mhurhangee/ep-ind-claims huggingface dataset:
A load beam for arrangement in a cargo space of a vehicle, with two holding rails arranged opposite one another, having an elongate beam element, at least one shoe arranged at the end of the beam element and designed for displacement in the holding rails, wherein the shoe and the beam element are movable relative to one another and the shoe has a pawl for locking on the respective holding rail, wherein the beam element is coupled to the shoe by means of a locking bolt which can be displaced in the shoe along a limited distance and the pawl is arranged on a pivot lever which is mounted to be pivotable about a pivot axis, characterized in that the pivot lever is in surface contact with the locking bolt and is designed to pivot when the locking bolt is displaced and thereby to position the pawl on the shoe in a locking position and in an unlocking position.
A method of outputting sound based on an audio signal, the method comprising: - receiving the audio signal, - generating a number of audio sub signals from the audio signal, each audio sub-signal representing the audio signal within a frequency interval within the frequency interval of 100-8000Hz, where the frequency interval of each one of the audio sub signals is not fully included in the frequency interval of any other one of the audio sub signals, - providing a speaker comprising a plurality of sound output loudspeaker transducers each capable of outputting sound in at least the interval of 100-8000Hz, the loudspeaker transducers being positioned within a room or venue, - generating an electrical sub signal for each loudspeaker transducer, each electrical sub signal comprising a predetermined portion of each one of the audio sub signals, and - feeding the electrical sub signals to the loudspeaker transducers, wherein the generation of the electrical sub signals comprises: - altering, over time, the predetermined portions of the audio sub signals in each electrical sub signal and - generating the electrical sub signals with the same or at least substantially the same sound energy, loudness or intensity. - receiving the audio signal, - generating a number of audio sub signals from the audio signal, each audio sub-signal representing the audio signal within a frequency interval within the frequency interval of 100-8000Hz, where the frequency interval of each one of the audio sub signals is not fully included in the frequency interval of any other one of the audio sub signals, - providing a speaker comprising a plurality of sound output loudspeaker transducers each capable of outputting sound in at least the interval of 100-8000Hz, the loudspeaker transducers being positioned within a room or venue, - generating an electrical sub signal for each loudspeaker transducer, each electrical sub signal comprising a predetermined portion of each one of the audio sub signals, and - feeding the electrical sub signals to the loudspeaker transducers, - altering, over time, the predetermined portions of the audio sub signals in each electrical sub signal and - generating the electrical sub signals with the same or at least substantially the same sound energy, loudness or intensity.
A method for making purified HCN comprising the steps of: feeding a reaction product comprising water, HCN, and organonitriles to a separation vessel; taking a liquid slipstream of the reaction product from the separation vessel and feeding the liquid slipstream into a sidestream stripper; providing sufficient heat to the sidestream stripper to effect the separation of the HCN from the organonitriles and water; purging the organonitriles from the sidestream stripper; returning the HCN to at least one of the separation vessel and purification equipment; and recovering the purified HCN. feeding a reaction product comprising water, HCN, and organonitriles to a separation vessel; taking a liquid slipstream of the reaction product from the separation vessel and feeding the liquid slipstream into a sidestream stripper; providing sufficient heat to the sidestream stripper to effect the separation of the HCN from the organonitriles and water; purging the organonitriles from the sidestream stripper; returning the HCN to at least one of the separation vessel and purification equipment; and recovering the purified HCN.
An ultrasonic sensor including a first pyroelectric layer and an absorbing layer arranged to produce heat in response to receiving ultrasonic signals, said absorbing layer being in direct contact with said first pyroelectric layer; characterised by: a second pyroelectric layer overlaying the first pyroelectric layer, said second pyroelectric layer being arranged to receive ultrasonic signals before said first pyroelectric layer; and an electrically insulating spacer layer disposed between the first and second pyroelectric layers so as to separate electrically the first and second pyroelectric layers from one another, whereby the heat produced by said absorbing layer is received by said first pyroelectric layer before said second pyroelectric layer to produce a differential response between said first and second pyroelectric layers. a first pyroelectric layer and an absorbing layer arranged to produce heat in response to receiving ultrasonic signals, said absorbing layer being in direct contact with said first pyroelectric layer; characterised by: a second pyroelectric layer overlaying the first pyroelectric layer, said second pyroelectric layer being arranged to receive ultrasonic signals before said first pyroelectric layer; and an electrically insulating spacer layer disposed between the first and second pyroelectric layers so as to separate electrically the first and second pyroelectric layers from one another, whereby the heat produced by said absorbing layer is received by said first pyroelectric layer before said second pyroelectric layer to produce a differential response between said first and second pyroelectric layers. a second pyroelectric layer overlaying the first pyroelectric layer, said second pyroelectric layer being arranged to receive ultrasonic signals before said first pyroelectric layer; and an electrically insulating spacer layer disposed between the first and second pyroelectric layers so as to separate electrically the first and second pyroelectric layers from one another, whereby the heat produced by said absorbing layer is received by said first pyroelectric layer before said second pyroelectric layer to produce a differential response between said first and second pyroelectric layers.
A method for generating a CDMA signal s(t) comprising N components, wherein the method comprises the acts of assigning to each of the N components one unique spreading sequence a n selected from a set of M spreading sequences with M≥N and modulating the symbols d n of each component on the assigned unique spreading sequence a n, and combining the N symbols d n each being spread with its own unique spreading sequence a n to a CDMA signal s(t), wherein the assigned spreading sequences a n are selected such that all selected pairs within the set of N spreading sequences are orthogonal or very close to be orthogonal so that cross-correlation components between all spreading sequences a n are close to zero or zero: R a k,a n, ( Δτ) ≅ 0 with the expression for the cross-correlation being R a k, a n Δ τ = 1 T int ∫ 0 T int a k t ⁢ a n ⁢ t - Δ τ ⁢ dt, and characterized in that the symbols d n of the components are selected such that ∏ n 1 ∈ E 1 d n 1 j 1 ⋅ ∏ n 2 ∈ E 2 d n 2 j 2 = C st and E 1 ∪E 2 =[1,2,.., k,..,N], wherein C st is defined as a constant, wherein E 1 contains N 1 distinct integer indexes, E 2 contains N 2 distinct integer indexes, being also distinct to the N 1 indexes with N 1 +N 2 =N, and wherein j 1 and j 2 correspond to two indexes for two code epochs of duration T int corresponding to the symbol period T symbol and wherein all modulated components have the same symbol duration.
Ampoule unit for an administration device, in particular an injection device or an injection syringe, wherein the ampoule unit is configured for the repeated, reproducible dispensing of small quantities of a fluid medication, wherein the fluid medication includes insulin or a hormone product, comprising an ampoule with a distal end with an opening for emitting a fluid product, and a proximal end with an opening for accommodating a displacement body unit, an adapter that is connected by adhesion, welding or other connections to the ampoule in a twist and slide-proof manner in such a way that it is ensured that the ampoule can move neither in the longitudinal direction nor in the circumferential direction relative to the adapter, and a plunger unit (2, 3) which forms the displacement body unit, wherein the adapter is provided with a thread, and on the plunger unit there is (2, 3) a counter-thread (2a, 3a) to the thread of the adapter with which it is in threaded engagement, characterised in that the plunger unit (2, 3) is connected to an actuator (7, 8) which is configured to rotate the plunger unit (2, 3) about an axis of rotation, through which the plunger unit (2,3) due to the thread engagement between the thread of the adapter and the counter-thread (2a, 3a) of the plunger unit (2, 3) screws itself into the ampoule and brings about emission of the fluid product through the opening.
A cleaning brush for a toilet bowl or a urinal, with at least one handle part and a brush head, wherein the brush head is mounted movably to the handle part, wherein the brush head has at least one frame element circumferential in a plane, from the surface of which a plurality of cleaning bristles project, wherein the frame element forms a trapezoidal or triangular shape, characterized in that the movability of the brush head at the handle part is realized by a pivoting motion lockable in predetermined pivot angles, wherein two retention arms (6, 7) symmetrically aligned with respect to a longitudinal axis of the handle part are provided at the handle part, at the mutually facing ends of which the brush head is accommodated pivotably around a pivot axis transversely aligned with respect to the longitudinal axis of the handle part, wherein the pivoting motion is lockable by a fixing element in predetermined pivot angles.
A computer-implemented method for providing secure communications, comprising: under the control of one or more computer systems configured with executable instructions, receiving, by a support system of a host system, a request for a secure connection with a computing device (108, 110, 112) to a guest operating system on the host system, the host system having the support system and configured to host a set of guest operating systems; receiving, by the support system, a set of credentials associated with the guest operating system, wherein each guest operating system among the set of guest operating systems is individually associated with a set of credentials; using, by the support system, the set of credentials and a secure protocol on behalf of the guest operating system to establish a secure connection with the computing device, the support system acting as an endpoint of the secure connection in place of the guest operating system; saving, by the support system, state information associated with the secure connection, the state information being associated with the guest operating system and the computing device; processing, by the support system, an incoming secure message on the secure connection, to prepare a cleartext message using the saved state information associated with the guest operating system and the computing device, and sending, by the support system, the cleartext message to the guest operating system. under the control of one or more computer systems configured with executable instructions, receiving, by a support system of a host system, a request for a secure connection with a computing device (108, 110, 112) to a guest operating system on the host system, the host system having the support system and configured to host a set of guest operating systems; receiving, by the support system, a set of credentials associated with the guest operating system, wherein each guest operating system among the set of guest operating systems is individually associated with a set of credentials; using, by the support system, the set of credentials and a secure protocol on behalf of the guest operating system to establish a secure connection with the computing device, the support system acting as an endpoint of the secure connection in place of the guest operating system; saving, by the support system, state information associated with the secure connection, the state information being associated with the guest operating system and the computing device; processing, by the support system, an incoming secure message on the secure connection, to prepare a cleartext message using the saved state information associated with the guest operating system and the computing device, and sending, by the support system, the cleartext message to the guest operating system.
Battery cell connector with - at least two terminal clamps, each with a receiving area and a connection area, and - at least one flat part, wherein - the receiving area of at least one of the terminal clamps is arranged to clampingly receive the flat part, and the connection area of at least one of the terminal clamps is arranged to connect to be materially bonded to one pole of a battery cell, characterized in that, - the terminal clamp is bimetallic, wherein the connection area is formed at least partially from a first metal material and the receiving area is formed at least partially from a second metal material different from the first metal material. - at least two terminal clamps, each with a receiving area and a connection area, and - at least one flat part, wherein - the receiving area of at least one of the terminal clamps is arranged to clampingly receive the flat part, and the connection area of at least one of the terminal clamps is arranged to connect to be materially bonded to one pole of a battery cell, characterized in that, - the terminal clamp is bimetallic, wherein the connection area is formed at least partially from a first metal material and the receiving area is formed at least partially from a second metal material different from the first metal material.
A plate heat exchanger plate delimited by two substantially parallel first side edges (4a, 4b) and two substantially parallel second side edges (6a, 6b) and provided with port holes (8a, 10a) adjacent a first distribution portion at a first end of said plate, port holes (8b, 10b) adjacent a second distribution portion at a second end of said plate, and between said first and second distribution portions (12a, 12b) a main heat transfer portion comprising a corrugation pattern, wherein said main heat transfer portion comprises a first area comprising a first field with first corrugations arranged substantially on one side of a straight first line intersecting with said second side edges (6a, 6b) and a second field with second corrugations arranged substantially on an opposite side of said first line, and wherein said first corrugations comprise ridges and grooves directed at an angle of between 0 - < 90 degrees with said first line measured in a clockwise or counter clockwise angular direction and said second corrugations comprise ridges and grooves directed at an angle of between >270 - <360 degrees with said first line measured in said angular direction, characterised in that said main heat transfer portion comprises a first outer area arranged between said first area and a first of said second side edges and extends along said first second side edge between said first and second distribution portions (12a, 12b), wherein in said first outer area there are arranged first protrusions and recesses directed in a first general direction in relation to a straight second line parallel to one of said first side edges (4a, 4b), wherein said first general direction comprises one or more angles between 0 - <90 degrees in relation to said second line.
A processing device for state detection of a mobile telephone in standby, comprising: an electric quantity detecting circuit, an Application Processor module, and a wireless Modem module, characterised in that the electric quantity detecting circuit comprises a battery, a voltage comparator, a first resistor, a second resistor and a third resistor, wherein an anode of the battery is connected with an Analog-to-Digital Converter of an Application Processor module, and a cathode of the battery is connected with the first, second and third resistors in series and then the mobile telephone ground; and the voltage comparator is connected with the cathode of the battery and configured to determine an upper electric quantity limit and a lower electric quantity limit according to the resistance values of the first, second and third resistors and detect whether the battery electric quantity is low according to the upper electric quantity limit and the lower electric quantity limit; the electric quantity detecting circuit is connected with an Interrupt Interface of the AP module and configured to send an interrupt signal; the AP module is connected with the Modem module through a data interface and used, after receiving the interrupt signal, configured to determine that a battery electric quantity is low according to the interrupt signal; and send a command to the Modem module when the battery electric quantity is high, and determine a work state of the Modem module according to a response of the Modem module to the command; and determine a wakeup subsequent flow according to the battery electric quantity of the mobile telephone and the work state of the Modem module; and the Modem module is configured to respond to the command from the AP module when the Modem module is in a working state; wherein the electric quantity is a voltage; and wherein the AP module is further configured to determine the wakeup subsequent flow according to the battery electric quantity of the mobile telephone and the work state of the Modem module; when the battery electric quantity of the mobile telephone is determined to be low, the AP module is configured to determine that the wakeup subsequent flow is regularly detecting the state of the mobile telephone, and when the battery electric quantity of the mobile telephone is determined to be high and the Modem module is determined to be in a working state, the AP module is configured to determine that the wakeup subsequent flow is regularly exchanging with a base station and detect the state of the mobile telephone, and when the battery electric quantity of the mobile telephone is determined to be high and the Modem module is determined to be not in the working state, the AP module is configured to determine that the wakeup subsequent flow is regularly detecting the state of the mobile telephone.
A talar component of an ankle joint prosthesis for engagement with a talus bone, comprising a medial side wall and a lateral side wall, opposite the medial side wall, characterized in that each side wall terminates at a distal bone-cutting edge, wherein the distal bone-cutting edges have a sharpness capable of driving into the talus bone.
A catheter assembly comprising: a catheter; a needle having a distal tip and disposed in the catheter; a catheter hub carrying the catheter and the needle; a needle shield connected to the catheter hub when the needle is in a first position; and a clip disposed in the needle shield that cooperates with the needle, the clip including: a first leg disposed on a first plane; a second leg disposed on a second plane and angularly connected to the first leg, the second leg having a foot and a latch; and a first flag extending from the second leg toward the first leg; wherein the foot is disposed between the first and second legs, the foot extends outwardly from the first flag and away from the first leg and the second leg; the latch extends upwardly from the foot and is positioned between the first plane and the second plane; the latch is configured to engage the catheter hub such that the latch engages the catheter hub in the first position of the needle; and the latch disengages the catheter hub when the needle is retracted to a second position to enclose at least a portion of the needle. a catheter; a needle having a distal tip and disposed in the catheter; a catheter hub carrying the catheter and the needle; a needle shield connected to the catheter hub when the needle is in a first position; and a clip disposed in the needle shield that cooperates with the needle, the clip including: a first leg disposed on a first plane; a second leg disposed on a second plane and angularly connected to the first leg, the second leg having a foot and a latch; and a first flag extending from the second leg toward the first leg; wherein the foot is disposed between the first and second legs, the foot extends outwardly from the first flag and away from the first leg and the second leg; the latch extends upwardly from the foot and is positioned between the first plane and the second plane; the latch is configured to engage the catheter hub such that the latch engages the catheter hub in the first position of the needle; and the latch disengages the catheter hub when the needle is retracted to a second position to enclose at least a portion of the needle. a first leg disposed on a first plane; a second leg disposed on a second plane and angularly connected to the first leg, the second leg having a foot and a latch; and a first flag extending from the second leg toward the first leg; wherein the foot is disposed between the first and second legs, the foot extends outwardly from the first flag and away from the first leg and the second leg; the latch extends upwardly from the foot and is positioned between the first plane and the second plane; the latch is configured to engage the catheter hub such that the latch engages the catheter hub in the first position of the needle; and the latch disengages the catheter hub when the needle is retracted to a second position to enclose at least a portion of the needle.