of the calculated separation amount, wherein the laser positioning part positions three or more points on the specific plane to determine the location of the specific plane .
Hand-held electrical appliance having a housing and a handle which is arranged on the housing and can be displaced relative to the housing , the handle being mounted on the housing by means of a retaining device which is of annular design and at least partially surrounds the housing in the circumferential direction, the housing and the retaining device having corresponding electrical contacts, at least the housing or the retaining device having a plurality of electrical contacts, of which at least one electrical contact can be connected to an electrical contact of the retaining device or of the housing as a function of a displacement position of the retaining device , characterised in that the handle is pivotably mounted on the retaining device relative thereto, namely in such a way that the handle can be pivoted between a position in which the handle is aligned parallel to a longitudinal extent of the housing and a position in which the handle is aligned orthogonally to the longitudinal extent of the housing , wherein the handle can be pivoted about an axis which is oriented orthogonally to the longitudinal axis of the appliance and radially intersects the annular retaining device , and wherein the retaining device is additionally mounted on the housing so as to be linearly displaceable in the direction of a longitudinal extension of the electrical appliance .
An apparatus, the apparatus comprising: a frame, the frame comprising: a frame outer edge, the frame outer edge comprising a frame outer edge top portion; a ledge , the ledge in a spaced-apart relation to the frame outer edge, the ledge comprising a ledge inner edge, the ledge inner edge comprising a ledge inner edge top portion, the ledge inner edge top portion defining a gas slope , wherein the frame comprises a gas outlet and the gas slope inclines upwardly toward the gas outlet ; a curtain , the curtain extending from the ledge inner edge top portion and extending away from the frame outer edge top portion, the curtain comprising: a curtain top portion, the curtain top portion beginning at the ledge inner edge top portion; a curtain lower edge , the curtain lower edge being thinner than the curtain top portion and the curtain forming a wedge therefrom, the frame further comprising an aperture, the aperture defined by: the curtain lower edge ; and that portion of the ledge inner edge not including the ledge inner edge top portion. a frame outer edge, the frame outer edge comprising a frame outer edge top portion; a ledge , the ledge in a spaced-apart relation to the frame outer edge, the ledge comprising a ledge inner edge, the ledge inner edge comprising a ledge inner edge top portion, the ledge inner edge top portion defining a gas slope , wherein the frame comprises a gas outlet and the gas slope inclines upwardly toward the gas outlet ; a curtain , the curtain extending from the ledge inner edge top portion and extending away from the frame outer edge top portion, the curtain comprising: a curtain top portion, the curtain top portion beginning at the ledge inner edge top portion; a curtain lower edge , the curtain lower edge being thinner than the curtain top portion and the curtain forming a wedge therefrom, the frame further comprising an aperture, the aperture defined by: the curtain lower edge ; and that portion of the ledge inner edge not including the ledge inner edge top portion. a curtain top portion, the curtain top portion beginning at the ledge inner edge top portion; a curtain lower edge , the curtain lower edge being thinner than the curtain top portion and the curtain forming a wedge therefrom, the frame further comprising an aperture, the aperture defined by: the curtain lower edge ; and that portion of the ledge inner edge not including the ledge inner edge top portion. the curtain lower edge ; and that portion of the ledge inner edge not including the ledge inner edge top portion.
A tire force estimating device which estimates tire forces which are forces applied from a ground surface to a wheel of a vehicle which turns in a bank state in which a vehicle body is tilted around a forward-rearward axis, the vehicle including a front wheel and a rear wheel as the wheel, the tire force estimating device comprising: a first tire force estimating section which estimates a front wheel force applied from the ground surface to the front wheel and a rear wheel force applied from the ground surface to the rear wheel, wherein the first tire force estimating section estimates a sum of the forces applied from the ground surface to a virtual wheel, and wherein the first tire force estimating section estimates the front wheel force and the rear wheel force by dividing the sum of the forces into the front wheel force and the rear wheel force based on a change over time of a motion state of the vehicle body in a forward and rearward direction, and a bank angle. a first tire force estimating section which estimates a front wheel force applied from the ground surface to the front wheel and a rear wheel force applied from the ground surface to the rear wheel, wherein the first tire force estimating section estimates a sum of the forces applied from the ground surface to a virtual wheel, and wherein the first tire force estimating section estimates the front wheel force and the rear wheel force by dividing the sum of the forces into the front wheel force and the rear wheel force based on a change over time of a motion state of the vehicle body in a forward and rearward direction, and a bank angle.
An aluminium component, especially vehicle body component with an earth connection, the earth connection comprising a two-dimensionally extended adapter (8; 12) and an earthing bolt made of a material which is of greater strength with respect to the aluminium component and differs in electrochemical series, especially steel, which is fastened to the aluminium component with the interposition of the adapter (8; 12), and also a threaded element which is designed to clamp a cable lug of an earth conductor on a corresponding contact face of the earthing bolt, wherein the earthing bolt and the adapter (8; 12) consist of materials which are matched to each other so as to resist corrosion and are connected together by a material-formed bond, characterised in that the adapter (8; 12) is zinc-plated at least on the component-side and is fastened, in a position free from contact with the aluminium component , over a large surface on the aluminium component by a welded/soldered join produced with aluminium as filler material.
A device for simultaneous fixation of medical instruments , the device comprising a holding portion having two holding elements , a coupling element , and a pushing element , wherein the coupling element is configured so that the holding portion can be pivoted about a pivot axis , and the pushing element is configured, in a first position, not to exert a force or a first force on the holding portion so that the holding portion can be pivoted, and, in a second position, to exert a second force, which is greater than the first force, on the holding portion so that the holding portion is fixed regarding a rotation around the pivot axis, said holding portion comprising a continuous cavity having a longitudinal center axis and being configured to receive a first medical instrument along said longitudinal center axis , each of said holding members comprising a base member and an arm member , each arm member having a first arm section starting from the base element extending away from the longitudinal center axis , a second arm section approaching the longitudinal center axis and ending with a support surface , whereby a free space is formed between the arm elements , which is configured for receiving a second medical instrument along the longitudinal center axis .
Base group for an appliance for drying laundry, having: at least one separation base with at least one supporting section to support a capacitor of a heat pump, wherein at least one indentation is configured with a support base on the supporting section , onto which the capacitor can be mounted, and at least one channel section with an air inlet opening connected to the supporting section downstream relative to a drying airflow, said air inlet opening being arranged, from an arrangement plane of the support base , with an upward offset in relation to the arrangement plane , characterised in that the separation base has at least one air control section , which is arranged downstream of the support base relative to the drying airflow and which has at least one rising deflecting section starting from the support base in an edge-free manner in terms of flow in the direction of the channel section . at least one separation base with at least one supporting section to support a capacitor of a heat pump, wherein at least one indentation is configured with a support base on the supporting section , onto which the capacitor can be mounted, and at least one channel section with an air inlet opening connected to the supporting section downstream relative to a drying airflow, said air inlet opening being arranged, from an arrangement plane of the support base , with an upward offset in relation to the arrangement plane , characterised in that the separation base has at least one air control section , which is arranged downstream of the support base relative to the drying airflow and which has at least one rising deflecting section starting from the support base in an edge-free manner in terms of flow in the direction of the channel section .
A field device adapted to perform diagnostics and to identify a diagnostic condition in an industrial process, comprising: an infrared sensor array (120-1, ..., 120-N) comprising a plurality of infrared sensors arranged to sense infrared emissions from different locations in the industrial process; processing circuitry comprising an analog to digital converter configured to receive information related to the intensity of the thermal radiation received by each sensor of the plurality of infrared sensors and further configured to generate an infrared image and adapted to provide a processed output to a microprocessor , the microprocessor configured to compare an output from a first subsection of the sensor array (120-1, ..., 120-N) directed to a first direction within the industrial process with an output from a second subsection of the sensor array (120-1, ..., 120-N) directed to a second direction within the industrial process and responsively adapted to identify a diagnostic condition based upon the comparison, wherein the diagnostic condition comprises an indication of a possible problem in the industrial process. an infrared sensor array (120-1, ..., 120-N) comprising a plurality of infrared sensors arranged to sense infrared emissions from different locations in the industrial process; processing circuitry comprising an analog to digital converter configured to receive information related to the intensity of the thermal radiation received by each sensor of the plurality of infrared sensors and further configured to generate an infrared image and adapted to provide a processed output to a microprocessor , the microprocessor configured to compare an output from a first subsection of the sensor array (120-1, ..., 120-N) directed to a first direction within the industrial process with an output from a second subsection of the sensor array (120-1, ..., 120-N) directed to a second direction within the industrial process and responsively adapted to identify a diagnostic condition based upon the comparison, wherein the diagnostic condition comprises an indication of a possible problem in the industrial process.
Gearbox system for a vehicle, having: an automatic gearbox ; a gearbox control device set up to control the automatic gearbox; a monostable toggle switch which can be actuated by a user (F), in particular a driver, which can be moved in at least, in particular exactly, two deflection directions (I, II) and by means of which a large number of driving modes (R, N, D, S) of the gearbox control device can be selected by the user (F); and a visual device , which graphically displays or can display a shift pattern having driving modes (R, N, D, S) that can be selected by the toggle switch ; wherein a change can be made between a first and a second driving mode (D, S) of the large number of driving modes (R, N, D, S) and vice versa only by moving the toggle switch in a single first deflection direction (I; II) of the possible deflection directions (I, II), characterized in that the visual device has at least one display that is set up to display a symbol which indicates the first deflection direction (I; II) by means of which the respective other driving mode (D; S) can be selected, and wherein the gearbox control device is further set up to control the at least one display in such a way that the symbol is displayed only when the first or the second driving mode (D; S) is selected. an automatic gearbox ; a gearbox control device set up to control the automatic gearbox; a monostable toggle switch which can be actuated by a user (F), in particular a driver, which can be moved in at least, in particular exactly, two deflection directions (I, II) and by means of which a large number of driving modes (R, N, D, S) of the gearbox control device can be selected by the user (F); and a visual device , which graphically displays or can display a shift pattern having driving modes (R, N, D, S) that can be selected by the toggle switch ; wherein a change can be made between a first and a second driving mode (D, S) of the large number of driving modes (R, N, D, S) and vice versa only by moving the toggle switch in a single first deflection direction (I; II) of the possible deflection directions (I, II), characterized in that the visual device has at least one display that is set up to display a symbol which indicates the first deflection direction (I; II) by means of which the respective other driving mode (D; S) can be selected, and wherein the gearbox control device is further set up to control the at least one display in such a way that the symbol is displayed only when the first or the second driving mode (D; S) is selected.
Acetylsalicylic acid (ASA) or a pharmaceutically acceptable salt thereof for use in the treatment of a patient suffering from a moderate to severe influenza virus infection and/or a symptom or condition associated therewith, wherein baseline composite symptom score (CSS) values of 14 or higher and below 17 are considered moderate forms of influenza, and baseline CSS values of 17 or higher are considered to be severe forms of influenza, and wherein the symptom or condition associated with the influenza virus infection is selected from nasal congestion, sore throat, cough, fever, fatigue, headache and myalgias, and wherein the use comprises the administration of a composition comprising ASA or a pharmaceutically acceptable salt thereof to the patient by inhalation at a daily dose of ASA of at least 600 mg.
A method of fabricating a tubing for a medical catheter, the method comprising: mixing a polymer material as base material with sodium nitroprusside and an antimicrobial agent, wherein the antimicrobial agent comprises chlorhexidine base and/or a pharmaceutically acceptable salt thereof; and melt processing and extruding the mixture to fabricate the tubing for the medical catheter.
An anechoic chamber for testing a device under test comprising: at least one gas inputting means configured for inputting a gas into the anechoic chamber , and at least one gas outputting means configured for outputting the gas out of the chamber , wherein the gas inputting means and the gas outputting means are both further configured to create a directed gas stream with respect to a predefined region of the anechoic chamber , charecterized in that the gas inputting means comprise a rotating propeller , wherein the anechoic chamber further comprises means configured for controlling the speed of the rotating propeller in a manner that a region of at least one antenna of the device under test is not covered by the propeller , while data is exchanged with the device under test . at least one gas inputting means configured for inputting a gas into the anechoic chamber , and at least one gas outputting means configured for outputting the gas out of the chamber , wherein the gas inputting means and the gas outputting means are both further configured to create a directed gas stream with respect to a predefined region of the anechoic chamber ,
Equipment for flip turn learning in swimming lessons, comprising a parallelepiped panel , which is immersed in the pool at the end of the athlete's flip turn zone and which contains at the bottom one impact area , characterised in that the panel is equipped internally with a force sensor , and a light source , connected to a command and control microsystem , together with a presence sensor , mounted on the side of the swimming lane and impact force indicators and speed indicators , wherein the panel is battery-powered and provided with a graduated ruler to determine the immersion depth and to be immersed in water and fasten with a device on the edge of the pool so that the impact area corresponds to the configuration of the tested athlete, wherein the presence sensor is configured to be placed on the side of the swimming lane at a distance x from the turn end, depending on the height the athlete to detect the presence of the swimmer by sending a signal to the microcontroller which triggers a light stimulus on the light source , which visibly illuminates the impact area , such that when the presence sensor detects the athlete's swimming arrival, it commands the command and control microsystem which illuminates the impact area through the internal light source for the athlete to begin the return procedure and at the same time to identify the optimal area for impact, and at the moment of impact the pushing force of the athlete is measured with the internal force sensor and the power supply is stopped for the light source , calculating the speed by the time elapsed between the moment when the signal from the presence sensor is emitted and the signal from the force sensor , the impact force is displayed and implicitly the correct impact area on the indicator and the speed of the athlete on the indicator , information that describes the correct execution of the return procedure and sports performance and which can be stored by the command and control microsystem in order to be able to analyze a history of the athlete's tests.
A method performed by a base station in a wireless communication system, the method comprising: generating a random access response, RAR, message including at least one information element, IE, of an uplink grant for a message 3, in response to a detection of a random access, RA, preamble received from a user equipment, UE; transmitting, to the UE, the RAR message; and receiving, from the UE, the message 3 using a physical uplink shared channel, PUSCH, wherein, in case that the UE operates in a normal coverage mode, the at least one IE includes a transmission power command, TPC, field using three bits, and wherein, in case that the UE operates in a coverage enhancement mode, the at least one IE does not include the TPC field. generating a random access response, RAR, message including at least one information element, IE, of an uplink grant for a message 3, in response to a detection of a random access, RA, preamble received from a user equipment, UE; transmitting, to the UE, the RAR message; and receiving, from the UE, the message 3 using a physical uplink shared channel, PUSCH, wherein, in case that the UE operates in a normal coverage mode, the at least one IE includes a transmission power command, TPC, field using three bits, and wherein, in case that the UE operates in a coverage enhancement mode, the at least one IE does not include the TPC field.