mhurhangee/patent-ind-claim-en huggingface dataset:
The use of an amorphous thermoplastic polyester for the production of thermoformable sheets, said amorphous thermoplastic polyester comprising: • at least one 1,4: 3,6-dianhydrohexitol unit (A); • at least one alicyclic diol unit (B) other than the 1,4: 3,6-dianhydrohexitol units (A); • at least one terephthalic acid unit (C); the (A)/[(A)+(B)] molar ratio being at least 0.32 and at most 0.90; said polyester not containing any aliphatic non-cyclic diol units or comprising a molar amount of aliphatic non-cyclic diol units, relative to all the monomer units of the polyester, of less than 5%, and the reduced viscosity in solution (25°C; phenol (50%m): ortho-dichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 50 ml/g, said polyester having a glass transition temperature ranging from 115 to 200°C measured as indicated in the description. • at least one 1,4: 3,6-dianhydrohexitol unit (A); • at least one alicyclic diol unit (B) other than the 1,4: 3,6-dianhydrohexitol units (A); • at least one terephthalic acid unit (C); the (A)/[(A)+(B)] molar ratio being at least 0.32 and at most 0.90; said polyester not containing any aliphatic non-cyclic diol units or comprising a molar amount of aliphatic non-cyclic diol units, relative to all the monomer units of the polyester, of less than 5%, and the reduced viscosity in solution (25°C; phenol (50%m): ortho-dichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 50 ml/g, said polyester having a glass transition temperature ranging from 115 to 200°C measured as indicated in the description.
A light panel comprising a light panel front made of a translucent, self-supporting structure having a forward panel distanced from a rear panel by means of cross-linking walls and arranged in the light panel to transmit light from one or more light sources arranged behind the light panel front, wherein the light panel further comprises a light scattering medium that is arranged between the light source and the forward panel of the light panel front, and characterized in that the light panel front is supported by a frame formed in one piece, a forward edge of which connects to the light panel front , wherein the frame is cut from a piece of cellular plastic to the shape of the outline of the light panel front.
A method of detecting conversion quality, comprising the steps of: providing an article having a green material and a semiconductor material , wherein the green material is a ceramic polymer precursor material ; processing the ceramic polymer precursor material and the semiconductor material to produce a ceramic matrix composite; and detecting a ceramic matrix composite conversion quality with the semiconductor material , wherein the detecting step includes applying a voltage to the semiconductor material to obtain a response from the semiconductor material indicative of a ceramic matrix composite conversion quality during processing. providing an article having a green material and a semiconductor material , wherein the green material is a ceramic polymer precursor material ; processing the ceramic polymer precursor material and the semiconductor material to produce a ceramic matrix composite; and detecting a ceramic matrix composite conversion quality with the semiconductor material , wherein the detecting step includes applying a voltage to the semiconductor material to obtain a response from the semiconductor material indicative of a ceramic matrix composite conversion quality during processing.
An apparatus comprising: a coupling circuit disposed in a current path and between a first terminal (Y) and a second terminal (Z), the coupling circuit comprising: a first circuit (Z1) comprising: a first inductor (L1); a first capacitor (C1); and a first resistor (R1); wherein the first inductor is connected in parallel to the first capacitor, and wherein the first capacitor is connected in parallel to the first resistor; and a second inductor (L2) connected in series with the first circuit; a sensor configured to sense a level of current in the current path and to sense a communication parameter of the coupling circuit, wherein an impedance of the first circuit is responsive to the communication parameter sensed by sensor; and a transceiver , connected to the first terminal and the second terminal, and configured to transmit a signal onto the current path, or to receive a signal from the current path, responsive to the communication parameter of the coupling circuit and the level of current in the current path. a coupling circuit disposed in a current path and between a first terminal (Y) and a second terminal (Z), the coupling circuit comprising: a first circuit (Z1) comprising: a first inductor (L1); a first capacitor (C1); and a first resistor (R1); wherein the first inductor is connected in parallel to the first capacitor, and wherein the first capacitor is connected in parallel to the first resistor; and a second inductor (L2) connected in series with the first circuit; a sensor configured to sense a level of current in the current path and to sense a communication parameter of the coupling circuit, wherein an impedance of the first circuit is responsive to the communication parameter sensed by sensor; and a first circuit (Z1) comprising: a first inductor (L1); a first capacitor (C1); and a first resistor (R1); a first inductor (L1); a first capacitor (C1); and a first resistor (R1); wherein the first inductor is connected in parallel to the first capacitor, and wherein the first capacitor is connected in parallel to the first resistor; and a second inductor (L2) connected in series with the first circuit; a sensor configured to sense a level of current in the current path and to sense a communication parameter of the coupling circuit, wherein an impedance of the first circuit is responsive to the communication parameter sensed by sensor; and a transceiver , connected to the first terminal and the second terminal, and configured to transmit a signal onto the current path, or to receive a signal from the current path, responsive to the communication parameter of the coupling circuit and the level of current in the current path.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors , causes performance of operations comprising: presenting, to a first user, a runbook execution interface for the execution of a runbook session, wherein the runbook session comprises a set of runbook operations including a first operation and a second operation; executing , by the first user, the first operation of the runbook session to generate a first set of results; analyzing metadata stored in association with the second operation of the runbook session to identify a second user to perform the second operation of the runbook session; providing to the second user information necessary to perform the second operation of the runbook session; executing , by the second user, the second operation of the runbook session to generate a second set of results; and determining, by the runbook execution interface, that the runbook session is completed based at least upon the first set of results and the second set of results. presenting, to a first user, a runbook execution interface for the execution of a runbook session, wherein the runbook session comprises a set of runbook operations including a first operation and a second operation; executing , by the first user, the first operation of the runbook session to generate a first set of results; analyzing metadata stored in association with the second operation of the runbook session to identify a second user to perform the second operation of the runbook session; providing to the second user information necessary to perform the second operation of the runbook session; executing , by the second user, the second operation of the runbook session to generate a second set of results; and determining, by the runbook execution interface, that the runbook session is completed based at least upon the first set of results and the second set of results.
An apparatus for wireless communications using carrier aggregation comprising multiple carrier components, the apparatus comprising: a processor configured to generate multiple instances of a codeword from a payload; a modulator configured to modulate the multiple instances of the codeword onto the multiple carrier components for transmission; wherein the processor is further configured to interleave at least one of the multiple instances of the codeword across the multiple carrier components, the modulator being further configured to modulate the at least one of the multiple instances of the codeword onto the multiple carrier components in accordance with the interleaving by the processor, and each of the multiple instances of the codeword comprises different redundancy information associated with the payload. a processor configured to generate multiple instances of a codeword from a payload; a modulator configured to modulate the multiple instances of the codeword onto the multiple carrier components for transmission; wherein the processor is further configured to interleave at least one of the multiple instances of the codeword across the multiple carrier components, the modulator being further configured to modulate the at least one of the multiple instances of the codeword onto the multiple carrier components in accordance with the interleaving by the processor, and each of the multiple instances of the codeword comprises different redundancy information associated with the payload.
Transport apparatus , configured and adapted for transporting eviscerated poultry bodies or parts thereof in a direction of transport T along a transport path, along which different processing stations can be arranged, comprising a transport unit driven in a continuously revolving manner and at least one transport saddle fastened thereto for holding and positioning the poultry bodies or parts thereof during transport, wherein a holding apparatus is provided for fastening the transport saddle to the transport unit , which holding apparatus consists of a receptacle body associated with the transport unit and a fastening body associated with the transport saddle , which fastening body is releasably connected to the receptacle body and is mounted in the receptacle body so as to be rotatable about an axis of rotation D, wherein the holding apparatus comprises a latching device by means of which the fastening body and thus the transport saddle can be locked in at least two different latching positions, wherein the latching device comprises a latching lever and at least two latching bolts , wherein the latching lever is arranged on a main body of the receptacle body so as to be pivotable about a pivot axis S, which is oriented parallel to the axis of rotation D, and is movable from a locking position, in which the latching lever is in engagement with a latching bolt associated with the fastening body , into a release position, in which the latching lever is out of engagement with a latching bolt of the fastening body , and back, wherein the transport apparatus comprises a first actuating member for actuating the latching lever at least from the locking position into the release position and a second actuating member for rotating the fastening body in the release position of the latching lever , characterised in that the latching device comprises at least two magnetic elements , wherein a first magnetic element is associated with the receptacle body and a second magnetic element is associated with the latching lever , such that unlike poles of the first magnetic element and of the second magnetic element are located opposite one another so as to attract one another and pull the latching lever into the locking position.
A method of decoding an orthogonal frequency-division multiplexing "OFDM" signal at an OFDM receiver, the method comprising: estimating a channel impulse response from a received pilot-dense symbol of the OFDM signal for each of a plurality of potential FFT window positions , wherein the pilot-dense symbol comprises a higher number of pilot cells than a data symbol of the OFDM signal and allows the channel impulse response to be estimated solely from the pilot cells of the pilot-dense symbol; estimating a noise floor of each of the channel impulse responses ; selecting the potential FFT window position corresponding to the channel impulse response with the lowest noise floor as an optimum FFT window position ; and decoding symbols of the OFDM signal using the optimum FFT window position. estimating a channel impulse response from a received pilot-dense symbol of the OFDM signal for each of a plurality of potential FFT window positions , wherein the pilot-dense symbol comprises a higher number of pilot cells than a data symbol of the OFDM signal and allows the channel impulse response to be estimated solely from the pilot cells of the pilot-dense symbol; estimating a noise floor of each of the channel impulse responses ; selecting the potential FFT window position corresponding to the channel impulse response with the lowest noise floor as an optimum FFT window position ; and decoding symbols of the OFDM signal using the optimum FFT window position.
A method comprising: receiving , at a packet analyzer ,a first packet that was formatted using a scrambling algorithm, which is known at the packet analyzer , with an unknown seed, which is unknown at the packet analyzer , the unknown seed being obtained from clock bit values at a transmitter at a time instance; extracting an encoded packet payload header of the first packet; decoding the encoded packet payload header to obtain a first scrambled packet payload header ; for each potential value of the unknown seed, descrambling the first scrambled packet payload header to produce a first set of descrambled packet payload headers ; for each potential value of a cyclic redundancy check initial register value , executing the cyclic redundancy check comprising polynomial division on each of the descrambled packet payload headers such that when the polynomial division results in a zero remainder, a potential unscrambled payload header for the first packet is obtained; and obtaining information about the first packet from the potential unscrambled payload header . receiving , at a packet analyzer ,a first packet that was formatted using a scrambling algorithm, which is known at the packet analyzer , with an unknown seed, which is unknown at the packet analyzer , the unknown seed being obtained from clock bit values at a transmitter at a time instance; extracting an encoded packet payload header of the first packet; decoding the encoded packet payload header to obtain a first scrambled packet payload header ; for each potential value of the unknown seed, descrambling the first scrambled packet payload header to produce a first set of descrambled packet payload headers ; for each potential value of a cyclic redundancy check initial register value , executing the cyclic redundancy check comprising polynomial division on each of the descrambled packet payload headers such that when the polynomial division results in a zero remainder, a potential unscrambled payload header for the first packet is obtained; and obtaining information about the first packet from the potential unscrambled payload header .
A screen sounding device , wherein the screen sounding device comprises: a screen , a hard substance , and a vibrator , wherein the hard substance is disposed between the screen and the vibrator, the vibrator is adhered to the screen by using the hard substance, the vibrator drives, by using the hard substance, the screen to vibrate in a direction perpendicular to a surface of the screen, a Young's modulus of the hard substance is greater than a preset value, and an area of a projection of the hard substance on the surface of the screen is greater than an area of a projection of the vibrator on the surface of the screen and is less than an area of the surface of the screen, and wherein the screen sounding device further comprises a middle frame disposed under the screen, wherein a first hole or a first groove is disposed in the middle frame, and the first hole or the first groove accommodates the vibrator, and characterized in that a second groove is further disposed in the middle frame, and the second groove accommodates the hard substance. a screen , a hard substance , and a vibrator , wherein the hard substance is disposed between the screen and the vibrator, the vibrator is adhered to the screen by using the hard substance, the vibrator drives, by using the hard substance, the screen to vibrate in a direction perpendicular to a surface of the screen, a Young's modulus of the hard substance is greater than a preset value, and an area of a projection of the hard substance on the surface of the screen is greater than an area of a projection of the vibrator on the surface of the screen and is less than an area of the surface of the screen, and wherein the screen sounding device further comprises a middle frame disposed under the screen, wherein a first hole or a first groove is disposed in the middle frame, and the first hole or the first groove accommodates the vibrator, and characterized in that a second groove is further disposed in the middle frame, and the second groove accommodates the hard substance.
A method for wireless communication by a user equipment, UE, comprising: receiving information regarding a first set of services provided by a first core network, wherein the information indicates that the first core network provides small data over control plane transmission services and does not provide data bearer services; and taking action to reselect from the first core network to a second core network to access a second set of services not provided by the first core network, wherein the second set of services comprises data bearer services, and wherein taking the action comprises initiating a registration update, wherein a registration update request does not indicate an identifier associated with the first core network and includes an indication of desired services to select a core network that provides a service that is not provided by the first core network.
A system for controlling a robot , comprising: - an interface , which provides data DAT(t) collected by one or a plurality of sensors , wherein the data DAT(t) indicate a current state ZUS(t) of the robot , - a first processor connected to the interface , which is set up, using a first algorithm based on the data DAT(t) and a specified state space Z or a limitation of the state space Z that indicates the exclusively allowed states of the robot , to check whether the following applies: ZUS(t) ε Z , wherein in the case of: ZUS(t) ∉ Z , a first stop signal Sig1 is generated, - a unit connected to the first processor via a data connection for generating a second stop signal Sig2, which generates the second stop signal when the first stop signal Sig1 is received from the unit or when the unit determines that the data connection has been interrupted, - a second processor connected to the interface and the first processor or only to the first processor , which is set up, using a second algorithm based on the data DAT(t) and a specified state space Z ' or a limitation of the state space Z ' , to check whether the following applies: ZUS(t) ε Z ', wherein in the case of: ZUS(t) ∉ Z ', the second processor causes an interrupter to interrupt the data connection between the first processor and the unit , and - a control unit connected to the unit for controlling the robot , which then controls/regulates the robot when the second stop signal Sig2 is present in a specified secure state. - an interface , which provides data DAT(t) collected by one or a plurality of sensors , wherein the data DAT(t) indicate a current state ZUS(t) of the robot , - a first processor connected to the interface , which is set up, using a first algorithm based on the data DAT(t) and a specified state space Z or a limitation of the state space Z that indicates the exclusively allowed states of the robot , to check whether the following applies: ZUS(t) ε Z , wherein in the case of: ZUS(t) ∉ Z , a first stop signal Sig1 is generated, - a unit connected to the first processor via a data connection for generating a second stop signal Sig2, which generates the second stop signal when the first stop signal Sig1 is received from the unit or when the unit determines that the data connection has been interrupted, - a second processor connected to the interface and the first processor or only to the first processor , which is set up, using a second algorithm based on the data DAT(t) and a specified state space Z ' or a limitation of the state space Z ' , to check whether the following applies: ZUS(t) ε Z ', wherein in the case of: ZUS(t) ∉ Z ', the second processor causes an interrupter to interrupt the data connection between the first processor and the unit , and - a control unit connected to the unit for controlling the robot , which then controls/regulates the robot when the second stop signal Sig2 is present in a specified secure state.
Operational brake of an elevator, which comprises a frame part , a disc of the brake, said disc being arranged at the end of an air gap and being movable with respect to the frame part by means of a guide arm , and a brake shoe fixed to the disc , wherein the brake shoe is supported on the disc by means of a protrusion that is shorter than the brake shoe , which protrusion is arranged in a recess in the disc , characterized in that the brake shoe comprises at least one fixing lug , that the at least one fixing lug is the same piece as the holder of the brake shoe , and that the brake shoe has a larger coefficient of thermal expansion compared to the disc .
A cleaning composition comprising 0.01-1000 ppm DNase, 0.01-1000 ppm hexosaminidase, and at least one cleaning component, wherein the cleaning component comprises at least a surfactant, optionally a builder, and optionally a bleach component; wherein the DNase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 67; and wherein the hexosaminidase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 98. wherein the cleaning component comprises at least a surfactant, optionally a builder, and optionally a bleach component; wherein the DNase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 67; and wherein the hexosaminidase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 98.
MECHANISM FOR GUIDING AND/OR RELEASING AN ENDOPROSTHESIS WITH INJURED REGIONS OF A BLOOD VESSEL, APPLIED IN CATETHER-LIKE MEDICAL DEVICE comprising a mechanism for fastening the distal portion of the endoprosthesis, characterized in that it comprises a distal fastening wire configured to fasten the distal portion of the endoprosthesis , a reinforcing tube which comprises four ways , , and respectively and which comprises an end fastened to a command button , a second wire which passes through the two ways and of the reinforcing tube so as to form a turn and extend up to the button of the reinforcing tube , a tether which passes through one of the ways of the reinforcing tube and a tether button positioned in the reinforcing tube button , wherein the distal fastening wire is secured to the tether releasably and to the second wire .