mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor arrangement comprising a sensor device and a sensor fastener arrangement (10a-f) for holding the sensor device , comprising a plurality of fastener elements , wherein the fastener elements are configured to arrange the sensor device to a platform , characterized in that respective fastener element is a column having a longitudinal axis and is rigid in a first state and reversibly deformable in a second state, wherein when the platform of the sensor device (10a-f) and/or the sensor device is exposed to an impact force in turn exposing a fastener element to a compressive force exceeding a critical load of that fastener element the fastener element goes from being in the first state to temporarily being in the second state, whereby the fastener element goes from having a first rigid shape to temporarily being reversibly deformed, after which, when the impact force is terminated, the fastener element goes from temporarily being in the second state back to being in the first state, whereby the fastener element goes from temporarily being reversibly deformed to having the first rigid shape, wherein the sensor device has a maximum acceleration limit defining the maximum acceleration the sensor device may be exposed to without being damaged, and wherein the critical load of the fastener elements are selected such that fastener elements deform before the sensor device is exposed to the maximum acceleration limit and wherein the fastener elements are rigid in an essentially straight configuration when being in the first state and temporarily reversibly deform by lateral deflection when being in the second state. a plurality of fastener elements , wherein the fastener elements are configured to arrange the sensor device to a platform , characterized in that respective fastener element is a column having a longitudinal axis and is rigid in a first state and reversibly deformable in a second state, wherein when the platform of the sensor device (10a-f) and/or the sensor device is exposed to an impact force in turn exposing a fastener element to a compressive force exceeding a critical load of that fastener element the fastener element goes from being in the first state to temporarily being in the second state, whereby the fastener element goes from having a first rigid shape to temporarily being reversibly deformed, after which, when the impact force is terminated, the fastener element goes from temporarily being in the second state back to being in the first state, whereby the fastener element goes from temporarily being reversibly deformed to having the first rigid shape, wherein the sensor device has a maximum acceleration limit defining the maximum acceleration the sensor device may be exposed to without being damaged, and wherein the critical load of the fastener elements are selected such that fastener elements deform before the sensor device is exposed to the maximum acceleration limit and wherein the fastener elements are rigid in an essentially straight configuration when being in the first state and temporarily reversibly deform by lateral deflection when being in the second state.
A die for a multi-chamber softgel capsule, the die comprising: a die pocket defined by a die pocket wall and a bottom surface ; and one or more partitioning walls dividing the die pocket into two or more chambers , wherein the die pocket wall and the one or more partitioning walls have their respective top sections defined as lands , a top of the land of the perimeter of the die pocket wall is in a plane, and a lowest point of the top of the land of the one or more partitioning walls is lower than the plane by a gap, characterized in that at least one of the one or more partitioning walls has a recess in the top of its land . a die pocket defined by a die pocket wall and a bottom surface ; and one or more partitioning walls dividing the die pocket into two or more chambers , wherein the die pocket wall and the one or more partitioning walls have their respective top sections defined as lands , a top of the land of the perimeter of the die pocket wall is in a plane, and a lowest point of the top of the land of the one or more partitioning walls is lower than the plane by a gap, characterized in that at least one of the one or more partitioning walls has a recess in the top of its land .
Fastening means , intended in particular to hold in place false ceilings and false walls and in particular false ceilings and false walls consisting of a stretched flexible sheet hung along its edges, comprising: - a rail comprising a first flange comprising a bearing face , intended to be fixed to a wall, and a second flange , fixed to said first flange and comprising a hooking means intended to cooperate with the edges of the flexible sheet, defining the limit between the upper part and the lower part of said rail , said lower part comprising a longitudinal groove open on the outside of said rail , and - a cornice comprising a wing , one of the faces of which has at least one elastically deformable fixing means intended to be inserted in said longitudinal groove in order to ensure the connection between said rail and said cornice , characterised in that the rail and the cornice are arranged so that, when the cornice is fixed to the rail by holding said fastening means within said groove, the cornice is dissociated from the rail with said face of the cornice facing the rail . - a rail comprising a first flange comprising a bearing face , intended to be fixed to a wall, and a second flange , fixed to said first flange and comprising a hooking means intended to cooperate with the edges of the flexible sheet, defining the limit between the upper part and the lower part of said rail , said lower part comprising a longitudinal groove open on the outside of said rail , and - a cornice comprising a wing , one of the faces of which has at least one elastically deformable fixing means intended to be inserted in said longitudinal groove in order to ensure the connection between said rail and said cornice ,
A valve body for a process valve , wherein an inner space of the valve body connects at least two ports for fluid flow, wherein at least one partition separates adjacent flow chambers (108, 112; 112, 116) of the inner space from one another, and wherein an outer shell and the at least one partition are made, at least in a blocking portion of the valve body extending substantially perpendicularly to a blocking axis (A), from a flexible material, characterized in that the at least one partition tapers, at least in part, in a longitudinal section in which the blocking axis (A) lies, starting from the blocking portion .
An apparatus for a user equipment , comprising: means for determining a channel condition from a current serving cell to the user equipment ; means for receiving configuration information from a network node of the current serving cell, the configuration information indicating a first predetermined threshold; means for deciding , based on the determined channel condition and the received configuration, whether to perform beam-agnostic measurements of the neighbor cell and/or beam-specific measurements of the neighbor cell, wherein: • the beam-agnostic measurements are performed at least when the determined channel condition is better than the first predetermined threshold, wherein the beam-agnostic measurements comprise measuring beam-agnostic signaling, • the beam-specific measurements are performed when the determined channel condition is worse than the first predetermined threshold and are not performed when the determined channel condition is better than the first predetermined threshold, wherein the beam-specific measurements comprise measuring beam-specific signaling. means for determining a channel condition from a current serving cell to the user equipment ; means for receiving configuration information from a network node of the current serving cell, the configuration information indicating a first predetermined threshold; means for deciding , based on the determined channel condition and the received configuration, whether to perform beam-agnostic measurements of the neighbor cell and/or beam-specific measurements of the neighbor cell, wherein: • the beam-agnostic measurements are performed at least when the determined channel condition is better than the first predetermined threshold, wherein the beam-agnostic measurements comprise measuring beam-agnostic signaling, • the beam-specific measurements are performed when the determined channel condition is worse than the first predetermined threshold and are not performed when the determined channel condition is better than the first predetermined threshold, wherein the beam-specific measurements comprise measuring beam-specific signaling. • the beam-agnostic measurements are performed at least when the determined channel condition is better than the first predetermined threshold, wherein the beam-agnostic measurements comprise measuring beam-agnostic signaling, • the beam-specific measurements are performed when the determined channel condition is worse than the first predetermined threshold and are not performed when the determined channel condition is better than the first predetermined threshold, wherein the beam-specific measurements comprise measuring beam-specific signaling.
A cell mass dissociator comprising a connecting block provided in its interior with a through-hole through which a cell mass-containing culture medium flows, wherein: a recess is provided at the first edge of the connecting block and a protrusion is provided at the second edge of the connecting block , in the case of multiple connecting blocks , the protrusions engage with the recesses of the adjacent connecting blocks , and the through-hole has a first large pore size section that connects with the recess , a small pore size section that connects with the first large pore size section and has a smaller pore size than the first large pore size section , and a second large pore size section that connects with the small pore size section , has a larger pore size than the small pore size section and has an opening at the tip of the protrusion . a recess is provided at the first edge of the connecting block and a protrusion is provided at the second edge of the connecting block , in the case of multiple connecting blocks , the protrusions engage with the recesses of the adjacent connecting blocks , and the through-hole has a first large pore size section that connects with the recess , a small pore size section that connects with the first large pore size section and has a smaller pore size than the first large pore size section , and a second large pore size section that connects with the small pore size section , has a larger pore size than the small pore size section and has an opening at the tip of the protrusion .
Method for the automatic control of pneumatically driven hydraulic riveting tools with - a hydraulic pump driven by a pneumatic drive for adjusting a working piston connectable to a tool, - a control unit for sensory pressure detection of the pressure course of the hydraulic pressure generated by the hydraulic pump during the working process characterized in that the control unit monitors the pressure course during the entire working process and checks whether the pressure course matches a stored pressure course section indicating the successful completion of a working process and, if it matches, blocks a further increase in hydraulic pressure. - a hydraulic pump driven by a pneumatic drive for adjusting a working piston connectable to a tool, - a control unit for sensory pressure detection of the pressure course of the hydraulic pressure generated by the hydraulic pump during the working process
A support structure (12;32;33) comprising a plurality of edges , each edge defining a pin-less releasable hinge assembly comprising a plurality of like releasable connection means , each releasable connection means comprising a hook element and a bar both provided adjacent each other along an edge of the support structure (12;32;33), wherein the hook element defines a channel having a complementary configuration to that of the bar , the hook element and the bar together defining a connecting pair , wherein the channel of each hook element of a connecting pair of one connection means is configured to accommodate a bar provided on a connecting pair of another connection means when the connecting pairs are brought into registration, wherein the connection means on the support structure (12;32;33) is configured releasably to engage like connection means on another part to be connected, wherein the like connection means comprises an identical connecting pair on an edge of the another part to be connected, the connecting means on the support structure (12;32;33) being configured only to engage and disengage the connecting means of the another part to be connected at a specific rotational position of the support structure (12;32;33) and the another part to be connected relative to each other, wherein the hook element of the connection means includes an opening providing access to the channel and the relative specific rotational position of the support structure (12;32;33) and the another part to be connected requires the opening to the channel of the support structure (12;32;33) to be axially opposite to the opening to the channel of the another part to be connected, said engagement thereby defining a common axis coincident with the bars and about which the support structure (12;32;33) and the another part to be connected are relatively rotatable to form a hinge.
DC link circuit for an electric power converter , comprising - a smoothing capacitor , - at least two discharging units being connected in parallel and each comprising a current drain being realized by a controlled current source being connected to the smoothing capacitor to pull a discharging current from the smoothing capacitor through the discharging unit and - a control unit , which is configured to provide control signals each - controlling the current drain of one discharging unit , - causing the discharging unit to allow a flow of the discharging current during an on-time and to reduce the flow of the discharging current during an off-time and - controlling the current drain during the off-time to reduce the discharging current by pulling a constant current, which is lower than the current pulled during the on-time , wherein the on-times have a temporal offset to each other. - a smoothing capacitor , - at least two discharging units being connected in parallel and each comprising a current drain being realized by a controlled current source being connected to the smoothing capacitor to pull a discharging current from the smoothing capacitor through the discharging unit and - a control unit , which is configured to provide control signals each - controlling the current drain of one discharging unit , - causing the discharging unit to allow a flow of the discharging current during an on-time and to reduce the flow of the discharging current during an off-time and - controlling the current drain during the off-time to reduce the discharging current by pulling a constant current, which is lower than the current pulled during the on-time , - controlling the current drain of one discharging unit , - causing the discharging unit to allow a flow of the discharging current during an on-time and to reduce the flow of the discharging current during an off-time and - controlling the current drain during the off-time to reduce the discharging current by pulling a constant current, which is lower than the current pulled during the on-time ,
Coupling element , in the shape of an eyelet for laces or a button or a buckle or other similar element, in which a through-hole is formed and is adapted to be traversed by a pin of a rivet in a plastic material, to be fixed to a shoe (S) or to a garment by riveting the tip of the pin so as to form a counterhead , characterized by the fact that the through-hole includes a frusto-conical portion adapted to receive the counterhead .
An autonomous vehicle operating apparatus for an autonomous vehicle (A) having a first autonomous mode for traveling without operation by a driver, the autonomous vehicle operating apparatus comprising: a traveling condition detector configured to detect a traveling condition of an autonomous vehicle (A); a circumferential condition detector configured to detect a circumferential condition of the autonomous vehicle (A); an operating section setting unit configured to define an operating section in which the autonomous vehicle (A) travels in a second autonomous traveling mode for traveling semi-autonomously in accordance with an operation by the driver according to at least one of the traveling condition and the circumferential condition; an operating unit configured to detect an operation operated by the driver; and a vehicle control unit configured to control the autonomous vehicle (A) to travel with the second autonomous traveling mode when the operating unit detects the operation of the driver during a period in which the autonomous vehicle (A) travels in the operating section, characterized in that the vehicle control unit is configured to control the autonomous vehicle (A) to stop when the operating unit does not detect the operation of the driver, wherein the vehicle control unit autonomously stops the autonomous vehicle (A) in the second autonomous traveling mode regardless of the operation on the operating unit by the driver when a target approaching the autonomous vehicle (A) is detected. a traveling condition detector configured to detect a traveling condition of an autonomous vehicle (A); a circumferential condition detector configured to detect a circumferential condition of the autonomous vehicle (A); an operating section setting unit configured to define an operating section in which the autonomous vehicle (A) travels in a second autonomous traveling mode for traveling semi-autonomously in accordance with an operation by the driver according to at least one of the traveling condition and the circumferential condition; an operating unit configured to detect an operation operated by the driver; and a vehicle control unit configured to control the autonomous vehicle (A) to travel with the second autonomous traveling mode when the operating unit detects the operation of the driver during a period in which the autonomous vehicle (A) travels in the operating section, characterized in that the vehicle control unit is configured to control the autonomous vehicle (A) to stop when the operating unit does not detect the operation of the driver, wherein the vehicle control unit autonomously stops the autonomous vehicle (A) in the second autonomous traveling mode regardless of the operation on the operating unit by the driver when a target approaching the autonomous vehicle (A) is detected.
Method for operating a reactor system for carrying out equilibrium-limited reactions, comprising the following steps: - converting starting materials into a product in a reaction chamber under a pressure p1, wherein an absorbent is laden with the product and thereby also absorbs starting materials , a) discharging the laden absorbent from the reaction chamber , and b) lowering the pressure of the absorbent to a pressure p2, wherein the pressure p2 is lower than the pressure p1, and wherein the product and starting materials are discharged in a gaseous state from the liquid absorbent and c) the gaseous products are separated from the gaseous starting materials by condensation, d) while a pressure p3 is applied to the liquid absorbent , the pressure p3 being higher than the pressure p1, and e) the liquid absorbent is conducted under the pressure p3 into a liquid-jet gas compressor , in which the gaseous starting materials separated from the products are aspirated and dissolved in the liquid absorbent and f) are then introduced into the reaction chamber under the pressure p4, which is lower than the pressure p3. - converting starting materials into a product in a reaction chamber under a pressure p1, wherein an absorbent is laden with the product and thereby also absorbs starting materials , a) discharging the laden absorbent from the reaction chamber , and b) lowering the pressure of the absorbent to a pressure p2, wherein the pressure p2 is lower than the pressure p1, and wherein the product and starting materials are discharged in a gaseous state from the liquid absorbent and c) the gaseous products are separated from the gaseous starting materials by condensation, d) while a pressure p3 is applied to the liquid absorbent , the pressure p3 being higher than the pressure p1, and e) the liquid absorbent is conducted under the pressure p3 into a liquid-jet gas compressor , in which the gaseous starting materials separated from the products are aspirated and dissolved in the liquid absorbent and f) are then introduced into the reaction chamber under the pressure p4, which is lower than the pressure p3. a) discharging the laden absorbent from the reaction chamber , and b) lowering the pressure of the absorbent to a pressure p2, wherein the pressure p2 is lower than the pressure p1, and wherein the product and starting materials are discharged in a gaseous state from the liquid absorbent and c) the gaseous products are separated from the gaseous starting materials by condensation, d) while a pressure p3 is applied to the liquid absorbent , the pressure p3 being higher than the pressure p1, and e) the liquid absorbent is conducted under the pressure p3 into a liquid-jet gas compressor , in which the gaseous starting materials separated from the products are aspirated and dissolved in the liquid absorbent and f) are then introduced into the reaction chamber under the pressure p4, which is lower than the pressure p3.
A pharmaceutical composition comprising: (a) the compound (S)-N-((S)-1-(2-chlorophenyl)-2-((3,3-difluorocyclobutyl)amino)-2-oxoethyl)-1-(4-cyanopyridin-2-yl)-N-(5-fluoropyridin-3-yl)-5-oxopyrrolidine-2-carboxamide (Compound 1), or a pharmaceutically acceptable salt thereof, as part of a solid dispersion wherein the solid dispersion comprises a water-soluble polymer, optionally wherein the polymer is a cellulose polymer; or a partially water-soluble polymer and optionally (b) one or more pharmaceutically acceptable carrier(s); for use in a method of treating advanced solid tumors in a subject, each characterized by the presence of a mutant allele of IDH1.
Apparatus for electrical characterization and/or electrical manipulation of biological objects , wherein the apparatus comprises a multielectrode array that is oriented along columns and rows , and an arrangement, in particular for interface electronics; the multielectrode array and the electrons are transparent and each electrode has assigned an integrating member and a switch, wherein the integrating member is designed in such a way that a response current flowing through the respective electrode is partly integrable; the electrodes are designed in such a way that biological objects able to adhere to the electrodes ; the selection of at least one electrode renders the impedance spectrum of the biological objects that have adhered to this at least one electrode measurable; characterized in that the arrangement comprises means for applying a voltage or current jump ; a buffer amplifier for matching the response to the voltage or current jump to the objects ; a full-wave precision rectifier for using the complimentary half wave for evaluation purposes; an integration capacitor ; a sampling stage or a precision rectifier ; a logarithmic amplifier arranged between the integration capacitor and the sampling stage or precision rectifier ; and an ADC arranged downstream of the sampling stage or the precision rectifier .