mhurhangee/patent-ind-claim-en huggingface dataset:
A valve system , comprising: (a) a water supply member ; (b) a valve assembly in communication with the water supply member , the valve assembly comprising: a sealing member moveable between an open position during which water flows through the valve assembly and a closed position during which water is prevented from flowing through the valve assembly , characterized in that the valve assembly further comprises: a pressure chamber ; a first diaphragm in the pressure chamber , wherein the sealing member is mounted to the first diaphragm such that movement of the first diaphragm causes movement of the sealing member ; a vacuum chamber ; and a venturi downstream of the moveable sealing member , wherein the sealing member has an air passageway therethrough from the venturi to the vacuum chamber , characterized in that the valve assembly further comprises a second diaphragm in communication with the sealing member , wherein the vacuum chamber is located between the first and second diaphragms . (a) a water supply member ; (b) a valve assembly in communication with the water supply member , the valve assembly comprising: a sealing member moveable between an open position during which water flows through the valve assembly and a closed position during which water is prevented from flowing through the valve assembly , characterized in that the valve assembly further comprises: a pressure chamber ; a first diaphragm in the pressure chamber , wherein the sealing member is mounted to the first diaphragm such that movement of the first diaphragm causes movement of the sealing member ; a vacuum chamber ; and a venturi downstream of the moveable sealing member , wherein the sealing member has an air passageway therethrough from the venturi to the vacuum chamber , characterized in that the valve assembly further comprises a second diaphragm in communication with the sealing member , wherein the vacuum chamber is located between the first and second diaphragms . a pressure chamber ; a first diaphragm in the pressure chamber , wherein the sealing member is mounted to the first diaphragm such that movement of the first diaphragm causes movement of the sealing member ; a vacuum chamber ; and a venturi downstream of the moveable sealing member , wherein the sealing member has an air passageway therethrough from the venturi to the vacuum chamber , characterized in that the valve assembly further comprises a second diaphragm in communication with the sealing member , wherein the vacuum chamber is located between the first and second diaphragms .
An apparatus configured to be employed within a User Equipment, UE, the apparatus comprising: means for generating a short enhanced Physical Uplink Control Channel, sPUCCH, in a subframe via a first interlace of an unlicensed frequency band, the first interlace comprising a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; means for generating a Uplink Control Information, UCI, message for the unlicensed frequency band, the UCI message comprising one or more of Hybrid Automatic Repeat Request Acknowledgement, HARQ ACK, feedback, and Channel State Information, CSI; and means for mapping the UCI message to the first interlace for the sPUCCH, wherein the sPUCCH consists of four symbols of the subframe; and wherein a listen before talk, LBT, procedure is performed during the symbol of the subframe preceding the four symbols of the sPUCCH. means for generating a short enhanced Physical Uplink Control Channel, sPUCCH, in a subframe via a first interlace of an unlicensed frequency band, the first interlace comprising a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; means for generating a Uplink Control Information, UCI, message for the unlicensed frequency band, the UCI message comprising one or more of Hybrid Automatic Repeat Request Acknowledgement, HARQ ACK, feedback, and Channel State Information, CSI; and means for mapping the UCI message to the first interlace for the sPUCCH, wherein the sPUCCH consists of four symbols of the subframe; and wherein a listen before talk, LBT, procedure is performed during the symbol of the subframe preceding the four symbols of the sPUCCH.
Door for a cooking appliance , comprising a front pane , a further pane arranged such that it is spaced apart therefrom, and a recessed grip , which is embodied in the upper region of the door and which can be gripped from the top, wherein a separate functional frame is arranged in an intermediate space between the front pane and the further pane when viewed in the depth direction (z) of the door , wherein the functional frame has a delimiting web which protrudes upward on an upper frame part such that the recessed grip is embodied in the upper frame part , characterised in that the recessed grip is delimited on the rear side by a front side of the further pane .
An acoustic insulation system for an internal combustion engine mounted on a vehicle , the acoustic insulation system comprising: an acoustic insulation cover configured to cover the internal combustion engine with a gap interposed between the acoustic insulation cover and the internal combustion engine ; a first fan configured to introduce air toward an interior of the acoustic insulation cover ; and a second fan configured to discharge air from the interior of the acoustic insulation cover , characterized in that : the first fan and the second fan are integrally arranged in parallel with a bulkhead interposed between the first fan and the second fan , the bulkhead is formed so as to protrude toward the internal combustion engine and separate a flow of air by the first fan from a flow of air by the second fan , and the second fan is configured to blow air also in a direction opposite to a flow direction of air by the first fan . an acoustic insulation cover configured to cover the internal combustion engine with a gap interposed between the acoustic insulation cover and the internal combustion engine ; a first fan configured to introduce air toward an interior of the acoustic insulation cover ; and a second fan configured to discharge air from the interior of the acoustic insulation cover , characterized in that : the first fan and the second fan are integrally arranged in parallel with a bulkhead interposed between the first fan and the second fan , the bulkhead is formed so as to protrude toward the internal combustion engine and separate a flow of air by the first fan from a flow of air by the second fan , and the second fan is configured to blow air also in a direction opposite to a flow direction of air by the first fan . the first fan and the second fan are integrally arranged in parallel with a bulkhead interposed between the first fan and the second fan , the bulkhead is formed so as to protrude toward the internal combustion engine and separate a flow of air by the first fan from a flow of air by the second fan , and the second fan is configured to blow air also in a direction opposite to a flow direction of air by the first fan .
A pair of sliding components having sliding surfaces (S) that slide with respect to each other, at least the sliding surface (S) on one side is divided into plural sections , each section including a random dimple group in which plural dimples are randomly arranged, and a land portion that separates adjacent random dimple groups in a circumferential direction of the sliding surface (S), characterized in that the random dimple group in each section is arranged to be biased on one side in the circumferential direction of the section in such a manner that an angular-direction standard deviation (σ θ ) of the random dimple group is less than 0.8, and the random dimple group is a band shaped body in which the plural dimples are arranged from an inner peripheral portion of the sliding surface (S) to an outer peripheral portion . at least the sliding surface (S) on one side is divided into plural sections , each section including a random dimple group in which plural dimples are randomly arranged, and a land portion that separates adjacent random dimple groups in a circumferential direction of the sliding surface (S), characterized in that the random dimple group in each section is arranged to be biased on one side in the circumferential direction of the section in such a manner that an angular-direction standard deviation (σ θ ) of the random dimple group is less than 0.8, and the random dimple group is a band shaped body in which the plural dimples are arranged from an inner peripheral portion of the sliding surface (S) to an outer peripheral portion .
A method of manufacturing a timber composite , the method comprising the steps of: cutting one or more timber pieces to form a plurality of timber layers (23-226) applying adhesive to said plurality of timber layers (23-226); wherein said adhesive is a thermosetting adhesive; arranging the plurality of timber layers in a stack; applying pressure to the timber layers; and heating the timber layers; characterized in that the adhesive penetrates into the one or more timber layers (23-226) and cures to form the timber composite , wherein the timber layers (23-226) are arranged in the stack in their original order and orientation in the timber piece from which they are cut. cutting one or more timber pieces to form a plurality of timber layers (23-226) applying adhesive to said plurality of timber layers (23-226); wherein said adhesive is a thermosetting adhesive; arranging the plurality of timber layers in a stack; applying pressure to the timber layers; and heating the timber layers;
Radar measuring device , configured to detect a cavity below the filling material stored in a container , wherein the filling material is a poorly flowing bulk material, comprising: a first radar circuit configured to transmit a first radar signal in the direction of a surface of a medium and to receive a first reflected radar signal ; a further, second radar circuit (102, 102' configured to transmit a second radar signal in the direction of a further surface of the medium and for receiving a second, further reflected radar signal , a control device configured to detect one or more echoes in the reflected radar signal and to detect one or more echoes in the second, further reflected radar signal ; wherein the control device is configured to detect the presence or absence of a layer in or above the filling material or a cavity below the filling material, based on the detected echo or echoes; wherein the first radar circuit is positioned in the upper region of the container ; wherein the second radar circuit is positioned in the lower region of the container , in particular in the region of the outlet of the container . a first radar circuit configured to transmit a first radar signal in the direction of a surface of a medium and to receive a first reflected radar signal ; a further, second radar circuit (102, 102' configured to transmit a second radar signal in the direction of a further surface of the medium and for receiving a second, further reflected radar signal , a control device configured to detect one or more echoes in the reflected radar signal and to detect one or more echoes in the second, further reflected radar signal ; wherein the control device is configured to detect the presence or absence of a layer in or above the filling material or a cavity below the filling material, based on the detected echo or echoes; wherein the first radar circuit is positioned in the upper region of the container ; wherein the second radar circuit is positioned in the lower region of the container , in particular in the region of the outlet of the container .
A method comprising: receiving, by a user equipment from a serving base station associated with a source cell, a reconfiguration message that includes a target cell configuration for a target cell, a configuration of a conditional handover execution condition, and information that indicates that the user equipment should immediately decode and process the target cell configuration upon receiving the reconfiguration message; immediately decoding and processing, by the user equipment , the target cell configuration upon receiving the reconfiguration message, without waiting for the conditional handover execution condition to be fulfilled; detecting, by the user equipment , fulfillment of the conditional handover execution condition with respect to the target cell; and performing, by the user equipment , synchronization and a random access procedure with respect to the target cell, in response to detecting the fulfillment of the conditional handover execution condition. receiving, by a user equipment from a serving base station associated with a source cell, a reconfiguration message that includes a target cell configuration for a target cell, a configuration of a conditional handover execution condition, and information that indicates that the user equipment should immediately decode and process the target cell configuration upon receiving the reconfiguration message; immediately decoding and processing, by the user equipment , the target cell configuration upon receiving the reconfiguration message, without waiting for the conditional handover execution condition to be fulfilled; detecting, by the user equipment , fulfillment of the conditional handover execution condition with respect to the target cell; and performing, by the user equipment , synchronization and a random access procedure with respect to the target cell, in response to detecting the fulfillment of the conditional handover execution condition.
An end effector of a surgical robotic manipulator , said end effector comprising: a rotational drive member configured to be coupled to an actuator and defining a lumen for receiving fluid; a cutting accessory releasably engageable with said rotational drive member and defining a lumen in communication with said lumen of said rotational drive member; a drive connector coupled to said rotational drive member and engaging said cutting accessory for driving said cutting accessory; a fluid delivery member coupled to said rotational drive member for delivering fluid to said lumen of said rotational drive member ; a first seal in said lumen of said rotational drive member and rotationally fixed to said rotational drive member and said cutting accessory for sealing between said rotational drive member and said cutting accessory ; and a second seal disposed between and sealing to said drive connector and said fluid delivery member , said second seal rotatably engaging at least one of said rotational drive member and said fluid delivery member for sealing between the rotational drive member and said fluid delivery member during relative rotation therebetween; wherein said rotational drive member extends along an axis and wherein said first seal and said second seal extend about said axis and are spaced from each other along said axis; wherein said drive connector is disposed about said axis and said first seal is disposed along said axis between said drive connector and said second seal ; and wherein said first seal is disposed proximal to said drive connector . a rotational drive member configured to be coupled to an actuator and defining a lumen for receiving fluid; a cutting accessory releasably engageable with said rotational drive member and defining a lumen in communication with said lumen of said rotational drive member; a drive connector coupled to said rotational drive member and engaging said cutting accessory for driving said cutting accessory; a fluid delivery member coupled to said rotational drive member for delivering fluid to said lumen of said rotational drive member ; a first seal in said lumen of said rotational drive member and rotationally fixed to said rotational drive member and said cutting accessory for sealing between said rotational drive member and said cutting accessory ; and a second seal disposed between and sealing to said drive connector and said fluid delivery member , said second seal rotatably engaging at least one of said rotational drive member and said fluid delivery member for sealing between the rotational drive member and said fluid delivery member during relative rotation therebetween; wherein said rotational drive member extends along an axis and wherein said first seal and said second seal extend about said axis and are spaced from each other along said axis; wherein said drive connector is disposed about said axis and said first seal is disposed along said axis between said drive connector and said second seal ; and wherein said first seal is disposed proximal to said drive connector .
Use of a solid for production of a propellant charge powder, especially for medium and large calibres, in a process in which the solid is incorporated together with a liquid in a mixing and drying process into channels of a granular green material and compacted therein to form a plug, the solid being a substance whose melting point is at least 10°C, especially at least 20°C, above a maximum use temperature of the propellant charge powder and which is inert toward the granular green material, characterized in that the solid, under otherwise identical process conditions, is set within a setting range of > 0-0.5% by weight based on the weight of the granular green material, by using a greater amount of solid for more significant lowering of the maximum pressure within an upper temperature range and for more significant raising of the maximum pressure within a lower temperature range of an application temperature range, characterized in that the amount of solid is selected within a range of intersection of the temperature gradient curves which constitute a representation of the lower and upper temperature gradients, where the lower temperature gradient is defined by the ratio of the maximum pressure at the lower limit of the lower temperature range at -40°C to the maximum pressure at 21°C, p_max(-40°C)/p_max(21°C) and the upper temperature gradient is given by the ratio of the maximum pressure at the upper limit of the above temperature range at 63°C to the maximum pressure at 21°C, p_max(63°C)/p_max(21°C).
A nucleic acid comprising a nucleotide sequence encoding: (a) a mammalian ErbB3 mutant protein, (b) a N- and/or C-terminal deletion fragment of the mammalian ErbB3 mutant protein of (a) comprising at least the extracellular domain (ECD) of the ErbB3 protein; or (c) a variant of the mammalian ErbB3 mutant protein of (a) or of the N- and/or C-terminal deletion fragment of a mammalian ErbB3 mutant protein of (b), which has at least 95% amino acid sequence identity to (a) or (b); wherein at least 20% of the nucleotide codons encoding (a), (b) or (c) that occur with low or lower frequency in proteins expressed in mammalian cells have been replaced, wherein the replacements are selected from the group consisting of: Low or lower Frequency Codon to be replaced Replacement Codon UUU UUC CUA UUA CUA UUG CUA CUU CUA CUC CUA CUG UUA UUG UUA CUU UUA CUC UUA CUG UUG CUU UUG CUC UUG CUG CUU CUC CUU CUG CUC CUG AUA AUU AUA AUC AUU AUC GUA GUU GUA GUC GUA GUG GUU GUC GUU GUG GUC GUG UCG AGU UCG UCA UCG UCU UCG UCC UCG AGC AGU UCA AGU UCU AGU UCC AGU AGC UCA UCU UCA UCC UCA AGC UCU UCC UCU AGC UCC AGC CCG CCA CCG CCU CCG CCC CCA CCU CCA CCC CCU CCC ACG ACU ACG ACA ACG ACC ACU ACA ACU ACC ACA ACC GCG GCA GCG GCU GCG GCC GCA GCU GCA GCC GCU GCC UAU UAC UAG UAA UAG UGA UAA UGA CAU CAC CAA CAG AAU AAC AAA AAG GAU GAC GAA GAG UGU UGC CGU CGA CGU CGC CGU CGG CGU AGG CGU AGA CGA CGC CGA CGG CGA AGG CGA AGA CGC CGG CGC AGG CGC AGA CGG AGG CGG AGA AGG AGA GGU GGG GGU GGA GGU GGC GGG GGA GGG GGC GGA GGC , and wherein the mammalian ErbB3 mutant protein comprises in comparison to the respective wildtype ErbB3 protein an amino acid substitution, which changes the conformation of the ECD of said ErbB3 to an extended conformation, wherein the substitution is at amino acid position 584 according to SEQ ID NO: 2 or at an amino acid that occupies an analogous position in an ErbB3 protein, wherein an amino acid position of the ErbB3 protein analogous to the amino acid at position 584 of the amino acid sequence of SEQ ID NO: 2 is determined by aligning the amino acid sequence of the ErbB3 protein and the amino acid sequence of SEQ ID NO: 2 and identifying the amino acid residue of the ErbB3 protein that aligns with the amino acid at position 584 of SEQ ID NO: 2. (a) a mammalian ErbB3 mutant protein, (b) a N- and/or C-terminal deletion fragment of the mammalian ErbB3 mutant protein of (a) comprising at least the extracellular domain (ECD) of the ErbB3 protein; or (c) a variant of the mammalian ErbB3 mutant protein of (a) or of the N- and/or C-terminal deletion fragment of a mammalian ErbB3 mutant protein of (b), which has at least 95% amino acid sequence identity to (a) or (b);
A coating material for a medical device, comprising: a biomaterial, wherein the biomaterial comprises fatty acids cross-linked to each other; and a fixating material, wherein the fixating material is disposed on an outer surface of the biomaterial relative to the medical device, and wherein the biomaterial imparts a degree of protonation to the fixating material; wherein the fixating material is sodium carboxymethylcellulose (Na-CMC) and comprises one or more therapeutic agents; wherein the coating material effects controlled delivery in a patient of the one or more therapeutic agents from the coating material; and wherein the controlled delivery is at least partially characterized by total and relative amounts of the biomaterial and the fixating material in the coating material. a biomaterial, wherein the biomaterial comprises fatty acids cross-linked to each other; and a fixating material, wherein the fixating material is disposed on an outer surface of the biomaterial relative to the medical device, and wherein the biomaterial imparts a degree of protonation to the fixating material; wherein the fixating material is sodium carboxymethylcellulose (Na-CMC) and comprises one or more therapeutic agents; wherein the coating material effects controlled delivery in a patient of the one or more therapeutic agents from the coating material; and wherein the controlled delivery is at least partially characterized by total and relative amounts of the biomaterial and the fixating material in the coating material.
A method for managing a closed access group, CAG, feature by a user equipment, UE, the method comprising: transmitting, (S301) to an access and mobility management function, AMF, a registration request message including information indicating whether the UE supports the CAG feature; and receiving, (S303) from the AMF, a registration reject message including NAS cause in response to the registration request message, in case that the UE does not support the CAG feature and the UE is allowed to access a 5GS, 5G system, via a CAG cell only, wherein the NAS cause is one of NAS cause #7, NAS cause #11, and NAS cause #27. transmitting, (S301) to an access and mobility management function, AMF, a registration request message including information indicating whether the UE supports the CAG feature; and receiving, (S303) from the AMF, a registration reject message including NAS cause in response to the registration request message, in case that the UE does not support the CAG feature and the UE is allowed to access a 5GS, 5G system, via a CAG cell only, wherein the NAS cause is one of NAS cause #7, NAS cause #11, and NAS cause #27.