mhurhangee/patent-ind-claim-en huggingface dataset:
A portable apparatus for controlling a robot , the portable apparatus including: an orientation sensor , being adapted for measuring orientation of said portable apparatus ; a Human Machine Interface, HMI, device , being adapted for detecting two-dimensional manual motion relative to said HMI device ; and a processing unit , being adapted for receiving a first signal representing said measured orientation of said portable apparatus and a second signal representing said detected two-dimensional manual motion relative to said HMI device and controlling a part of said robot to move in a direction corresponding to a combination of said measured orientation of said portable apparatus and a direction of said detected two-dimensional manual motion relative to said HMI device , the portable apparatus being characterized in that : said processing unit is further adapted for receiving a third signal representing a speed of the movement of said part of said robot from a controller of said robot and judging if a scaling factor between a speed of said detected two-dimensional manual motion relative to said HMI device and that of the movement of said part of said robot falls in an allowable range. an orientation sensor , being adapted for measuring orientation of said portable apparatus ; a Human Machine Interface, HMI, device , being adapted for detecting two-dimensional manual motion relative to said HMI device ; and a processing unit , being adapted for receiving a first signal representing said measured orientation of said portable apparatus and a second signal representing said detected two-dimensional manual motion relative to said HMI device and controlling a part of said robot to move in a direction corresponding to a combination of said measured orientation of said portable apparatus and a direction of said detected two-dimensional manual motion relative to said HMI device , the portable apparatus being characterized in that : said processing unit is further adapted for receiving a third signal representing a speed of the movement of said part of said robot from a controller of said robot and judging if a scaling factor between a speed of said detected two-dimensional manual motion relative to said HMI device and that of the movement of said part of said robot falls in an allowable range.
An electronic cigarette atomizer, comprising an air inlet , an air inlet passage , an atomization cavity , an air outlet passage , an air outlet , and a suction nozzle communicated sequentially, and further comprising an adjustment mechanism for adjusting the air output of the air outlet and a housing , wherein the air inlet passage , the atomization cavity , and the air outlet passage are all arranged in the housing ; and the top of the housing is provided with a top cover ; the adjustment mechanism comprises a movable member located in the top cover and movable axially along the top cover , the movable member is provided with the air outlet , and a limiting plate opposite to the opening of the air outlet is arranged in the top cover ; and when the movable member moves axially along the top cover , the air outlet on the movable member moves relative to the limiting plate to adjust the air output of the air outlet .
A process for the distillation of an aldehyde mixture comprising a straight-chain aldehyde and a branched-chain aldehyde wherein the process comprises: i) supplying a feed comprising the aldehyde mixture to a first separation vessel; ii) operating said first separation vessel at a first temperature and a first pressure such that separation occurs; iii) recovering a first stream comprising the straight-chain aldehyde from said first separation vessel and supplying said first stream to a second separation vessel; iv) operating said second separation vessel at a second temperature and a second pressure such that separation occurs; v) recovering a product stream comprising the straight-chain aldehyde and a second stream comprising high-boiling components from said second separation vessel, and supplying said second stream to a third separation vessel; vi) operating said third separation vessel at a third temperature and a third pressure such that separation occurs; and vii) recovering a third stream comprising the aldehyde mixture from said third separation vessel and reintroducing said third stream to the first separation vessel. i) supplying a feed comprising the aldehyde mixture to a first separation vessel; ii) operating said first separation vessel at a first temperature and a first pressure such that separation occurs; iii) recovering a first stream comprising the straight-chain aldehyde from said first separation vessel and supplying said first stream to a second separation vessel; iv) operating said second separation vessel at a second temperature and a second pressure such that separation occurs; v) recovering a product stream comprising the straight-chain aldehyde and a second stream comprising high-boiling components from said second separation vessel, and supplying said second stream to a third separation vessel; vi) operating said third separation vessel at a third temperature and a third pressure such that separation occurs; and vii) recovering a third stream comprising the aldehyde mixture from said third separation vessel and reintroducing said third stream to the first separation vessel.
Leveler suitable for being used by a user to lay and level at least two adjacent tiles on a floor, said leveler comprising a support adapted to be constrained below the tiles and a pressing body arranged above the tiles and adapted to be constrained movably to the support and to abut and press with an abutting surface on at least one of the at least two tiles; said support comprising a base , adapted to be arranged below the at least two adjacent tiles, and a threaded pin developing orthogonally to the base and having a thread; the pressing body comprising a gripping element (22; 122) and a release device received in a through opening (42; 142) formed in the gripping element ; the gripping element (22; 122) having a longitudinal central axis and an external lateral surface which the user can grip; the release device comprising a first element of cooperation and a second element of cooperation ; the first element of cooperation comprising a first thrust body and a first threaded portion ; the second element of cooperation comprising a second thrust body and a second threaded portion ; the release device being arranged according to a first configuration in which the first threaded portion and the second threaded portion face each other forming a single nut screw with homologous pitch to the thread of the threaded pin , and according to a second configuration in which by pushing on the first thrust body and the second thrust body , the first threaded portion and the second threaded portion are spaced apart; wherein the first element of cooperation comprises a first elastic band and the second element of cooperation comprises a second elastic band , in which in the first configuration, the first elastic band abuts on the second thrust body and the second elastic band abuts on the first thrust body , and in the second configuration, the first elastic band is flexed and pushes on the second thrust body and the second elastic band is flexed and pushes on the first thrust body ; wherein the first element of cooperation comprises a first tongue with a first tooth and the second element of cooperation comprises a second tongue with a second tooth ; the first tongue and the second tongue being adapted to rest on a plane inside the through opening (42; 142), the first tooth and the second tooth being adapted to be received in a seat formed in the plane so as to prevent the release device from coming out of the through opening .
A combustion module for a turbomachine, in particular of an aircraft , comprising: - an annular casing extending around a longitudinal axis (X), - an annular combustion chamber located inside the casing and comprising coaxial annular walls, internal and external respectively, connected to each other by an annular bottom chamber , said walls and said bottom chamber being formed by at least two annular envelopes which are made of a ceramic matrix composite material and which comprise annular edges fitted together one inside the other and in axial abutment on each other, characterised in that the module further comprises anti-disengagement devices configured to maintain the annular edges in axial abutment with each other, these devices being carried by the combustion chamber and/or the casing , and in that the module further comprises fuel injectors carried by the casing and engaged in orifices of one of the envelopes , said anti-disengagement devices comprise washers which are mounted around the injectors and tightened radially against this envelope , and which comprise lugs configured to cooperate by abutment and/or hooking with the other of the envelopes . - an annular casing extending around a longitudinal axis (X), - an annular combustion chamber located inside the casing and comprising coaxial annular walls, internal and external respectively, connected to each other by an annular bottom chamber , said walls and said bottom chamber being formed by at least two annular envelopes which are made of a ceramic matrix composite material and which comprise annular edges fitted together one inside the other and in axial abutment on each other, characterised in that the module further comprises anti-disengagement devices configured to maintain the annular edges in axial abutment with each other, these devices being carried by the combustion chamber and/or the casing , and in that the module further comprises fuel injectors carried by the casing and engaged in orifices of one of the envelopes , said anti-disengagement devices comprise washers which are mounted around the injectors and tightened radially against this envelope , and which comprise lugs configured to cooperate by abutment and/or hooking with the other of the envelopes .
An adaptive cruise control system for maintaining driving times, the system comprising a cruise control regulator for regulating the cruise control of a motor vehicle, characterised in that the system for maintaining driving times comprises: - an input unit for indicating desired speed values v set for the adaptive cruise control; and - a computing unit adapted to - identify a section S i of a driven run S during which the driving time is to be determined; - calculate the time t cc it would have taken to drive the section S i when using a conventional non-adaptive cruise control; - determine the time t adapt actually taken to drive the section S i with the adaptive cruise control; - calculate the time difference between t cc and t adapt ; - calculate an adjusted control signal v setkorr to be used as control signal to the cruise control regulator so that said time difference disappears as the vehicle continues its journey; v setkorr being used as control signal to the adaptive system's cruise control regulator. - an input unit for indicating desired speed values v set for the adaptive cruise control; and - a computing unit adapted to - identify a section S i of a driven run S during which the driving time is to be determined; - calculate the time t cc it would have taken to drive the section S i when using a conventional non-adaptive cruise control; - determine the time t adapt actually taken to drive the section S i with the adaptive cruise control; - calculate the time difference between t cc and t adapt ; - calculate an adjusted control signal v setkorr to be used as control signal to the cruise control regulator so that said time difference disappears as the vehicle continues its journey; v setkorr being used as control signal to the adaptive system's cruise control regulator. - identify a section S i of a driven run S during which the driving time is to be determined; - calculate the time t cc it would have taken to drive the section S i when using a conventional non-adaptive cruise control; - determine the time t adapt actually taken to drive the section S i with the adaptive cruise control; - calculate the time difference between t cc and t adapt ; - calculate an adjusted control signal v setkorr to be used as control signal to the cruise control regulator so that said time difference disappears as the vehicle continues its journey; v setkorr being used as control signal to the adaptive system's cruise control regulator.
A work machine comprising a machine body ; a boom attached to the machine body to be rotatable in an up-and-down direction; an arm attached to the boom to be rotatable in the up-and-down direction; a bucket attached to the arm to be rotatable in a front-and-rear direction; and a controller that causes the boom, the arm, and the bucket to automatically perform an operation of discharging a transport object held by the bucket by driving the boom, the arm, and the bucket, based on a target loading point (P) set above a loading target, characterised in that after the controller causes the bucket to rotate such that an opening surface of the bucket becomes vertical at the target loading point, the controller drives the boom, the arm, and the bucket such that the opening surface of the bucket faces downward while maintaining a position, with respect to the machine body, of a leading end of the bucket in the front-and-rear direction. a machine body ; a boom attached to the machine body to be rotatable in an up-and-down direction; an arm attached to the boom to be rotatable in the up-and-down direction; a bucket attached to the arm to be rotatable in a front-and-rear direction; and a controller that causes the boom, the arm, and the bucket to automatically perform an operation of discharging a transport object held by the bucket by driving the boom, the arm, and the bucket, based on a target loading point (P) set above a loading target, characterised in that after the controller causes the bucket to rotate such that an opening surface of the bucket becomes vertical at the target loading point, the controller drives the boom, the arm, and the bucket such that the opening surface of the bucket faces downward while maintaining a position, with respect to the machine body, of a leading end of the bucket in the front-and-rear direction.
Elastic hollow profile, in particular for arrangement on an end face of a door leaf of an interior swing door, wherein the hollow profile (10; 66; 68) has a holding section for fixing, in particular to the end face of the door leaf , a main section and at least one sealing lip projecting from the main section , wherein in a connection area, in which the sealing lip is connected to the main section , at least one hollow chamber for arrangement of an electrical switching profile or for generating a detectable pressure shock during compression is provided, wherein the connection area is formed by means of two webs which each extend from the sealing lip to the main section and have the hollow chamber disposed between them, wherein a connection of the sealing lip to the two webs , the webs and a connection of the webs to the main section are configured such that upon deflection of the sealing lip predominantly the webs are deformed in such a manner that a distance between the webs is reduced, wherein the outer surface of a first one of the webs at the transition between the first web and the main section forms an angle with the outer surface of the main section of 90° or less than 90°, in particular 70°, wherein the transition between the first web and the main section is disposed approximately on the level of the centre of the hollow chamber , and wherein, in the vicinity of a transition between the second web and the outer surface of the main section of the hollow profile , the outer surface of the second web and the outer surface of the main section form an angle of approximately 180°, characterized in that the webs have a smooth outer surface and a continuous contour in cross section.
Adapter system for a floor-processing machine , the adapter system being mountable to the floor-processing machine , and the adapter system comprises a receiving side with at least one receptacle , characterized in that the receptacle comprises a plurality of second mounting elements for detachably fastening a processing section in the receptacle , and the second mounting element comprises a spring unit .
Power switch with a switch housing and with an electronics module , wherein the electronics module comprises an electronics system controlling the switch and measurement electronics for evaluating a voltage of a primary conductor reduced by voltage dividers, wherein at least one contact is provided for tapping a voltage on a primary conductor , wherein inside the switch housing an adapter with the voltage dividers is provided for reducing the tapped voltage of the primary conductor , characterised in that the adapter is arranged outside the electronics module .
A method of determining a reference direction for an angular measurement device , comprising: providing a rigid structure having an antenna for a global navigation satellite system fixed at a first point thereof; fixing the angular measurement device to a second point on the rigid structure , characterized in that the second point is separated from the first point by at least 0.5 metres and wherein a sensitive axis of the angular measurement device is not aligned with the direction between the first point and the second point ; and in that the method further comprises: while rotating the rigid structure so as to cause rotational movement of the antenna around the sensitive axis of the angular measurement device, acquiring velocity measurement data from the global navigation satellite system and angular velocity measurement data from the angular measurement device ; and using the velocity measurement data and the angular velocity measurement data to determine a reference direction for the angular measurement device . providing a rigid structure having an antenna for a global navigation satellite system fixed at a first point thereof; fixing the angular measurement device to a second point on the rigid structure , characterized in that the second point is separated from the first point by at least 0.5 metres and wherein a sensitive axis of the angular measurement device is not aligned with the direction between the first point and the second point ; and in that the method further comprises: while rotating the rigid structure so as to cause rotational movement of the antenna around the sensitive axis of the angular measurement device, acquiring velocity measurement data from the global navigation satellite system and angular velocity measurement data from the angular measurement device ; and using the velocity measurement data and the angular velocity measurement data to determine a reference direction for the angular measurement device . while rotating the rigid structure so as to cause rotational movement of the antenna around the sensitive axis of the angular measurement device, acquiring velocity measurement data from the global navigation satellite system and angular velocity measurement data from the angular measurement device ; and using the velocity measurement data and the angular velocity measurement data to determine a reference direction for the angular measurement device .
A silencer, comprising a housing , characterized in that , a protrusion is arranged in a gas inlet end of the housing and extends into an interior of the housing ; a portion of the protrusion , which is proximate to a gas outlet end of the housing , is closed; at least two gas inlets are arranged in the gas inlet end of the housing and disposed around the protrusion ; enabling that a part of a gas flow flows through the gas inlets and enters the housing ; another part of the gas flow impacts the closed portion of the protrusion , and at least partially flows back and enters the housing through the gas inlets . a protrusion is arranged in a gas inlet end of the housing and extends into an interior of the housing ; a portion of the protrusion , which is proximate to a gas outlet end of the housing , is closed; at least two gas inlets are arranged in the gas inlet end of the housing and disposed around the protrusion ; enabling that a part of a gas flow flows through the gas inlets and enters the housing ; another part of the gas flow impacts the closed portion of the protrusion , and at least partially flows back and enters the housing through the gas inlets .
A reading device comprising: a feeder to feed a document and a reading unit to read the document fed by the feeder ; characterized by comprising: an image data acquisition unit to acquire image data of the document fed by the feeder and read by the reading unit, in a mode selected in accordance with a predetermined selection condition from a plurality of modes that includes a first mode for acquiring image data including a document area of the document and an outside area other than the document area and a second mode for acquiring image data of an area not including the outside area, by controlling the operations of the reading unit . a feeder to feed a document and a reading unit to read the document fed by the feeder ; characterized by comprising: an image data acquisition unit to acquire image data of the document fed by the feeder and read by the reading unit, in a mode selected in accordance with a predetermined selection condition from a plurality of modes that includes a first mode for acquiring image data including a document area of the document and an outside area other than the document area and a second mode for acquiring image data of an area not including the outside area, by controlling the operations of the reading unit .
Method for printing 3D-microoptic images on packaging systems comprising a. providing a substrate having a first and a second major surface; b. printing a plurality of images on at least part of the first major surface of the substrate to provide a substrate with a printed first major surface; c. applying a transparent varnish layer on the printed first major surface of the substrate, wherein the varnish layer has an inner surface being in contact with the printed first major surface of the substrate and an outer surface facing away from the substrate; and d. forming a plurality of relief features on the outer surface of the varnish layer, wherein the relief features are micro-lenses, characterized in that the relief features on the varnish layer are formed by a filmless casting process using a flexographic casting plate. a. providing a substrate having a first and a second major surface; b. printing a plurality of images on at least part of the first major surface of the substrate to provide a substrate with a printed first major surface; c. applying a transparent varnish layer on the printed first major surface of the substrate, wherein the varnish layer has an inner surface being in contact with the printed first major surface of the substrate and an outer surface facing away from the substrate; and d. forming a plurality of relief features on the outer surface of the varnish layer, wherein the relief features are micro-lenses, characterized in that the relief features on the varnish layer are formed by a filmless casting process using a flexographic casting plate.
A composition comprising L-luciferin and D-luciferin, wherein the composition is essentially free of ATP, wherein the ratio of D-luciferin to L-luciferin is from 55:45 to 80:20, and wherein the composition retains at least 50% of the original activity in a luciferase reaction after being stored for at least 1 day at a temperature from 20°C to 25°C.