mhurhangee/patent-ind-claim-en huggingface dataset:
A power supply system for a vehicle, comprising: a high-voltage battery that supplies electric power to an on-vehicle motor; a low-voltage battery that supplies electric power to a plurality of on-vehicle auxiliary machines; a DC/DC converter that changes voltage of an output of the high-voltage battery and supplies a resulting output to the low-voltage battery ; and a controller that detects a working state of at least one of the plurality of on-vehicle auxiliary machines and controls operation of the DC/DC converter in accordance with the working state that is detected, characterized in that the controller performs voltage feedback control with respect to the DC/DC converter in accordance with an output voltage of the DC/DC converter , the plurality of on-vehicle auxiliary machines include electric power steering and an electrically controlled brake system , the controller detects the working state of the electric power steering based on a working signal of the electric power steering and detects the working state of the electrically controlled brake system based on a working signal of the electrically controlled brake system , and, when at least one of the working signals of the electric power steering and the electrically controlled brake system is detected, the controller raises control gain of the DC/DC converter , wherein an amount by which the control gain is raised is prestored in a memory , the amount corresponding to an amount of electric current consumed by the on-vehicle auxiliary machines. a high-voltage battery that supplies electric power to an on-vehicle motor; a low-voltage battery that supplies electric power to a plurality of on-vehicle auxiliary machines; a DC/DC converter that changes voltage of an output of the high-voltage battery and supplies a resulting output to the low-voltage battery ; and a controller that detects a working state of at least one of the plurality of on-vehicle auxiliary machines and controls operation of the DC/DC converter in accordance with the working state that is detected, characterized in that the controller performs voltage feedback control with respect to the DC/DC converter in accordance with an output voltage of the DC/DC converter , the plurality of on-vehicle auxiliary machines include electric power steering and an electrically controlled brake system , the controller detects the working state of the electric power steering based on a working signal of the electric power steering and detects the working state of the electrically controlled brake system based on a working signal of the electrically controlled brake system , and, when at least one of the working signals of the electric power steering and the electrically controlled brake system is detected, the controller raises control gain of the DC/DC converter , wherein an amount by which the control gain is raised is prestored in a memory , the amount corresponding to an amount of electric current consumed by the on-vehicle auxiliary machines.
A tablet pharmaceutical composition comprising: 30-32 percent by weight of Compound I, malate salt; 38-40 percent by weight of microcrystalline cellulose; 18-22 percent by weight of lactose; 2-4 percent by weight of hydroxypropyl cellulose; 4-8 percent by weight of croscarmellose sodium; 0.2-0.6 percent by weight of colloidal silicon dioxide; and 0.5-1 percent by weight of magnesium stearate; wherein Compound I is: 30-32 percent by weight of Compound I, malate salt; 38-40 percent by weight of microcrystalline cellulose; 18-22 percent by weight of lactose; 2-4 percent by weight of hydroxypropyl cellulose; 4-8 percent by weight of croscarmellose sodium; 0.2-0.6 percent by weight of colloidal silicon dioxide; and 0.5-1 percent by weight of magnesium stearate;
A drive module for a hybrid or electric vehicle, comprising: - an electric drive machine having a rotor and a stator; - a voltage converter allowing the stator to be electrically powered from the electrical energy supplied by an electrical energy storage unit; and - a reduction system receiving the torque supplied by the rotor, the module comprising a first housing part accommodating the electric drive machine and the voltage converter , and a second housing part accommodating the reduction system , the module defining a cooling circuit allowing the same liquid to circulate in the first and the second housing part in order to cool at least the electric drive machine and the voltage converter , all or part of the surface of the second housing part bearing cooling reliefs , allowing the heat recovered by the liquid to be dissipated toward the outside of the module , characterized in that all or part of the surface of the first housing part bears other cooling reliefs. - an electric drive machine having a rotor and a stator; - a voltage converter allowing the stator to be electrically powered from the electrical energy supplied by an electrical energy storage unit; and - a reduction system receiving the torque supplied by the rotor, the module comprising a first housing part accommodating the electric drive machine and the voltage converter , and a second housing part accommodating the reduction system , the module defining a cooling circuit allowing the same liquid to circulate in the first and the second housing part in order to cool at least the electric drive machine and the voltage converter , all or part of the surface of the second housing part bearing cooling reliefs , allowing the heat recovered by the liquid to be dissipated toward the outside of the module , characterized in that all or part of the surface of the first housing part bears other cooling reliefs. the module defining a cooling circuit allowing the same liquid to circulate in the first and the second housing part in order to cool at least the electric drive machine and the voltage converter , all or part of the surface of the second housing part bearing cooling reliefs , allowing the heat recovered by the liquid to be dissipated toward the outside of the module , characterized in that all or part of the surface of the first housing part bears other cooling reliefs.
A computer-implemented method for presenting to a user in a vehicle a visual representation of a route for finding a parking space for the vehicle, wherein the route comprises road segments having potential parking spaces for the vehicle within a threshold of a destination, the method comprising: upon determining that a visual representation of the route meets a criterion for complexity, wherein the criterion for complexity is that the route includes one or more overlaps, one or more self-intersections, and/or one or more loops, providing a visual representation of an initial extent of the route to the user in a user interface, wherein the initial extent comprises a portion of the route ahead of a current position of the user and further wherein the visual representation of the initial extent does not meet the criterion for complexity; and providing a route extension icon rendered at the end of the initial extent in the user interface. upon determining that a visual representation of the route meets a criterion for complexity, wherein the criterion for complexity is that the route includes one or more overlaps, one or more self-intersections, and/or one or more loops, providing a visual representation of an initial extent of the route to the user in a user interface, wherein the initial extent comprises a portion of the route ahead of a current position of the user and further wherein the visual representation of the initial extent does not meet the criterion for complexity; and providing a route extension icon rendered at the end of the initial extent in the user interface.
Semiconductor component (CO) including: - a first electrode (EP), designated flat electrode (EP), defining a plane; - a second electrode (EA), designated active electrode (EA), separated from the first electrode (EP) by an electrolyte layer (CI); - a pillar (PI), designated vertical pillar (PI), extending essentially along an axis perpendicular to the plane defined by the flat electrode (EP), said pillar (PI) including a third electrode (EV), designated vertical electrode (EV) and an information storage layer (CSI), the information storage layer (CSI) covering a surface of the vertical electrode (EV); the flat electrode (EP) and the vertical pillar (PI) being laid out so as to form a memory point (PM); said component (CO) being characterised in that the materials of the active electrode (EA) and the electrolyte layer (CI) are chosen so as to form an energy storage zone (ZSE) with the flat electrode (EP). - a first electrode (EP), designated flat electrode (EP), defining a plane; - a second electrode (EA), designated active electrode (EA), separated from the first electrode (EP) by an electrolyte layer (CI); - a pillar (PI), designated vertical pillar (PI), extending essentially along an axis perpendicular to the plane defined by the flat electrode (EP), said pillar (PI) including a third electrode (EV), designated vertical electrode (EV) and an information storage layer (CSI), the information storage layer (CSI) covering a surface of the vertical electrode (EV); the flat electrode (EP) and the vertical pillar (PI) being laid out so as to form a memory point (PM);
An analyte meter , comprising: a meter housing having a first part and a second part interfacing each other to form an internal chamber ; and an analyte sensor electrical connector having a sensor port configured to receive an analyte sensor in a port entryway , and at least one wash port coupled to the sensor port and separate from the port entryway , the at least one wash port configured to receive a cleaning fluid; characterized in that the meter comprises a recessed pocket in the first part or the second part of the housing , and the analyte sensor electrical connector comprises a connector body seated in the recessed pocket of the analyte meter ; wherein the connector body comprises a first wall, a second wall, the sensor port , the at least one wash port and at least two electrodes ; wherein the at least two electrodes are located at a first wall of the analyte sensor electrical connector; wherein the at least one wash port is disposed in the second wall opposite the first wall and directly over the at least two electrodes to receive the cleaning fluid there through and onto the at least two electrodes and out the port entryway while the connector body is seated in the recessed pocket of the analyte meter . a meter housing having a first part and a second part interfacing each other to form an internal chamber ; and an analyte sensor electrical connector having a sensor port configured to receive an analyte sensor in a port entryway , and at least one wash port coupled to the sensor port and separate from the port entryway , the at least one wash port configured to receive a cleaning fluid; characterized in that the meter comprises a recessed pocket in the first part or the second part of the housing , and a sensor port configured to receive an analyte sensor in a port entryway , and at least one wash port coupled to the sensor port and separate from the port entryway , the at least one wash port configured to receive a cleaning fluid; characterized in that the meter comprises a recessed pocket in the first part or the second part of the housing , and the analyte sensor electrical connector comprises a connector body seated in the recessed pocket of the analyte meter ; wherein the connector body comprises a first wall, a second wall, the sensor port , the at least one wash port and at least two electrodes ; wherein the at least two electrodes are located at a first wall of the analyte sensor electrical connector; wherein the at least one wash port is disposed in the second wall opposite the first wall and directly over the at least two electrodes to receive the cleaning fluid there through and onto the at least two electrodes and out the port entryway while the connector body is seated in the recessed pocket of the analyte meter .
An ultrasonic imaging apparatus comprising: a main body ; a probe connected to the main body to irradiate and receive ultrasonic waves and to transmit the ultrasonic signals to the main body; a control panel configured to control the main body or the probe; and a moving device configured to connect the control panel and the main body and to move the control panel with respect to the main body in the upward and downward directions, wherein the moving device includes: a housing fixed to the main body; a moving member configured to be movable with respect to the housing in the upward and downward directions; and characterised by a regulating bearing (130; 130a; 130b) installed in the housing and configured to assist the upward and downward movement of the moving member by coming into rolling contact with the moving member and to regulate a gap (S) with the moving member. a main body ; a probe connected to the main body to irradiate and receive ultrasonic waves and to transmit the ultrasonic signals to the main body; a control panel configured to control the main body or the probe; and a moving device configured to connect the control panel and the main body and to move the control panel with respect to the main body in the upward and downward directions, wherein the moving device includes: a housing fixed to the main body; a moving member configured to be movable with respect to the housing in the upward and downward directions; and characterised by a regulating bearing (130; 130a; 130b) installed in the housing and configured to assist the upward and downward movement of the moving member by coming into rolling contact with the moving member and to regulate a gap (S) with the moving member. a housing fixed to the main body; a moving member configured to be movable with respect to the housing in the upward and downward directions; and characterised by a regulating bearing (130; 130a; 130b) installed in the housing and configured to assist the upward and downward movement of the moving member by coming into rolling contact with the moving member and to regulate a gap (S) with the moving member.
Crimp connector for connecting a cable , which has a cable shield , to an electronic module , the crimp connector having a hollow-cylindrical inner sleeve , which has an inner chamber extending in the longitudinal direction (L) and forming a cable bushing, and a hollow-cylindrical outer sleeve , which encircles the inner sleeve in the circumferential direction, a clearance being provided in the radial direction between the inner sleeve and the outer sleeve , said clearance being configured for receiving the cable shield of the cable when the cable is led through the inner chamber of the inner sleeve , the outer sleeve and the inner sleeve being configured to be secured together by plastic deformation of at least the outer sleeve such that the cable shield received in the clearance can be secured to the inner sleeve , the inner sleeve and/or the outer sleeve having, on a plugging side (S1) that is at the end in the longitudinal direction (L), a connection portion by which the crimp connector can be secured to the electronic module , characterised in that the connection portion is a snap-in portion by which the crimp connector can be latched to a counterpart portion provided on the electronic module , and forms a solder terminal and is configured to be able to be soldered to the electronic module . the crimp connector having a hollow-cylindrical inner sleeve , which has an inner chamber extending in the longitudinal direction (L) and forming a cable bushing, and a hollow-cylindrical outer sleeve , which encircles the inner sleeve in the circumferential direction, a clearance being provided in the radial direction between the inner sleeve and the outer sleeve , said clearance being configured for receiving the cable shield of the cable when the cable is led through the inner chamber of the inner sleeve , the outer sleeve and the inner sleeve being configured to be secured together by plastic deformation of at least the outer sleeve such that the cable shield received in the clearance can be secured to the inner sleeve , the inner sleeve and/or the outer sleeve having, on a plugging side (S1) that is at the end in the longitudinal direction (L), a connection portion by which the crimp connector can be secured to the electronic module , characterised in that the connection portion is a snap-in portion by which the crimp connector can be latched to a counterpart portion provided on the electronic module , and forms a solder terminal and is configured to be able to be soldered to the electronic module .
Use of a vibrating trough for transporting shingled products , the vibrating trough including: a transporting surface which is set up to carry the products and to be activated to produce a vibration in order to transport the products along the transporting surface from a starting point (A) to an end point (E) of the transporting surface , characterized in that the transporting surface comprises wedge-shaped portions which are arranged on a floor area of the vibrating trough , wherein the wedge-shaped portions comprise in each case: - an ascending region on a side oriented toward the starting point (A), by means of which the products are raised in relation to the floor area during transport, and - a descending region on a side oriented toward the end point (E), at which the products fall back onto a lower-lying point of the transporting surface during transport. a transporting surface which is set up to carry the products and to be activated to produce a vibration in order to transport the products along the transporting surface from a starting point (A) to an end point (E) of the transporting surface , characterized in that the transporting surface comprises wedge-shaped portions which are arranged on a floor area of the vibrating trough , wherein the wedge-shaped portions comprise in each case: - an ascending region on a side oriented toward the starting point (A), by means of which the products are raised in relation to the floor area during transport, and - a descending region on a side oriented toward the end point (E), at which the products fall back onto a lower-lying point of the transporting surface during transport. - an ascending region on a side oriented toward the starting point (A), by means of which the products are raised in relation to the floor area during transport, and - a descending region on a side oriented toward the end point (E), at which the products fall back onto a lower-lying point of the transporting surface during transport.
A shut-off valve for interrupting a gas flow when a predetermined acceleration and/or a predetermined tilting angle is exceeded, the shut-off valve comprising: a valve chamber arranged downstream of a gas inlet in the direction of flow, in which a valve disc preloaded by means of a spring is arranged opposite a valve seat , wherein the valve disc is movable against a restoring force of the spring between an open position in which gas flows through the valve and a closed position in which the gas flow through the valve is interrupted, wherein a first valve rod extending from the valve disc projects into a switching chamber of an inertia body, wherein an inertia body provided in the switching chamber holds the valve disc in the open position against the restoring force of the spring as long as the predetermined acceleration or/and the predetermined tilting angle is not reached, a gas outlet arranged downstream of the valve chamber , wherein a weight force of the inertia body acts on the first valve rod in the open position, characterized in that the weight force acting on the valve disc in the open position is smaller than a closing force caused by a gas pressure and acting on the valve disc in the closed position. a valve chamber arranged downstream of a gas inlet in the direction of flow, in which a valve disc preloaded by means of a spring is arranged opposite a valve seat , wherein the valve disc is movable against a restoring force of the spring between an open position in which gas flows through the valve and a closed position in which the gas flow through the valve is interrupted, wherein a first valve rod extending from the valve disc projects into a switching chamber of an inertia body, wherein an inertia body provided in the switching chamber holds the valve disc in the open position against the restoring force of the spring as long as the predetermined acceleration or/and the predetermined tilting angle is not reached, a gas outlet arranged downstream of the valve chamber , wherein a weight force of the inertia body acts on the first valve rod in the open position, characterized in that the weight force acting on the valve disc in the open position is smaller than a closing force caused by a gas pressure and acting on the valve disc in the closed position.
A method of mounting a camera module for a motor vehicle, said camera module comprising a lens objective , a lens holder holding said lens objective , and a back plate connected to said lens holder and holding an image sensor in or close to an image plane (A) of the lens objective , wherein the alignment of the lens holder relative to the back plate is fixed by a glue joint between the lens holder and the back plate , said method comprising the steps of providing a mounted lens holder unit comprising said lens objective mounted to said lens holder , applying glue to the lens holder unit and/or to the back plate , positioning the lens holder unit and the back plate relative to each other, taking reference images, changing the position and/or orientation of the lens holder unit relative to the back plate until the relative position and/or orientation becomes optimal, and hardening the glue while holding the lens holder unit and the back plate in the optimal relative position and orientation, characterized by moving the lens holder unit relative to the back plate in the x and y directions perpendicular to the optical z-axis of the lens objective, and considering the x-y-position of the back plate optimal when the bore sight error becomes minimal.
Solid composite material comprising an alloy based on manganese, aluminum and optionally carbon, and dispersed nanoparticles made from a material X, the material X being different from manganese, aluminum, carbon or a mixture thereof and satisfying the following requirements: a. the melting temperature of the material X is 1700°C or higher; and b. the material X comprises a metal. a. the melting temperature of the material X is 1700°C or higher; and b. the material X comprises a metal.
A semiconductor package comprising: a 2D passive-on-glass, POG, structure with a passive component and a first set of one or more package pads formed on a face of a glass substrate ; a laminate substrate with a second set of one or more package pads formed on a face of the laminate substrate ; and means for contacting the first set of one or more package pads with the second set of one or more package pads , wherein the 2D POG structure is placed face-up on the face of the laminate substrate . a 2D passive-on-glass, POG, structure with a passive component and a first set of one or more package pads formed on a face of a glass substrate ; a laminate substrate with a second set of one or more package pads formed on a face of the laminate substrate ; and means for contacting the first set of one or more package pads with the second set of one or more package pads , wherein the 2D POG structure is placed face-up on the face of the laminate substrate .