mhurhangee/patent-ind-claim-en huggingface dataset:
A control device of a vehicle , the vehicle including: an engine ; a transmission to change a rotation speed of the engine at a shift ratio corresponding to one of shift stages and output the changed rotation speed to a driving wheel ; a clutch to be switched between an engaged state where power is transmitted between the engine and the transmission , and a released state where no power is transmitted therebetween; an actuator to operate the clutch ; and a clutch control unit to control the actuator , the control device comprising: a traveling state control unit configured to: set, when the actuator or the clutch control unit malfunctions, a continuous travel allowable period of time, for which the vehicle is allowed to continuously travel without causing a damage of the clutch , based on a damage risk of the clutch ; and the control device being characterized in that the traveling state control unit is further configured to: place the vehicle in a predetermined limited-traveling state where a load to act on the clutch is limited, after the set continuous travel allowable period elapses. the vehicle including: an engine ; a transmission to change a rotation speed of the engine at a shift ratio corresponding to one of shift stages and output the changed rotation speed to a driving wheel ; a clutch to be switched between an engaged state where power is transmitted between the engine and the transmission , and a released state where no power is transmitted therebetween; an actuator to operate the clutch ; and a clutch control unit to control the actuator , an engine ; a transmission to change a rotation speed of the engine at a shift ratio corresponding to one of shift stages and output the changed rotation speed to a driving wheel ; a clutch to be switched between an engaged state where power is transmitted between the engine and the transmission , and a released state where no power is transmitted therebetween; an actuator to operate the clutch ; and a clutch control unit to control the actuator , the control device comprising: a traveling state control unit configured to: set, when the actuator or the clutch control unit malfunctions, a continuous travel allowable period of time, for which the vehicle is allowed to continuously travel without causing a damage of the clutch , based on a damage risk of the clutch ; and the control device being characterized in that the traveling state control unit is further configured to: place the vehicle in a predetermined limited-traveling state where a load to act on the clutch is limited, after the set continuous travel allowable period elapses.
Use of at least one organic peroxide for reducing the burn rate of di-(4-tert-butylcyclohexyl)-peroxycarbonate (BCHPC), which comprises providing a mixture comprising BCHPC and at least one further organic peroxide and optionally at least one desensitising agent, wherein the at least one desensitising agent is a solid that is inert with respect to BCHPC.
Plug connection for transmitting electrical energy by means of a releasable contacting arrangement, having at least one plug contact pin and at least one contact socket , wherein the at least one contact socket is received in a plug connector housing and the plug connector housing has a slider which is movable relative thereto, with the result that the plug connector partners are housed in a plugged and secondary-locked contacting position, wherein a socket contact and a spring are arranged in the plug connector housing , and at least one latching and support geometry is integrated in the plug contact pin and the plug connector housing is supported on the latching and support geometry by at least one latching hook of the plug connector housing , with the result that the contacting partners are separated from one another if their relative position with respect to one another is outside the secondary-locking position and the force for separating the contacting partner is a spring force of the spring .
An assembly (66; 100; 200) comprising: a first enclosed flexible pressure chamber with a first extension arm extending from a first endwall of the first enclosed flexible pressure chamber ; a second enclosed flexible pressure chamber ; a lever arm disposed on a pivot , wherein a first end of the lever arm is attached to the first extension arm ; a variable restriction element connected to a second end of the lever arm ; and a regulating valve (102; 202; 302) with a regulating valve element (132; 232; 332); characterised in that : the first enclosed flexible pressure chamber is fluidly connected to an inlet (128; 228; 328) of the regulating valve (102; 202; 302); in that the second enclosed flexible pressure chamber has a second extension arm extending from a second endwall of the second enclosed flexible pressure chamber ; and in that the second end of the lever arm is attached to the second extension arm . a first enclosed flexible pressure chamber with a first extension arm extending from a first endwall of the first enclosed flexible pressure chamber ; a second enclosed flexible pressure chamber ; a lever arm disposed on a pivot , wherein a first end of the lever arm is attached to the first extension arm ; a variable restriction element connected to a second end of the lever arm ; and a regulating valve (102; 202; 302) with a regulating valve element (132; 232; 332); characterised in that : the first enclosed flexible pressure chamber is fluidly connected to an inlet (128; 228; 328) of the regulating valve (102; 202; 302); in that the second enclosed flexible pressure chamber has a second extension arm extending from a second endwall of the second enclosed flexible pressure chamber ; and in that the second end of the lever arm is attached to the second extension arm .
System for analysing the cardiac activity of a patient comprising means for acquiring at least one cardiac electric signal comprising at least one elementary signal corresponding to a heart beat, and means for extracting from said elementary signal at least one elementary wave P, Q, R, S or T, the elementary wave being of the form x ( t ) = x 0 + x 1 cos(Φ( t )), wherein Φ( t ) is the phase of said elementary wave (P, Q, R, S, T), characterised in that said system comprises : - means for analysing said elementary wave P, Q, R, S or T in order to characterise said elementary wave with a reduced number of parameters, by expressing the time t as a function of the phase Φ of said elementary wave according the following analytical expression : t Φ = Φ + ∑ k = 1 n a k p sin 1 Φ − p k , r k − b k p cos 1 Φ − p k , r k , expression wherein : p cos 1 u v = − 1 2 ln 1 + v 2 − 2 v cos u p sin 1 u v = tan − 1 v sin u 1 − v cos u , a k and b k are weights, parameters r k , comprised between 0 et 1, measure the anharmonicity of said elementary wave, and parameters p k characterise the morphology of said elementary wave ; and, - means for comparing the parameters determined for said elementary wave at the output of the means for analysing, with tabulated values of these parameters previously recorded, in order to detect particular cardiac anomalies. - means for analysing said elementary wave P, Q, R, S or T in order to characterise said elementary wave with a reduced number of parameters, by expressing the time t as a function of the phase Φ of said elementary wave according the following analytical expression : t Φ = Φ + ∑ k = 1 n a k p sin 1 Φ − p k , r k − b k p cos 1 Φ − p k , r k , expression wherein : p cos 1 u v = − 1 2 ln 1 + v 2 − 2 v cos u p sin 1 u v = tan − 1 v sin u 1 − v cos u , a k and b k are weights, parameters r k , comprised between 0 et 1, measure the anharmonicity of said elementary wave, and parameters p k characterise the morphology of said elementary wave ; and, - means for comparing the parameters determined for said elementary wave at the output of the means for analysing, with tabulated values of these parameters previously recorded, in order to detect particular cardiac anomalies.
A kit for monitoring a medical condition of a user related to arthritis and/or arthrosis, the kit comprising a pressure measuring device (100; 200) and an evaluating device , the pressure measuring device (100; 200) comprising: an elastic body (102; 202) defining a lumen (104; 204) filled with a compressible fluid, wherein the lumen (104; 204) is configured to be compressed by at least one body part of a user; a pressure detection device (112; 212) arranged at least partially within the lumen (104; 204), the pressure detection device (112; 212) being configured to detect at least one absolute pressure in the lumen (104; 204); generate a pressure signal based on the detected absolute pressure; and provide the pressure signal to the evaluating device for evaluating the pressure signal; and an energy source (112; 212) arranged within the elastic body (102; 202), preferably at least partially within the lumen (104; 204), the energy source (112; 212) being configured to provide electrical energy to at least the pressure detection device (112; 212); characterised in that the pressure measuring device (100; 200) and/or the evaluating device is configured to compare the detected absolute pressure with at least one predetermined lower absolute pressure value and to trigger a warning signal if the detected absolute pressure is less than the predetermined lower absolute pressure value. an elastic body (102; 202) defining a lumen (104; 204) filled with a compressible fluid, wherein the lumen (104; 204) is configured to be compressed by at least one body part of a user; a pressure detection device (112; 212) arranged at least partially within the lumen (104; 204), the pressure detection device (112; 212) being configured to detect at least one absolute pressure in the lumen (104; 204); generate a pressure signal based on the detected absolute pressure; and provide the pressure signal to the evaluating device for evaluating the pressure signal; and detect at least one absolute pressure in the lumen (104; 204); generate a pressure signal based on the detected absolute pressure; and provide the pressure signal to the evaluating device for evaluating the pressure signal; and an energy source (112; 212) arranged within the elastic body (102; 202), preferably at least partially within the lumen (104; 204), the energy source (112; 212) being configured to provide electrical energy to at least the pressure detection device (112; 212); characterised in that the pressure measuring device (100; 200) and/or the evaluating device is configured to compare the detected absolute pressure with at least one predetermined lower absolute pressure value and to trigger a warning signal if the detected absolute pressure is less than the predetermined lower absolute pressure value.
Compound of formula (I): or a pharmaceutically acceptable salt thereof for use in inducing neuroprotection, in a subject suffering from, suspected of suffering from or considered to be at risk of suffering from a neurodegenerative pathology.
A battery module , comprising: a plurality of battery cells ; a module housing accommodating a cell stack including the plurality of battery cells ; and a sprinkler provided through the module housing at one side of the cell stack in a stacking direction, wherein the sprinkler includes: a coupler positioned at an outer side of the module housing and connected to a supply tube that supplies a cooling fluid; a sprinkler head positioned at an inner side of the module housing and connected to the coupler ; and an insulation cover assembly having an insulation cover configured to cover the sprinkler head and an impeller assembly configured to cover an opening formed at one side end of the insulation cover in a longitudinal direction. a plurality of battery cells ; a module housing accommodating a cell stack including the plurality of battery cells ; and a sprinkler provided through the module housing at one side of the cell stack in a stacking direction, wherein the sprinkler includes: a coupler positioned at an outer side of the module housing and connected to a supply tube that supplies a cooling fluid; a sprinkler head positioned at an inner side of the module housing and connected to the coupler ; and an insulation cover assembly having an insulation cover configured to cover the sprinkler head and an impeller assembly configured to cover an opening formed at one side end of the insulation cover in a longitudinal direction. a coupler positioned at an outer side of the module housing and connected to a supply tube that supplies a cooling fluid; a sprinkler head positioned at an inner side of the module housing and connected to the coupler ; and an insulation cover assembly having an insulation cover configured to cover the sprinkler head and an impeller assembly configured to cover an opening formed at one side end of the insulation cover in a longitudinal direction.
Seal element for forming a seal, in particular on doors or flaps of a vehicle body, having a moulded part which is produced from elastomer and/or thermoplastic material by injection moulding and which has a hose-like portion and has a demoulding opening having a slot which extends in a longitudinal and/or transverse direction of the portion , characterized in that the seal element has devices which prevent widening of the demoulding slot after demoulding of the moulded part , wherein the devices comprise connection strands which engage over the slot , and in that the connection strands , for engagement in each case into recesses , are provided on at least one side of the slot and are widened towards at least one strand end, and the recesses are widened according to the widening.
Method for cooling a fluid that solidifies in a predefined temperature range, in particular a melt, having the steps of routing the fluid through at least one pipeline of a cooling device, wherein the pipeline is surrounded by a coolant, detecting a temperature of the fluid in the region of the pipeline , and heating the fluid in the pipeline by means of a heating device which is arranged within the pipeline in the event of the fluid in the region of the pipeline dropping below a predefined temperature, characterized in that the pipeline has a meandering course and has multiple straight portions guided through the cooling chamber .
Medical injection device for single use in the administration of a liquid , with a hollow cylinder , which has a cavity for receiving the liquid and has a distal end , with a passage which is arranged in the region of the distal end of the hollow cylinder and is fluidically connected to the cavity and is provided for the inflow and/or outflow of the liquid from the cavity , with a connection portion for releasable fluid-tight connection to a complementary mating connection portion of an injection component arranged in such a way that the passage can be fluidically connected to a lumen of the injection component , and with a shut-off valve arrangement which has a valve body , the valve body having a radially widened head portion at its distal end, and a flexible sealing ring with an opening and which is arranged and/or configured in such a way that, by means of a flow of the liquid directed distally through the passage , the valve body , proceeding from a release position in which the passage is freed, is at least partially movable in the distal direction (D) through the opening of the sealing ring to a blocking position in which the radially widened head portion of the valve body engages behind the opening in such a way that a movement of the valve body to the release position is blocked and the passage is sealed off against a proximally directed flow, wherein an adapter body is provided having a proximal end , which is connected with force-fit and/or form-fit engagement to the distal end of the hollow cylinder , and a distal end , on which the connection portion is formed, and having a lumen fluidically connected to the passage , wherein the shut-off valve arrangement is arranged at the proximal end of the adapter body and at the distal end of the hollow cylinder , characterized in that the hollow cylinder has an integrally moulded cylinder base , wherein the valve body is guided axially movably on a guide path extending through the cylinder base .
An intrasaccular medical device , the device comprising: a primary structure including an anodic metal and a cathodic metal , the anodic metal and the cathodic metal each forming a fraction of a total surface area of the primary structure, characterised that: the anodic metal is coated on and in direct contact with the cathodic metal , wherein the primary structure forms a spherical or coil implant configured to be disposed within an aneurysm within a body to occlude blood flow and promote thrombosis within the aneurysm, and wherein a thickness of the anodic metal is less than or equal to 5 μm and the anodic metal is arranged such that a galvanic cell formed by the anodic metal and the cathodic metal 102 is configured to induce a galvanic voltage within blood within the body for between 5 and 30 minutes. a primary structure including an anodic metal and a cathodic metal , the anodic metal and the cathodic metal each forming a fraction of a total surface area of the primary structure, characterised that: the anodic metal is coated on and in direct contact with the cathodic metal , wherein the primary structure forms a spherical or coil implant configured to be disposed within an aneurysm within a body to occlude blood flow and promote thrombosis within the aneurysm, and wherein a thickness of the anodic metal is less than or equal to 5 μm and the anodic metal is arranged such that a galvanic cell formed by the anodic metal and the cathodic metal 102 is configured to induce a galvanic voltage within blood within the body for between 5 and 30 minutes. the anodic metal is coated on and in direct contact with the cathodic metal , wherein the primary structure forms a spherical or coil implant configured to be disposed within an aneurysm within a body to occlude blood flow and promote thrombosis within the aneurysm, and wherein a thickness of the anodic metal is less than or equal to 5 μm and the anodic metal is arranged such that a galvanic cell formed by the anodic metal and the cathodic metal 102 is configured to induce a galvanic voltage within blood within the body for between 5 and 30 minutes.
A surgical robotic system, comprising: a first operating member comprising at least one of a straight reamer shaft and an offset reamer shaft , being offset in respect to a straight reamer shaft portion; a second operating member comprising at least one of a straight impactor shaft and an offset impactor shaft , being offset in respect to a straight impactor shaft portion; a robotic arm ; a housing coupled to the robotic arm and including a receiving portion configured to individually and interchangeably receive at least a portion of the first operating member and the second operating member so as to permit rotation of the received operating member relative to the housing while constraining movement of the received operating member in a radial direction of the received operating member; and a coupling device disposed on the housing and configured to couple the received operating member to the housing so as to permit rotation of the first operating member only about a longitudinal axis of the first operating member and to permit movement of the second operating member only along a longitudinal axis of the second operating member. a first operating member comprising at least one of a straight reamer shaft and an offset reamer shaft , being offset in respect to a straight reamer shaft portion; a second operating member comprising at least one of a straight impactor shaft and an offset impactor shaft , being offset in respect to a straight impactor shaft portion; a robotic arm ; a housing coupled to the robotic arm and including a receiving portion configured to individually and interchangeably receive at least a portion of the first operating member and the second operating member so as to permit rotation of the received operating member relative to the housing while constraining movement of the received operating member in a radial direction of the received operating member; and a coupling device disposed on the housing and configured to couple the received operating member to the housing so as to permit rotation of the first operating member only about a longitudinal axis of the first operating member and to permit movement of the second operating member only along a longitudinal axis of the second operating member.
A manipulator, comprising: a link ; a joint unit configured to rotate the link; and at least one distance sensor configured to detect an obstacle entering in a monitoring space that is determined so as to include at least a rotating direction side of the link, the distance sensor being installed so that a sensing direction faces a direction parallel to a side surface of the link, characterized in that the at least one distance sensor includes a plurality of distance sensors (200a1, 200a2) installed so as to be back to back in a vicinity of a center of the side surface of the link in a longitudinal direction of the link and configured to respectively monitor a plurality of monitoring spaces (SR1, SR2). a link ; a joint unit configured to rotate the link; and at least one distance sensor configured to detect an obstacle entering in a monitoring space that is determined so as to include at least a rotating direction side of the link, the distance sensor being installed so that a sensing direction faces a direction parallel to a side surface of the link, characterized in that the at least one distance sensor includes a plurality of distance sensors (200a1, 200a2) installed so as to be back to back in a vicinity of a center of the side surface of the link in a longitudinal direction of the link and configured to respectively monitor a plurality of monitoring spaces (SR1, SR2).