mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade for a wind turbine, having an inner blade portion, which extends in the longitudinal direction of the rotor blade starting from a rotor blade root, a trailing edge segment (112, 112') arranged on the inner blade portion and intended for increasing the profile depth of the rotor blade along a portion in the rotor blade longitudinal direction, wherein the rotor blade has a pressure-side surface and a suction-side surface which are each formed in certain areas from parts of the inner blade portion and of the trailing edge segment (112, 112'), characterized, in that at least one slot-like air inlet and/or air outlet (24, 24', 26, 26') which extends substantially in the rotor blade longitudinal direction is formed on the pressure-side and/or suction-side surface (4, 6) of the rotor blade directly in the transition area from the inner blade portion to the trailing edge segment (112, 112'). an inner blade portion, which extends in the longitudinal direction of the rotor blade starting from a rotor blade root, a trailing edge segment (112, 112') arranged on the inner blade portion and intended for increasing the profile depth of the rotor blade along a portion in the rotor blade longitudinal direction, wherein the rotor blade has a pressure-side surface and a suction-side surface which are each formed in certain areas from parts of the inner blade portion and of the trailing edge segment (112, 112'), characterized, in that at least one slot-like air inlet and/or air outlet (24, 24', 26, 26') which extends substantially in the rotor blade longitudinal direction is formed on the pressure-side and/or suction-side surface (4, 6) of the rotor blade directly in the transition area from the inner blade portion to the trailing edge segment (112, 112').
Signalling device for emitting an acoustic and / or visual signal, having a one-piece base housing body and an upper housing part, wherein the upper housing part can be connected to the one-piece base housing body and wherein by the one-piece base housing body and the upper housing part a receiving space is formed in which at least one electrical component assembly for generating signals is accommodated, and wherein at least a first electrical line can be inserted into the signalling device, wherein a line connection means is provided and is arranged in the one-piece base housing body to which the first electrical line can be contacted, wherein the electrical assembly for generating signals is arranged on the upper housing part, wherein at least one contacting means is provided between the line connection means and the electrical component assembly for generating signals, wherein the contacting means comprises a first plug-in contact partner and a second plug-in contact partner which can be connected to one another by arranging the upper housing part on the base housing body, wherein the first plug-in contact partner is arranged on the base housing body and wherein the second plug-in contact partner is arranged on the upper housing part, characterized in that the base housing body is designed for mounting on an accommodating body, wherein at least one moulding and at least one recess are formed on the base housing body, so that in case of an adjacent mounting of at least two signalling devices on the accommodating body, the moulding of a first signalling device can be inserted in a form-fitting manner into the recess on an adjacent second signalling device.
A method for inducing differentiation of induced pluripotent stem cells into differentiated cells, which comprises culturing induced pluripotent stem cells on a structure comprising nerve cells, wherein the cells in the structure and the differentiated cells are the same type of cell, and wherein the structure comprising nerve cells is a culture substrate coated with a section of biological tissue and/or organ.
A method for performing a two-stage precoding comprising: determining, for each k-th user, a corresponding M x M covariance matrix R k, wherein M is a number of antennas at a base station, and computing U k, being an M x M unitary matrix by using the following Eigen-decomposition: R k = U k Λ k U k H, wherein Λ k is an M x M diagonal matrix; for each user group g of a plurality of user groups, randomly picking U k as a group center V g of the user group g; characterized in that the method further comprises determining respective weighted likelihoods L(R k, V g) corresponding to a plurality of users in a multiple-input multiple-output communication system according to the following equation: L R k, V g = ‖ U k Λ k 1 / 2 H V g ‖ F 2; and forming a plurality of user groups from the plurality of users using an iterative K-means clustering technique applied to the plurality of users, the iterative K-means clustering technique being responsive to the respective weighted likelihoods; wherein the group centers V g of the plurality of user groups are updated by using the following equation: V g = eig 1 s g ∑ k ∈ s g R k, wherein 'eig' denotes a unitary matrix after Eigen-decomposition, S g denotes member set of user group g, and |S g | denotes number of group members in user group g. determining, for each k-th user, a corresponding M x M covariance matrix R k, wherein M is a number of antennas at a base station, and computing U k, being an M x M unitary matrix by using the following Eigen-decomposition: R k = U k Λ k U k H, wherein Λ k is an M x M diagonal matrix; for each user group g of a plurality of user groups, randomly picking U k as a group center V g of the user group g; characterized in that the method further comprises determining respective weighted likelihoods L(R k, V g) corresponding to a plurality of users in a multiple-input multiple-output communication system according to the following equation: L R k, V g = ‖ U k Λ k 1 / 2 H V g ‖ F 2; and forming a plurality of user groups from the plurality of users using an iterative K-means clustering technique applied to the plurality of users, the iterative K-means clustering technique being responsive to the respective weighted likelihoods; wherein the group centers V g of the plurality of user groups are updated by using the following equation: V g = eig 1 s g ∑ k ∈ s g R k, wherein 'eig' denotes a unitary matrix after Eigen-decomposition, S g denotes member set of user group g, and |S g | denotes number of group members in user group g.
A system, comprising: a physiological sensor circuit including a sense amplifier to sense a physiological signal from a subject; a first arrhythmia detector circuit configured to detect an arrhythmic event from the sensed physiological signal; a confidence indicator generator circuit configured to generate a confidence indicator indicating a confidence level of the detection of the arrhythmic event; and a controller circuit coupled to the arrhythmia detector circuit, the controller circuit configured to: provide the detected arrhythmic event to a first process in response to the confidence indicator indicating a first confidence level; and provide the detected arrhythmic event to at least a second process different from the first process to confirm the detected arrhythmic event in response to the confidence indicator indicating a second confidence level lower than the first confidence level. a physiological sensor circuit including a sense amplifier to sense a physiological signal from a subject; a first arrhythmia detector circuit configured to detect an arrhythmic event from the sensed physiological signal; a confidence indicator generator circuit configured to generate a confidence indicator indicating a confidence level of the detection of the arrhythmic event; and a controller circuit coupled to the arrhythmia detector circuit, the controller circuit configured to: provide the detected arrhythmic event to a first process in response to the confidence indicator indicating a first confidence level; and provide the detected arrhythmic event to at least a second process different from the first process to confirm the detected arrhythmic event in response to the confidence indicator indicating a second confidence level lower than the first confidence level. provide the detected arrhythmic event to a first process in response to the confidence indicator indicating a first confidence level; and provide the detected arrhythmic event to at least a second process different from the first process to confirm the detected arrhythmic event in response to the confidence indicator indicating a second confidence level lower than the first confidence level.
A control unit for controlling machine functions of a mining machine, in particular of an underground mining machine, tunneling machine or bolting rig, comprising: - a plurality of fluid control valves (59, 61, 63) that are formed inside at least one valve monoblock (37, 39, 41), said monoblock comprising a plurality of fluid passages, characterized by - a flameproof housing having at least one fluid inlet and at least one fluid, wherein the fluid control valves (59, 61, 63) respectively communicating with the said at least one inlet and outlet, wherein the at least one monoblock (37, 39, 41) is mounted inside the flameproof housing and being fully encompassed in said housing, and wherein the control unit comprises at least one manifold (17, 21, 23), in fluid communication with the at least one fluid inlet and the at least one fluid outlet of the flameproof housing, said manifold (17, 21, 23) being releasably mounted externally on the control unit, preferably on the flameproof housing. - a plurality of fluid control valves (59, 61, 63) that are formed inside at least one valve monoblock (37, 39, 41), said monoblock comprising a plurality of fluid passages, characterized by - a flameproof housing having at least one fluid inlet and at least one fluid,
Method for producing blow-moulded containers at least regions of which are sterile, in which a preform made of a thermoplastic material is first heated and then drawn by a draw rod and a pressurised fluid is applied to it, and in which a sterilisation agent is supplied into the region of the preform, characterised in that at least regions of the draw rod are being sterilised, at least for part of the time, in the region of a blow device, whereby a blow-moulding operation of the blow device is being interrupted in order to carry out the draw rod sterilisation, characterised in that the draw rod, at least regions thereof, is being guided through a cleaning chamber.
Method for carrying out an at least two-part driving manoeuvre during at least semi-automatic forward driving with a vehicle on to a delimited area which is located to the side of the carriageway, wherein a path for driving in forwards comprises at least one reversing movement (15, 15.1, 15.2) followed by at least one forward movement (16, 17), having the following steps: a) cyclically making available surroundings data with a surroundings sensor system and evaluating the surroundings data with respect to the delimited area and objects which are located opposite the delimited area; b) determining a path as a function of the delimited area and objects which are located opposite the delimited area, starting with a reversing movement (15, 15.1, 15.2); and c) at least semi-automatic movement of the vehicle along the path determined in step (b), characterized in that during the reversing movement (15, 15.1, 15.2) at least one forward movement (16, 17) of the path is adapted during the driving manoeuvre, as a function of the delimited area and objects which are located opposite the delimited area, wherein it is checked whether the forward movement (16, 17) would steer the vehicle away from the delimited area, and if this is the case the reversing movement (15, 15.1, 15.2) is adapted. a) cyclically making available surroundings data with a surroundings sensor system and evaluating the surroundings data with respect to the delimited area and objects which are located opposite the delimited area; b) determining a path as a function of the delimited area and objects which are located opposite the delimited area, starting with a reversing movement (15, 15.1, 15.2); and c) at least semi-automatic movement of the vehicle along the path determined in step (b), characterized in that during the reversing movement (15, 15.1, 15.2) at least one forward movement (16, 17) of the path is adapted during the driving manoeuvre, as a function of the delimited area and objects which are located opposite the delimited area, wherein it is checked whether the forward movement (16, 17) would steer the vehicle away from the delimited area, and if this is the case the reversing movement (15, 15.1, 15.2) is adapted.
An electric power tool that outputs a drive force, the electric power tool comprising: a motor; a gearshift portion arranged to reduce a rotation speed related with torque of the motor in accordance with a speed reduction ratio; a switching drive force generator arranged to generate a switching drive force for switching the speed reduction ratio of the gearshift portion; and a switching drive force output unit arranged to output drive force for switching the speed reduction ratio of the gearshift portion based on the drive force generated by the drive force generating portion, a detector arranged to output a detection voltage corresponding to a drive condition of the switching drive force generator; and a control unit including a determination threshold, the electric power tool being characterised in that the control unit is arranged to control rotation produced by the motor based on a comparison of the detection voltage output from the detector and the determination threshold, and the control unit is arranged to correct at least one of the determination threshold and the detection voltage based on the detection voltage output by the detector. a motor; a gearshift portion arranged to reduce a rotation speed related with torque of the motor in accordance with a speed reduction ratio; a switching drive force generator arranged to generate a switching drive force for switching the speed reduction ratio of the gearshift portion; and a switching drive force output unit arranged to output drive force for switching the speed reduction ratio of the gearshift portion based on the drive force generated by the drive force generating portion, a detector arranged to output a detection voltage corresponding to a drive condition of the switching drive force generator; and a control unit including a determination threshold, the electric power tool being characterised in that the control unit is arranged to control rotation produced by the motor based on a comparison of the detection voltage output from the detector and the determination threshold, and the control unit is arranged to correct at least one of the determination threshold and the detection voltage based on the detection voltage output by the detector.
Implant to be used for the occlusion of aneurysms in blood vessels in the region of vascular branches, in particular bifurcation aneurysms, with the implant being in an expanded state in which it is implanted in the blood vessel and in a contracted state in which it is movable through the blood vessel, with the implant having a proximal fixing section by means of which the implant can be secured to the wall of a blood vessel, a distal section where the implant in expanded state is radially widened relative to the fixing section and which is intended for placement in or in front of the aneurysm, and having a transition section located between the fixing section and the distal section, wherein the fixing section being detachably connected to an insertion aid via a 1st detachment point, wherein the fixing section of the implant is composed of interconnected or intersecting struts or wires, characterized in that in the transition section one or several struts or wires originating from the fixing section or the distal section converge centrally, the transition section is provided with a single 2nd detachment point that enables the distal section to be separated, and the detachment mechanisms for the 1st detachment point and the 2nd detachment point differ from one another.
A liposome comprising bilayer and inner water phase, wherein the inner water phase comprises a salt of sulfobutyl ether cyclodextrin and a weak alkalescent active compound, wherein the sulfobutyl ether cyclodextrin salt employing its multi-anion character forms a precipitate with the weak alkalescent active compound.
A method for transmitting a common control channel in an orthogonal frequency division multiplexing OFDM mobile communication system, the method comprising: generating primary broadcasting channel, P-BCH, information to transmit in a corresponding transmission time interval, TTI; generating P-BCH code symbols by performing channel coding and rate matching on the P-BCH information; mapping the P-BCH code symbols to modulation symbols; generating P-BCH bursts by applying a predetermined cyclic shift offset to said modulation symbols; mapping the generated P-BCH bursts to inverse fast fourier transform, IFFT, inputs corresponding to resource elements carrying said modulation symbols at a burst transmission OFDM symbol timing and transmitting the mapped P-BCH bursts to a receiver, wherein the mapped P-BCH bursts include said resource elements for carrying said modulation symbols and reference signal symbols, and wherein the predetermined cyclic shift offset is applied between consecutive P-BCH bursts and determined according to positions of the P-BCH bursts in the TTI. generating primary broadcasting channel, P-BCH, information to transmit in a corresponding transmission time interval, TTI; generating P-BCH code symbols by performing channel coding and rate matching on the P-BCH information; mapping the P-BCH code symbols to modulation symbols; generating P-BCH bursts by applying a predetermined cyclic shift offset to said modulation symbols; mapping the generated P-BCH bursts to inverse fast fourier transform, IFFT, inputs corresponding to resource elements carrying said modulation symbols at a burst transmission OFDM symbol timing and transmitting the mapped P-BCH bursts to a receiver, wherein the mapped P-BCH bursts include said resource elements for carrying said modulation symbols and reference signal symbols, and wherein the predetermined cyclic shift offset is applied between consecutive P-BCH bursts and determined according to positions of the P-BCH bursts in the TTI.
An automated specimen processing system, comprising: a slide ejector assembly including a slide staging device having a standby platform configured to receive a slide and a slide alignment device configured to engage the slide at a plurality of contact points for moving the slide from a misaligned position to an aligned position on the standby platform; at least one specimen processing station; and a transfer head configured to transport slides from the standby platform to the specimen processing station, characterized in that the transfer head has a head alignment feature (413; 490, 492) receivable by a corresponding alignment feature of the slide staging device and optionally by a corresponding alignment feature of the specimen processing station, and in that the head alignment feature (413; 490, 492) includes a first alignment pin and a second alignment pin, the corresponding alignment feature of the slide staging device includes a first opening and a second opening, and the first opening and the second opening are positioned to receive the first alignment pin and the second alignment pin, respectively. a slide ejector assembly including a slide staging device having a standby platform configured to receive a slide and a slide alignment device configured to engage the slide at a plurality of contact points for moving the slide from a misaligned position to an aligned position on the standby platform; at least one specimen processing station; and a transfer head configured to transport slides from the standby platform to the specimen processing station, characterized in that the transfer head has a head alignment feature (413; 490, 492) receivable by a corresponding alignment feature of the slide staging device and optionally by a corresponding alignment feature of the specimen processing station, and in that the head alignment feature (413; 490, 492) includes a first alignment pin and a second alignment pin, the corresponding alignment feature of the slide staging device includes a first opening and a second opening, and the first opening and the second opening are positioned to receive the first alignment pin and the second alignment pin, respectively.
A fan including a rotating unit including a base, and a fan body that is rotatably mounted to said base; and a housing unit including an outer ring that surrounds and is connected to said base, a plurality of connecting members that are mounted to an outer peripheral surface of said outer ring and that are spaced apart from each other, and a base member that surrounds said rotating unit and said outer ring and that is connected to said connecting members; said base member has a plurality of receiving holes, and each of said connecting members is made of a shock-absorbing material, and is fixed in a respective one of said receiving holes; said base member of said housing unit includes a main body, a plurality of extending walls that extend from said main body, and a plurality of attaching members that are respectively mounted to distal ends of said extending walls, said receiving holes being respectively formed in said distal ends of said extending walls characterized in that: each of said attaching members has an attaching main body that is formed with an insertion passage defined by two inner wall surfaces of said attaching main body, which face each other, and two block walls respectively extending from said two inner wall surfaces toward a corresponding one of said receiving holes, said insertion passage being spatially communicated with the corresponding one of said receiving holes and having an outwardly diverging opening defined by said two inner wall surfaces; and each of said connecting members is elastic and abuts against said two block walls of a respective one of said attaching members so as to be prevented from removal from a corresponding one of said receiving holes, while being allowed to enter the corresponding one of said receiving holes through said outwardly diverging opening of said insertion passage of a corresponding one of said attaching members by deformation during passing through said insertion passage. each of said attaching members has an attaching main body that is formed with an insertion passage defined by two inner wall surfaces of said attaching main body, which face each other, and two block walls respectively extending from said two inner wall surfaces toward a corresponding one of said receiving holes, said insertion passage being spatially communicated with the corresponding one of said receiving holes and having an outwardly diverging opening defined by said two inner wall surfaces; and each of said connecting members is elastic and abuts against said two block walls of a respective one of said attaching members so as to be prevented from removal from a corresponding one of said receiving holes, while being allowed to enter the corresponding one of said receiving holes through said outwardly diverging opening of said insertion passage of a corresponding one of said attaching members by deformation during passing through said insertion passage.