mhurhangee/patent-ind-claim-en huggingface dataset:
A headset system comprising a headset , which headset comprises at least a first earphone , a D/A converter , a first cable and a first connector , and wherein the headset system further comprises a control box , which control box comprises a second connecter , which is adapted to be connected to the first connector , and a third connector which is adapted to be connected to a fourth connector of a computing device , and which control box comprises a user interface , characterized in that the D/A converter is arranged at the headset and that the control box is adapted to send control signals via the first cable to the headset , when the user interface is activated by a user; wherein the first and second connectors are according to the USB standard and comprise a VBUS pin , a Data+ pin , a Data- pin and a Ground pin ; wherein the headset system is adapted to send control signals as power-line communication from the control box via the VBUS pin to the headset . earphone , a D/A converter , a first cable and a first connector , and wherein the headset system further comprises a control box , which control box comprises a second connecter , which is adapted to be connected to the first connector , and a third connector which is adapted to be connected to a fourth connector of a computing device , and which control box comprises a user interface , characterized in that the D/A converter is arranged at the headset and that the control box is adapted to send control signals via the first cable to the headset , when the user interface is activated by a user; wherein the first and second connectors are according to the USB standard and comprise a VBUS pin , a Data+ pin , a Data- pin and a Ground pin ; wherein the headset system is adapted to send control signals as power-line communication from the control box via the VBUS pin to the headset .
A liquefied natural gas storage tank, comprising: a) a first gas barrier, b) a heat insulating material, c) a flexible second gas barrier, d) wherein the flexible second gas barrier comprises a stiffener fabric which is d1) woven by blend weaving two or more kinds of a glass fiber , a carbon fiber, an aramid fiber , and a synthetic fiber and wherein each fiber yarn forming the weft of the stiffener fabric is of a different type than each fibre yarn forming the warp of the stiffener fabric , or d2) woven by including in the weft and/or the warp a hybrid fiber yarn which is made by 2-ply yarning two kinds of single yarn selected from the group consisting of a glass fiber , a carbon fiber, an aramid fiber , and a synthetic fiber. . a) a first gas barrier, b) a heat insulating material, c) a flexible second gas barrier, d) wherein the flexible second gas barrier comprises a stiffener fabric which is d1) woven by blend weaving two or more kinds of a glass fiber , a carbon fiber, an aramid fiber , and a synthetic fiber and wherein each fiber yarn forming the weft of the stiffener fabric is of a different type than each fibre yarn forming the warp of the stiffener fabric , or d2) woven by including in the weft and/or the warp a hybrid fiber yarn which is made by 2-ply yarning two kinds of single yarn selected from the group consisting of a glass fiber , a carbon fiber, an aramid fiber , and a synthetic fiber. . d1) woven by blend weaving two or more kinds of a glass fiber , a carbon fiber, an aramid fiber , and a synthetic fiber and wherein each fiber yarn forming the weft of the stiffener fabric is of a different type than each fibre yarn forming the warp of the stiffener fabric , or d2) woven by including in the weft and/or the warp a hybrid fiber yarn which is made by 2-ply yarning two kinds of single yarn selected from the group consisting of a glass fiber , a carbon fiber, an aramid fiber , and a synthetic fiber. .
A transmission apparatus comprising: a code block segmentation unit configured to output one or more code blocks with a first size based on an input of a transport block with a Cyclic Redundancy Check, CRC, and an encoding unit configured to generate encoded bits by applying Low Density Parity Check, LDPC, coding for each of the one or more code blocks, wherein the transport block with the CRC is segmented into the one or more code blocks in a case that a second size (b k ) of the transport block with the CRC is larger than a third size (Z), the third size (Z) is given based on a generation method for a matrix for the LDPC coding, the third size (Z) is a first value in a case that a first matrix for the LDPC coding is generated based on a first generation method, and the third size (Z) is a second value which is different from the first value in a case that a second matrix for the LDPC coding is generated based on a second generation method. a code block segmentation unit configured to output one or more code blocks with a first size based on an input of a transport block with a Cyclic Redundancy Check, CRC, and an encoding unit configured to generate encoded bits by applying Low Density Parity Check, LDPC, coding for each of the one or more code blocks, wherein the transport block with the CRC is segmented into the one or more code blocks in a case that a second size (b k ) of the transport block with the CRC is larger than a third size (Z), the third size (Z) is given based on a generation method for a matrix for the LDPC coding, the third size (Z) is a first value in a case that a first matrix for the LDPC coding is generated based on a first generation method, and the third size (Z) is a second value which is different from the first value in a case that a second matrix for the LDPC coding is generated based on a second generation method.
A smoking article for insertion into an apparatus for heating smokable material to volatilise at least one component of the smokable material, the smoking article comprising: a body of smokable material ; and an assembly comprising: a cooling segment for cooling the volatilised at least one component of the smokable material ; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material ; and a mouth end segment adjacent to the filter segment for being received in a mouth of a user, wherein the cooling segment is located between the body of smokable material and the filter segment ; wherein the cooling segment comprises a ventilation region to enable air to pass into the cooling segment to mix with the volatilised at least one component of the smokable material , the ventilation region comprising one or more rows of holes formed through an outer wall of the cooling segment , wherein the filter segment is located in between the cooling segment and the mouth end segment . a body of smokable material ; and an assembly comprising: a cooling segment for cooling the volatilised at least one component of the smokable material ; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material ; and a mouth end segment adjacent to the filter segment for being received in a mouth of a user, wherein the cooling segment is located between the body of smokable material and the filter segment ; wherein the cooling segment comprises a ventilation region to enable air to pass into the cooling segment to mix with the volatilised at least one component of the smokable material , the ventilation region comprising one or more rows of holes formed through an outer wall of the cooling segment , wherein the filter segment is located in between the cooling segment and the mouth end segment . a cooling segment for cooling the volatilised at least one component of the smokable material ; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material ; and a mouth end segment adjacent to the filter segment for being received in a mouth of a user, wherein the cooling segment is located between the body of smokable material and the filter segment ; wherein the cooling segment comprises a ventilation region to enable air to pass into the cooling segment to mix with the volatilised at least one component of the smokable material , the ventilation region comprising one or more rows of holes formed through an outer wall of the cooling segment , wherein the filter segment is located in between the cooling segment and the mouth end segment .
A diesel fuel composition comprising: a. a renewable paraffinic diesel component 20-95 vol-% of the total diesel fuel composition volume, the renewable paraffinic diesel component comprising i-paraffins and n-paraffins in a weight ratio of i-paraffins to n-paraffins of at least 2.2, and paraffins in the range of carbon number C15-C18 at least 70 wt-% of the total weight of paraffins in the renewable paraffinic diesel component; and b. oxymethylene ethers having molecular structure CH 3 O-(CH 2 O) n -CH 3 , with n=3-5 (OME3-5), 5-80 vol-% of the total diesel fuel composition volume. a. a renewable paraffinic diesel component 20-95 vol-% of the total diesel fuel composition volume, the renewable paraffinic diesel component comprising i-paraffins and n-paraffins in a weight ratio of i-paraffins to n-paraffins of at least 2.2, and paraffins in the range of carbon number C15-C18 at least 70 wt-% of the total weight of paraffins in the renewable paraffinic diesel component; and b. oxymethylene ethers having molecular structure CH 3 O-(CH 2 O) n -CH 3 , with n=3-5 (OME3-5), 5-80 vol-% of the total diesel fuel composition volume.
Elevator comprising at least one elevator car moved by at least one elevator motor, which elevator motor is driven by a frequency converter controlled by a control device of the elevator, the frequency converter comprising a rectifier bridge , an inverter bridge and a DC link connected in-between, the inverter bridge being connected to the elevator motor and the rectifier bridge being connected to AC mains (L1, L2, L3) via three phase supply lines comprising an LCL-filter and a mains switch , which elevator further comprises a safety device of the control device , which in case of a mains power failure is configured to switch off the mains switch , in which elevator whereby an earth fault protection circuit is provided, characterized in that the elevator further comprises a backup power supply and that the safety device is in case of a mains power failure configured to connect the backup power supply to the DC link and/or to at least one phase supply line , that the rectifier bridge is a bidirectional rectifier bridge being configured to convert DC supplied to the DC link from the backup power supply to an AC voltage supplied to at least two of the phase supply lines connected with at least one load circuit , whereby the earth fault protection circuit is provided for the load circuit and is connected between earth and a common terminal of the capacitors of the LCL filter for monitoring an earth fault indicating signal, and which earth fault protection circuit is configured to issue an earth fault signal and/or initiating earth fault safety measures, dependent on the earth fault indicating signal.
A motor rotor , comprising a rotor body , a conductive bearing , and a conductive pillar , wherein the rotor body includes a motor shaft , a shaft hole is a hole in the motor shaft extending in an axis direction, the conductive bearing is built in the shaft hole , an outer ring of the conductive bearing interference fits with an inner wall of the shaft hole , the conductive pillar internally passes through the conductive bearing , and an inner ring of the conductive bearing interference fits with an outer wall of the conductive pillar ; and an end of the conductive pillar is grounded, wherein the motor rotor further comprises a grounding bracket ; and the grounding bracket is located at an end of the rotor body , one end of the grounding bracket is electrically connected to the conductive pillar , and the other end of the grounding bracket is used to connect to a motor housing of a motor, wherein the motor rotor further comprises a bearing housing ; and the bearing housing is disposed in the shaft hole , the conductive bearing is located in the bearing housing , an outer wall of the bearing housing interference fits with the inner wall of the shaft hole , and the outer ring of the conductive bearing interference fits with an inner wall of the bearing housing . the rotor body includes a motor shaft , a shaft hole is a hole in the motor shaft extending in an axis direction, the conductive bearing is built in the shaft hole , an outer ring of the conductive bearing interference fits with an inner wall of the shaft hole , the conductive pillar internally passes through the conductive bearing , and an inner ring of the conductive bearing interference fits with an outer wall of the conductive pillar ; and an end of the conductive pillar is grounded, wherein the motor rotor further comprises a grounding bracket ; and the grounding bracket is located at an end of the rotor body , one end of the grounding bracket is electrically connected to the conductive pillar , and the other end of the grounding bracket is used to connect to a motor housing of a motor, wherein the motor rotor further comprises a bearing housing ; and the bearing housing is disposed in the shaft hole , the conductive bearing is located in the bearing housing , an outer wall of the bearing housing interference fits with the inner wall of the shaft hole , and the outer ring of the conductive bearing interference fits with an inner wall of the bearing housing .
Cement applicator for introducing bone cement during the implantation of prostheses in bone, comprising at least - a universal connection for connection to a mixing system - a prechamber comprising a first side , a second side and a jacket which connects the first side and the second side to one another in a fluid-tight manner, - wherein the first side can be connected to the universal connection through which fluid can flow and is suitable for receiving bone cement from a mixing system, and - wherein the second side is arranged opposite the first side and has at least one outlet hole through which the bone cement can emerge, - an outlet region , which is arranged adjacent to the prechamber , wherein the second side of the prechamber forms the first side of the outlet region , so that the outlet region is connected to the prechamber via the at least one outlet hole so that fluid can flow through it, so that bone cement can flow from the prechamber into the outlet region , wherein the outlet region is further designed such that its second side opposite the prechamber is open and can be arranged on a bone, - a torsion protection guide , wherein this is arranged between the prechamber and the outlet chamber , so that the cement applicator can rest flat on a bone characterised in that the cement applicator further comprises a guide mandrel which is arranged such that it projects with a first end into the prechamber such that it can pierce a closure of a mixing system through at least one universal connection , so that bone cement can pass from the mixing system via the universal connection into the antechamber , wherein a second end of the guide mandrel opposite the first end can be attached within a prepared medullary canal of a bone. - a universal connection for connection to a mixing system - a prechamber comprising a first side , a second side and a jacket which connects the first side and the second side to one another in a fluid-tight manner, - wherein the first side can be connected to the universal connection through which fluid can flow and is suitable for receiving bone cement from a mixing system, and - wherein the second side is arranged opposite the first side and has at least one outlet hole through which the bone cement can emerge, - an outlet region , which is arranged adjacent to the prechamber , wherein the second side of the prechamber forms the first side of the outlet region , so that the outlet region is connected to the prechamber via the at least one outlet hole so that fluid can flow through it, so that bone cement can flow from the prechamber into the outlet region , wherein the outlet region is further designed such that its second side opposite the prechamber is open and can be arranged on a bone, - a torsion protection guide , wherein this is arranged between the prechamber and the outlet chamber , so that the cement applicator can rest flat on a bone
A fluid connector system for delivery of breathing gas to a patient from a respiratory pressure therapy device, the fluid connector system comprising: a first end with a first opening for a fluid flow, a seal portion extending around a periphery of the first opening, and a latching portion , and a second end with an inner tube defining a second opening for the fluid flow, a sealing surface extending around a periphery of the second opening and configured to engage the seal portion to form a face seal, and an outer tube comprising a complementary latching portion configured to engage with the latching portion and configured to be depressed into a cavity formed between the inner tube and the outer tube , wherein the face seal forms a seal to breathing gas travelling between the first opening and the second opening , and the engagement between the latching portion and the complementary latching portion secures the first end with the second end , and wherein the second end further comprises a stabiliser located between the inner tube and the outer tube , and wherein the stabiliser is formed at least in part from an elastomer. a first end with a first opening for a fluid flow, a seal portion extending around a periphery of the first opening, and a latching portion , and a second end with an inner tube defining a second opening for the fluid flow, a sealing surface extending around a periphery of the second opening and configured to engage the seal portion to form a face seal, and an outer tube comprising a complementary latching portion configured to engage with the latching portion and configured to be depressed into a cavity formed between the inner tube and the outer tube , wherein the face seal forms a seal to breathing gas travelling between the first opening and the second opening , and the engagement between the latching portion and the complementary latching portion secures the first end with the second end , and wherein the second end further comprises a stabiliser located between the inner tube and the outer tube , and wherein the stabiliser is formed at least in part from an elastomer.
A formulation comprising: a compound having a structure: or a pharmaceutically acceptable salt thereof, and a lipophilic vehicle, in which the compound, or the pharmaceutically acceptable salt thereof, is soluble, wherein the lipophilic vehicle comprises at least one lipid excipient and at least one surfactant. a compound having a structure: or a pharmaceutically acceptable salt thereof, and a lipophilic vehicle, in which the compound, or the pharmaceutically acceptable salt thereof, is soluble, wherein the lipophilic vehicle comprises at least one lipid excipient and at least one surfactant.
A variable gain amplifier circuit, comprising: a main amplifier for amplifying an input signal to generate an output signal; a current sensing circuit , for generating a sensed current (I RL ) related to a current flowing through the main amplifier ; a loading circuit having a resistance (R L ), coupled to the current sensing circuit via a node (N FB ), wherein the sensed current (I RL ) flows through the node (N FB ) and the loading circuit (R L ), and providing a loading voltage; a control amplifier , coupled to the node (N FB ), and to the main amplifier for receiving a control voltage (V APC ) and the loading voltage (V FB ) of the node (N FB ) to generate an adjustment signal (V CAS ) to control a gain of the main amplifier ; characterized in that the loading circuit is a variable loading circuit (R L ) comprising a plurality of circuit cells (410_1-410_k), and each of the circuit cells (410_1-410_k) provides a specific current (I1-Ik) to the node (N FB ), and a combination of the specific currents (I1-Ik) provided by the circuit cells (410_1-410_k) is comprised of the sensed current (I RL ) flowing through the node (N FB ) and the variable loading circuit (R L ), wherein the resistance of the variable loading circuit (R L ) has a polynomial relationship or an exponential relationship with the control voltage (V APC ). a main amplifier for amplifying an input signal to generate an output signal; a current sensing circuit , for generating a sensed current (I RL ) related to a current flowing through the main amplifier ; a loading circuit having a resistance (R L ), coupled to the current sensing circuit via a node (N FB ), wherein the sensed current (I RL ) flows through the node (N FB ) and the loading circuit (R L ), and providing a loading voltage; a control amplifier , coupled to the node (N FB ), and to the main amplifier for receiving a control voltage (V APC ) and the loading voltage (V FB ) of the node (N FB ) to generate an adjustment signal (V CAS ) to control a gain of the main amplifier ; characterized in that the loading circuit is a variable loading circuit (R L ) comprising a plurality of circuit cells (410_1-410_k), and each of the circuit cells (410_1-410_k) provides a specific current (I1-Ik) to the node (N FB ), and a combination of the specific currents (I1-Ik) provided by the circuit cells (410_1-410_k) is comprised of the sensed current (I RL ) flowing through the node (N FB ) and the variable loading circuit (R L ), wherein the resistance of the variable loading circuit (R L ) has a polynomial relationship or an exponential relationship with the control voltage (V APC ).
A separator for an electricity storage device, wherein the separator for an electricity storage device is a laminate separator for an electricity storage device comprising an active layer containing a lithium (Li) occluding material and a resin, and first and second insulation layers (I, II) which do not contain a Li occluding material, wherein the lithium occluding material is at least one selected from the group consisting of silicon, silicon monoxide, lithium alloys, carbon materials, metal oxides, lithium metal oxides, polyphosphoric acid compounds, and sulfides of transition metals, the active layer is carried on the insulation layer and is interposed between the first insulation layer (I) and the second insulation layer (II), an electrical resistivity of the active layer in a planar direction, determined as described in the description, is 100,000 Q.cm or more, a surface average pore number of the at least one insulation layer, determined as described in the description, is 15 pores/μm 2 or more, both surface layers of the separator have a contact angle, determined as described in the description, of 1° or more and 60° or less with respect to propylene carbonate, and the separator has an air permeability, determined as described in the description, of 650 s/100 ml or less. an active layer containing a lithium (Li) occluding material and a resin, and first and second insulation layers (I, II) which do not contain a Li occluding material, wherein the lithium occluding material is at least one selected from the group consisting of silicon, silicon monoxide, lithium alloys, carbon materials, metal oxides, lithium metal oxides, polyphosphoric acid compounds, and sulfides of transition metals, the active layer is carried on the insulation layer and is interposed between the first insulation layer (I) and the second insulation layer (II), an electrical resistivity of the active layer in a planar direction, determined as described in the description, is 100,000 Q.cm or more, a surface average pore number of the at least one insulation layer, determined as described in the description, is 15 pores/μm 2 or more, both surface layers of the separator have a contact angle, determined as described in the description, of 1° or more and 60° or less with respect to propylene carbonate, and the separator has an air permeability, determined as described in the description, of 650 s/100 ml or less.