mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for discharging concrete on a building site, comprising a stationary concrete pump and a rotary distributor, which is connected to the stationary concrete pump by a delivery line, for thick matter, in particular for fresh concrete, with a supporting frame which is mountable on a mounting surface, with a first extension arm tube which is arranged in the region of the input-side end thereof on the supporting frame so as to be rotatable about a frame-mounted vertical axis and is chargeable there under pressure with the thick matter, and with a second extension arm tube which is arranged in the region of the output-side end of the first extension arm tube so as to be pivotable about a horizontal pivot axis and communicates with the first extension arm tube, wherein the first extension arm tube is additionally pivotable in the region of the input-side end thereof about a horizontal axis in relation to the supporting frame, characterized in that the second extension arm tube is additionally rotatable about an axis of rotation, which is perpendicular to the horizontal pivot axis, in relation to the output-side end of the first extension arm tube and to the supporting frame, and in that parallel guide means are provided between the first and the second extension arm tube (26, 30), which parallel guide means are determined and suitable in order to hold the axis of rotation of the second extension arm tube, which axis of rotation is perpendicular to the horizontal pivot axis, in an alignment parallel to the frame-mounted vertical axis in different pivoted positions of the first extension arm tube.
A valve comprising: (a) a valve body having a poppet valve chamber with an axis running there through and a valve inside surface; (b) a seat having a seat sealing surface, and an outer-seat surface, the seat being located coaxially within the poppet valve chamber; and (c) a poppet having a poppet sealing surface, the poppet being located coaxially within the poppet valve chamber; wherein a poppet-seat interface is created between the seat sealing surface and the poppet sealing surface, the poppet-seat interface being at an angle β of from 20 to 90° to the axis, and the seat further comprises a flow restriction surface, and the poppet further comprises a second poppet surface, wherein a flow restriction zone is located between at least the flow restriction surface and at least the second poppet surface, characterised in that the flow restriction zone has the smallest cross section area of flow for a given position of the poppet in an open position, i.e. for a given position of the poppet in an open position, the greatest restriction of fluid through the valve occurs at said flow restriction zone. (a) a valve body having a poppet valve chamber with an axis running there through and a valve inside surface; (b) a seat having a seat sealing surface, and an outer-seat surface, the seat being located coaxially within the poppet valve chamber; and (c) a poppet having a poppet sealing surface, the poppet being located coaxially within the poppet valve chamber;
An elevator call request device, comprising: a touch display screen which is provided to passengers for performing an entry operation of a call request command; characterised in that the elevator call request device further comprises: a statistical analysis module configured to count the number of entry operations that have been performed by time so as to obtain historical operation statistics; and a display control module configured to dynamically control display parameters of the touch display screen by time based on the historical operation statistics. a statistical analysis module configured to count the number of entry operations that have been performed by time so as to obtain historical operation statistics; and a display control module configured to dynamically control display parameters of the touch display screen by time based on the historical operation statistics.
A conductive composition comprising a conductive polymer having an acidic group, and a basic compound having a cyclic amide and an amino group in its molecule.
A catalytic burner, in particular for a vehicle heating device, for the catalytically supported combustion of a fuel/combustion air mixture, comprising a mixing chamber, a combustion air feed device for feeding combustion air to the mixing chamber, a fuel feed arrangement (28a, 34a) for feeding fuel to the mixing chamber and a catalyser arrangement with at least one catalyser unit (48a, 52a, 70a), through which the fuel/combustion air mixture can flow, wherein the fuel feed arrangement (28a, 34a) comprises a porous evaporator arrangement receiving liquid fuel from a fuel feed line and releasing fuel vapour into the mixing chamber, wherein a burner housing with a circumferential wall defines a combustion chamber comprising at least one catalyser unit (52a, 70a) and wherein at least one part of the porous evaporator arrangement is arranged at the circumferential wall of the burner housing or/and of a bottom wall of the burner housing, wherein the catalyser arrangement is provided downstream of the mixing chamber and wherein the fuel/combustion air mixture can flow through at least one catalyser unit (48a, 52a, 70a) wherein at least one flow through opening leading to the combustion chamber is provided in the circumferential wall of the burner housing, characterized in that the porous evaporator arrangement is provided at an outer side of the bottom wall facing away from the combustion chamber.
A first terminal device comprising: an acquisition unit configured to acquire a paging message from a base station; and a control unit configured to acquire identification information from one or more second terminal devices that perform wireless communication with the base station via the first terminal device, determine a proxy paging reception timing for the one or more second terminal devices based on the acquired identification information, prescribe the proxy paging reception timing for paging destined for the one or more second terminal devices, and execute paging with respect to the one or more second terminal devices based on the paging message acquired by the acquisition unit and the prescribed proxy paging timing, characterized in that the control unit is further configured to notify the determined proxy paging reception timing to the base station for causing the base station to update a transmission timing of said paging message based on the determined proxy paging reception timing. an acquisition unit configured to acquire a paging message from a base station; and a control unit configured to acquire identification information from one or more second terminal devices that perform wireless communication with the base station via the first terminal device, determine a proxy paging reception timing for the one or more second terminal devices based on the acquired identification information, prescribe the proxy paging reception timing for paging destined for the one or more second terminal devices, and execute paging with respect to the one or more second terminal devices based on the paging message acquired by the acquisition unit and the prescribed proxy paging timing, characterized in that acquire identification information from one or more second terminal devices that perform wireless communication with the base station via the first terminal device, determine a proxy paging reception timing for the one or more second terminal devices based on the acquired identification information, prescribe the proxy paging reception timing for paging destined for the one or more second terminal devices, and execute paging with respect to the one or more second terminal devices based on the paging message acquired by the acquisition unit and the prescribed proxy paging timing, characterized in that the control unit is further configured to notify the determined proxy paging reception timing to the base station for causing the base station to update a transmission timing of said paging message based on the determined proxy paging reception timing. notify the determined proxy paging reception timing to the base station for causing the base station to update a transmission timing of said paging message based on the determined proxy paging reception timing.
A method for marking a tool, the method including the steps of: forming a tool; hardening the tool; trimming the tool; providing the tool with a protection layer,; printing the tool with a mark; and providing a transparent paint layer on both of the protection layer, and the mark. forming a tool; hardening the tool; trimming the tool; providing the tool with a protection layer,; printing the tool with a mark; and providing a transparent paint layer on both of the protection layer, and the mark.
Method for compensating vertically oriented movements of a body of a vehicle, wherein the vehicle is provided with the body and with an active undercarriage having several wheels (8, 10, 54, 56) which are in contact with the road, wherein each wheel (8, 10, 54, 56) is connected to the body by means of an actuator (12, 14, 58, 60) which is adjustable over its length to a suspension point assigned to a wheel (8, 10, 54, 56), - wherein vertically oriented movements of the body are caused by an inclination of the road and/or by the unevenness of the road, - wherein a first change of the length of at least one actuator (12, 14, 58, 60) is carried out for compensating for the inclination of the road for frequencies in a first, lower frequency range, which is limited by a first minimum frequency and a first maximum frequency, and/or - wherein a second change of the length of the at least one actuator (12, 14, 58, 60) is carried out for compensating for unevenness of the road for frequencies in a second, high frequency range, which is limited by a second minimum frequency and a second maximum frequency, - wherein at least one minimum frequency and/or at least one maximum frequency is adjusted to a base frequency or cut-off frequency of at least one of the actuators (12, 14, 58, 60). - wherein vertically oriented movements of the body are caused by an inclination of the road and/or by the unevenness of the road, - wherein a first change of the length of at least one actuator (12, 14, 58, 60) is carried out for compensating for the inclination of the road for frequencies in a first, lower frequency range, which is limited by a first minimum frequency and a first maximum frequency, and/or - wherein a second change of the length of the at least one actuator (12, 14, 58, 60) is carried out for compensating for unevenness of the road for frequencies in a second, high frequency range, which is limited by a second minimum frequency and a second maximum frequency, - wherein at least one minimum frequency and/or at least one maximum frequency is adjusted to a base frequency or cut-off frequency of at least one of the actuators (12, 14, 58, 60).
A sample processing apparatus comprising: (a) a carrying section configured to carry a sample container in the lying state; and (b) a raising section, wherein the sample processing apparatus is characterized by comprising (c) a detection section configured to detect pose information regarding a sample container which has a head portion and a bottom portion with a stopper provided in the head portion and is configured to house a sample; and (d) the raising section comprising - a holding mechanism section having holding blades (84, 85) configured to hold in between the sample container in a lying state and release the sample container, the holding mechanism section being rotatable in normal and reverse directions; and - a turning mechanism section configured to turn the holding mechanism section in either one of the normal and reverse directions based on the pose information indicating an orientation of the sample container and thereby turn the sample container so that the sample container is raised with the bottom portion being located at a lower level than the head portion. (a) a carrying section configured to carry a sample container in the lying state; and (b) a raising section, wherein the sample processing apparatus is characterized by comprising (c) a detection section configured to detect pose information regarding a sample container which has a head portion and a bottom portion with a stopper provided in the head portion and is configured to house a sample; and (d) the raising section comprising - a holding mechanism section having holding blades (84, 85) configured to hold in between the sample container in a lying state and release the sample container, the holding mechanism section being rotatable in normal and reverse directions; and - a turning mechanism section configured to turn the holding mechanism section in either one of the normal and reverse directions based on the pose information indicating an orientation of the sample container and thereby turn the sample container so that the sample container is raised with the bottom portion being located at a lower level than the head portion. - a holding mechanism section having holding blades (84, 85) configured to hold in between the sample container in a lying state and release the sample container, the holding mechanism section being rotatable in normal and reverse directions; and - a turning mechanism section configured to turn the holding mechanism section in either one of the normal and reverse directions based on the pose information indicating an orientation of the sample container and thereby turn the sample container so that the sample container is raised with the bottom portion being located at a lower level than the head portion.
Device for measuring throughflow processes of fluids having an inlet, an outlet, a flow housing in which the fluid flows, a drivable displacement meter arranged in the flow housing a bypass line via which the displacement meter can be bypassed, a pressure difference transducer, which is arranged in the bypass line and is arranged in the flow housing and an evaluation and control unit by means of which the drivable displacement meter can be controlled as a function of the pressure difference applied to the pressure difference sensor, characterized in that a cooling channel through which coolant can flow is configured in the flow housing, a section of which extends around a displacement chamber of the displacement meter, which is formed as a groove on a surface of the flow housing facing a drive unit and is closed by the drive unit. an inlet, an outlet, a flow housing in which the fluid flows, a drivable displacement meter arranged in the flow housing a bypass line via which the displacement meter can be bypassed, a pressure difference transducer, which is arranged in the bypass line and is arranged in the flow housing and an evaluation and control unit by means of which the drivable displacement meter can be controlled as a function of the pressure difference applied to the pressure difference sensor, characterized in that a cooling channel through which coolant can flow is configured in the flow housing, a section of which extends around a displacement chamber of the displacement meter, which is formed as a groove on a surface of the flow housing facing a drive unit and is closed by the drive unit.
A device for performing the analogue-digital conversion of a radio signal S(t) into two digital phase quadrature signals S I (n) and S Q (n), said radio signal S(t) being an intermediate frequency signal that is stationary at least over a number N of successive acquisition periods of duration T, said device comprising: - means for storing, for each of the signals S I (n) and S Q (n), N successive digital sequences S kI (n) and S kQ (n); - means for producing an intermediate frequency return signal S'(t) based on the N stored successive sequences S kI (n) and S kQ (n); - means for determining the difference ε(t) between said signal S(t) to be converted and the return signal S'(t); - means for performing a phase-amplitude detection of the signal ε(t) and for forming two phase quadrature baseband signals ε I (t) and ε Q (t); - two digitisation channels each comprising means for adding the sum of the signals ε I (n) and ε Q (n) which are produced by digitisation means based on the signals ε I (t) and ε Q (t), and the signals Sn(n) and S IQ (n), the digitisation channels delivering the signals S I (n) and S Q (n). - means for storing, for each of the signals S I (n) and S Q (n), N successive digital sequences S kI (n) and S kQ (n); - means for producing an intermediate frequency return signal S'(t) based on the N stored successive sequences S kI (n) and S kQ (n); - means for determining the difference ε(t) between said signal S(t) to be converted and the return signal S'(t); - means for performing a phase-amplitude detection of the signal ε(t) and for forming two phase quadrature baseband signals ε I (t) and ε Q (t); - two digitisation channels each comprising means for adding the sum of the signals ε I (n) and ε Q (n) which are produced by digitisation means based on the signals ε I (t) and ε Q (t), and the signals Sn(n) and S IQ (n), the digitisation channels delivering the signals S I (n) and S Q (n).
Laundry care appliance for the care of objects, wherein the laundry care appliance comprises a housing and a receptacle received rotatably in the housing, wherein the housing comprises a loading side and side walls and wherein the loading side comprises an opening which is embodied to load the receptacle and the laundry care appliance comprises a door unit, wherein the door unit is arranged pivotably on the loading side of the housing of the laundry care appliance and the opening of the loading side is embodied such that it can be closed off, wherein the door unit comprises a first door assembly and a second door assembly, wherein the second door assembly in a closed state of the door unit projects at least partially into the receptacle, and wherein the first door assembly is arranged on the second door assembly and, in a closed state of the door unit, is visible from the outside, wherein the first door assembly essentially comprises a ring element, a front element and a first frame element, wherein the ring element, the front element and the first frame element of the first door assembly of the door unit are connected to one another with a material bond, characterised in that the first door assembly can be arranged on the second door assembly by way of a relative movement, wherein the first door assembly comprises a first frame element and at least one hook element is embodied on the first frame element and the second door assembly comprises a second frame element, wherein at least one connecting element is embodied on the second frame element, wherein the at least one connecting element has an active connection with the at least one hook element of the first frame element, wherein the ring element, the front element and the first frame element of the first door assembly of the door unit are welded to one another. wherein the door unit comprises a first door assembly and a second door assembly, wherein the second door assembly in a closed state of the door unit projects at least partially into the receptacle, and wherein the first door assembly is arranged on the second door assembly and, in a closed state of the door unit, is visible from the outside, wherein the first door assembly essentially comprises a ring element, a front element and a first frame element, wherein the ring element, the front element and the first frame element of the first door assembly of the door unit are connected to one another with a material bond, characterised in that the first door assembly can be arranged on the second door assembly by way of a relative movement, wherein the first door assembly comprises a first frame element and at least one hook element is embodied on the first frame element and the second door assembly comprises a second frame element, wherein at least one connecting element is embodied on the second frame element, wherein the at least one connecting element has an active connection with the at least one hook element of the first frame element, wherein the ring element, the front element and the first frame element of the first door assembly of the door unit are welded to one another.
A camera module, comprising a lens and a circuit board, wherein the camera module further comprises a connector, the connector being located between the lens and the circuit board provided with pads, the connector comprises a body portion and connection pins connected to the body portion, the body portion being detachably connected to the lens, characterized in that the connection pins are welded to the pads on circuit board, wherein the circuit board comprises a thin plate, and a steel sheet reinforced plate located on a lower side of the thin plate and fitted and fixed to the thin plate, a thermal coefficient of the steel sheet reinforced plate is greater than a thermal coefficient of the connection pins. the connection pins are welded to the pads on circuit board, wherein the circuit board comprises a thin plate, and a steel sheet reinforced plate located on a lower side of the thin plate and fitted and fixed to the thin plate, a thermal coefficient of the steel sheet reinforced plate is greater than a thermal coefficient of the connection pins.
An ultrasound image display method comprising: displaying an ultrasound image of an object; selecting at least one region of interest in the ultrasound image based on a user input; converting image pixel information corresponding to the at least one ROI into height values; three-dimensionally displaying a partial ultrasound image corresponding to the at least one ROI based on the height values using a depth axis, a height axis and a scan line axis; and two-dimensionally displaying the ultrasound image other than the partial ultrasound image corresponding to the at least one ROI; wherein the three-dimensional displaying of the partial ultrasound image corresponding to the at least one ROI comprises displaying the three-dimensional partial ultrasound image overlappingly on the ultrasound image which is two-dimensionally displayed. displaying an ultrasound image of an object; selecting at least one region of interest in the ultrasound image based on a user input; converting image pixel information corresponding to the at least one ROI into height values; three-dimensionally displaying a partial ultrasound image corresponding to the at least one ROI based on the height values using a depth axis, a height axis and a scan line axis; and two-dimensionally displaying the ultrasound image other than the partial ultrasound image corresponding to the at least one ROI; wherein the three-dimensional displaying of the partial ultrasound image corresponding to the at least one ROI comprises displaying the three-dimensional partial ultrasound image overlappingly on the ultrasound image which is two-dimensionally displayed.
A diet package comprising a first set of rations for administering a diet for a 5 days period every 2-12 weeks, wherein said first set of ration comprises a first diet composition to be administrated on day 1, said first diet composition contains less than 30 grams of sugar, less than 28 grams of protein, 20-30 grams of monounsaturated fats, 6-10 grams of polyunsaturated fats and 2-12 grams of saturated fats, and a second diet composition to be administrated on day 2-5, said second diet composition contains less than 20 grams of sugar, less than 18 grams of protein, 10-15 grams of monounsaturated fats, 3-5 grams of polyunsaturated fats and 1-6 grams of saturated fats and micronutrients at greater than 25% of the daily value, for its use in the treatment of inflammatory bowel disease and particularly for its use in the treatment of Crohn's disease and ulcerative colitis; wherein for day 1, the diet package provides 10-16 kcal per kilogram body weight and for days 2-5, the diet package provides 7-11 kcal per kilogram body weight.