mhurhangee/patent-ind-claim-en huggingface dataset:
A method for navigating a mobile device, the mobile device comprising at least one sensor (2.1, 2.2), an electronic control unit and an output unit , the method comprising steps of acquiring sensor data from the at least one sensor (2.1, 2.2) on an environment of the mobile device (S1), generating environmental representations, in a training phase (M1), by performing unsupervised learning from the acquired sensor data (S2), wherein slowness learning is applied as the unsupervised learning for generating the environmental representations that vary smoothly in space, calculating, in a navigation phase (M2), a spatial gradient of a distance measure between feature values of a target location in a target environmental representation and feature values of a current location in a current environmental representation (S9), wherein the target environmental representation corresponds to the target location, and the current environmental representation corresponds to the current location, and are selected from the environmental representations generated in the training phase (M1), and wherein the spatial gradient is calculated by fitting a plane through at least three points, determining a movement direction to reach a target position corresponding to the target environmental representation based on the calculated spatial gradient (S10), outputting the determined movement direction for navigating the mobile device. acquiring sensor data from the at least one sensor (2.1, 2.2) on an environment of the mobile device (S1), generating environmental representations, in a training phase (M1), by performing unsupervised learning from the acquired sensor data (S2), wherein slowness learning is applied as the unsupervised learning for generating the environmental representations that vary smoothly in space, calculating, in a navigation phase (M2), a spatial gradient of a distance measure between feature values of a target location in a target environmental representation and feature values of a current location in a current environmental representation (S9), wherein the target environmental representation corresponds to the target location, and the current environmental representation corresponds to the current location, and are selected from the environmental representations generated in the training phase (M1), and wherein the spatial gradient is calculated by fitting a plane through at least three points, determining a movement direction to reach a target position corresponding to the target environmental representation based on the calculated spatial gradient (S10), outputting the determined movement direction for navigating the mobile device.
A catheter comprising: an elongated catheter body ; a distal tip section having a tip electrode with a distal end; a needle electrode assembly extending through at least the elongated catheter body and the tip electrode , the needle electrode assembly being longitudinally movable relative to the catheter body and distal tip section into an extended position and a retracted position; an injection control handle proximal of the catheter body configured to move the needle electrode assembly into the extended position and the retracted position; a first fluid path (A) extending through at least the catheter body and having a distal exit at the distal end of the needle electrode assembly ; a second fluid path (B) extending through at least the catheter body and having a distal exit at the distal end of the tip electrode ; wherein the first and second fluid paths (A, B) are isolated from each other; characterized in that the second fluid path (B) has a proximal portion that extends through the needle electrode assembly , a distal portion that extends outside of the needle electrode assembly , and a mid-portion that connects the proximal portion and the distal portion and traverses a side wall of the needle electrode assembly ; and the catheter further comprises a guide tubing surrounding the needle electrode assembly along its length, and the needle electrode assembly has an outer surface and includes a plunger member on the outer surface proximally of the mid-portion of the second fluid path (B) maintaining a fluid-tight seal with the inner surface of the guide tubing an elongated catheter body ; a distal tip section having a tip electrode with a distal end; a needle electrode assembly extending through at least the elongated catheter body and the tip electrode , the needle electrode assembly being longitudinally movable relative to the catheter body and distal tip section into an extended position and a retracted position; an injection control handle proximal of the catheter body configured to move the needle electrode assembly into the extended position and the retracted position; a first fluid path (A) extending through at least the catheter body and having a distal exit at the distal end of the needle electrode assembly ; a second fluid path (B) extending through at least the catheter body and having a distal exit at the distal end of the tip electrode ; wherein the first and second fluid paths (A, B) are isolated from each other; characterized in that the second fluid path (B) has a proximal portion that extends through the needle electrode assembly , a distal portion that extends outside of the needle electrode assembly , and a mid-portion that connects the proximal portion and the distal portion and traverses a side wall of the needle electrode assembly ; and the catheter further comprises a guide tubing surrounding the needle electrode assembly along its length, and the needle electrode assembly has an outer surface and includes a plunger member on the outer surface proximally of the mid-portion of the second fluid path (B) maintaining a fluid-tight seal with the inner surface of the guide tubing
A battery housing, comprising: a recess recessed inward from a side wall of the battery housing, wherein the recess is defined on two opposing side walls of the battery housing, and the recess has an upper inner wall and a lower inner wall that are opposite to each other, and two opposite vertical inner walls; and a communication wiring socket provided on a vertical inner wall of the two opposite vertical inner walls of the recess and configured to connect with a battery management system disposed inside the battery housing; wherein the recess provides a handheld space and is used for allowing a communication wiring terminal plugged into the communication wiring socket to be received in, wherein a push button configured to connect the battery management system inside the battery housing is provided on the inner wall of the recess, the push button and the communication wiring socket are disposed on the vertical inner wall of the recess, and the push button is located closer to an opening of the recess than the communication wiring socket; and the push button disposed within the recess on one of the two opposing side walls is a start-stop button for the energy storage battery, and the push button located in the recess on the other one of the two opposing side walls is a reset button for the energy storage battery. a recess recessed inward from a side wall of the battery housing, wherein the recess is defined on two opposing side walls of the battery housing, and the recess has an upper inner wall and a lower inner wall that are opposite to each other, and two opposite vertical inner walls; and a communication wiring socket provided on a vertical inner wall of the two opposite vertical inner walls of the recess and configured to connect with a battery management system disposed inside the battery housing; wherein the recess provides a handheld space and is used for allowing a communication wiring terminal plugged into the communication wiring socket to be received in, wherein a push button configured to connect the battery management system inside the battery housing is provided on the inner wall of the recess, the push button and the communication wiring socket are disposed on the vertical inner wall of the recess, and the push button is located closer to an opening of the recess than the communication wiring socket; and the push button disposed within the recess on one of the two opposing side walls is a start-stop button for the energy storage battery, and the push button located in the recess on the other one of the two opposing side walls is a reset button for the energy storage battery.
An isolator , preferably intended for damping/reducing vibrations in a vehicle such as a goods vehicle during its use/forward travel, and intended to absorb loads from, for example, a drivetrain, which isolator comprises an overload element and an elastic damping body , wherein - the isolator consists primarily of a bottom part and an insertion part , wherein the insertion part is limitedly moveable in relation to the bottom part against the action of the damping body , - the bottom part is arranged so as to be mounted on, for example, a chassis part/side frame beam or the like, - the insertion part is arranged so as to be mounted on/connected to an object whose vibrations are to be damped/isolated,- the bottom part comprises a cone , the damping body , the overload element and an outer sleeve having a conical inner surface and an upper/outer edge , wherein the damping body is conical or annular and and arranged inside the outer sleeve and wherein the cone is arranged so as to be introduced into the damping body , and - the overload element is made of an elastic material and is arranged adjacent to the upper/outer edge of the outer sleeve , preferably on its inner and/or upper side, and arranged so as to constitute a overload stop for the motions of the insertion part in its radial and/or axial direction, - the insertion part is inserted into an interior hollow space of the cone and secured to a bottom of the cone by means of a suitable connector, and thereby the isolator is held together as a unit, c haracterized in that - both the overload element and the damping body are fixedly vulcanized to the outer sleeve ; and the insertion part comprises connecting brackets . - the isolator consists primarily of a bottom part and an insertion part , wherein the insertion part is limitedly moveable in relation to the bottom part against the action of the damping body , - the bottom part is arranged so as to be mounted on, for example, a chassis part/side frame beam or the like, - the insertion part is arranged so as to be mounted on/connected to an object whose vibrations are to be damped/isolated,- the bottom part comprises a cone , the damping body , the overload element and an outer sleeve having a conical inner surface and an upper/outer edge , wherein the damping body is conical or annular and and arranged inside the outer sleeve and wherein the cone is arranged so as to be introduced into the damping body , and - the overload element is made of an elastic material and is arranged adjacent to the upper/outer edge of the outer sleeve , preferably on its inner and/or upper side, and arranged so as to constitute a overload stop for the motions of the insertion part in its radial and/or axial direction, - the insertion part is inserted into an interior hollow space of the cone and secured to a bottom of the cone by means of a suitable connector, and thereby the isolator is held together as a unit, c haracterized in that - both the overload element and the damping body are fixedly vulcanized to the outer sleeve ; and
A fluid transfer device for use in an infusion system, said fluid transfer device (100; 200) exhibiting a first end (101; 201), a second end (102; 202) opposite to said first end, said second end (102; 202) comprising a bayonet coupling member for coupling to a corresponding bayonet coupling member on an injection port (103; 203) of said infusion system (104; 204) to create a bayonet coupling, said fluid transfer device (100; 200) including at least a first member (105; 205), a hollow needle (106; 206) attached to said first member, a second member (107; 207) which is telescopically displaceable in relation to said first member (105; 205) in a way allowing said hollow needle (106; 206) to penetrate a flexible barrier member (108; 208) sealing said injection port (103; 203) in order to create a fluid passage from said first end (101; 201) via said injection port (103; 203) into said infusion system (104; 204), said second end (102; 202) exhibits a flexible membrane (111; 211) for being pressed against said flexible barrier member (108; 208) of said injection port (103; 204) in order to create a double-membrane sealing (108, 111; 108,211; 208, 211) around said hollow needle (106; 206) when creating said fluid passage into said infusion system (104; 204), whereby the first end (101; 201) exhibits a connecting portion (109; 209; 309; 409) for attachment to a drug bottle (110; 210) containing a fixed dose (D) of a medical substance, and that the connecting portion (109; 309) exhibits at least one locking member (113; 313) for grasping a bottle neck of said drug bottle in order to create a permanent attachment, and that said connecting portion (109; 309) further exhibits a hollow piercing member for penetrating a bottle cap of said drug bottle in order to extend said fluid passage into said drug bottle.
An agent for use in improving circadian rhythm sleep disorders, comprising cells of lactic acid bacterium or treated product thereof as an active ingredient, wherein the agent does not comprise whey, and wherein the lactic acid bacterium is a lactic acid bacterium belonging to Lactobacillus brevis.
Inhaler , preferably for insertion into a nostril , in particular of a horse , with a discharge nozzle and a respiration indicator , wherein the inhaler has a chamber wall forming a chamber and a dispensing device for fluidic connection of the chamber to a body opening, preferably the nostril , wherein the chamber is formed from a dimensionally stable material, wherein the chamber comprises an intake opening and the dispensing device comprises an outlet , wherein the inhaler is closed and/or airtight between the intake opening and the outlet , and the respiration indicator comprises a wall section of the chamber wall or is formed thereby, wherein the wall section is flexible and configured to indicate a respiratory activity by deformation and/or movement, and wherein the wall section and/or a limitation of a through passage of the chamber wall are configured for connection by positive-locking of the wall section to the chamber wall , characterized in that the chamber is arranged downstream from the discharge nozzle and the wall section has a surface area that is more than 2 cm 2 and less than 25 cm 2 .
Vacuum drill dust extractor having a pot-shaped housing through which a rotatably drivable drill can be passed axially, and having a piston unit which is arranged axially displaceably in the housing , cooperates with a drill-side stop , contains an induced draft blower device and is settable against an associated stop on the housing side by means of a spring over which it engages, characterized in that at least one induced draft blower provided with its own drive motor and an energy storage unit provided with a charging socket and associated with each drive motor driving an associated induced draft blower are provided in the piston unit .
An aeraulic register , comprising an internal passageway extending along an axis , the aeraulic register further comprising: - a filter which extends all around the internal passageway , the filter having a radially inner surface which externally delimits the internal passageway , and a radially outer surface to be attached to an inner surface of a pipe wall , and the filter comprising a filtering medium which is radially elastically deformable relative to the axis and which is arranged between the radially inner surface and the radially outer surface ; and - an inflatable stopper arranged on the radially inner surface of the filter and capable of assuming a deflated state, corresponding to a pass state of the aeraulic register , wherein a free circulation of gas is possible through the inner passageway , an inflated state at a first pressure, corresponding to a filtering state of the aeraulic register , wherein the inflatable stopper obstructs the inner passageway and wherein a circulation of gas is possible through the filter , and an inflated state at a second pressure greater than the first pressure, corresponding to a non-pass state of the aeraulic register , wherein the inflatable stopper obstructs the inner passageway and radially compresses the filter to the extent of preventing any passage of gas through the filter . - a filter which extends all around the internal passageway , the filter having a radially inner surface which externally delimits the internal passageway , and a radially outer surface to be attached to an inner surface of a pipe wall , and the filter comprising a filtering medium which is radially elastically deformable relative to the axis and which is arranged between the radially inner surface and the radially outer surface ; and - an inflatable stopper arranged on the radially inner surface of the filter and capable of assuming a deflated state, corresponding to a pass state of the aeraulic register , wherein a free circulation of gas is possible through the inner passageway , an inflated state at a first pressure, corresponding to a filtering state of the aeraulic register , wherein the inflatable stopper obstructs the inner passageway and wherein a circulation of gas is possible through the filter , and an inflated state at a second pressure greater than the first pressure, corresponding to a non-pass state of the aeraulic register , wherein the inflatable stopper obstructs the inner passageway and radially compresses the filter to the extent of preventing any passage of gas through the filter .
Advertising display module for a road crash barrier formed from a metal section extending along a longitudinal direction (L) and comprising at least one central groove and two lateral ribs each extending in projection from a vertical plane (P) tangent to the bottom of the central groove in the direction of the roadway bordered by this barrier, said display module comprising : - a longitudinal filler of substantially trapezoidal cross-section, configured to be housed in said central groove of said guardrail and having a first base facing the bottom of the central groove , once the filler is housed in said central groove, and a second opposite base extending between the tops of said ribs , - a flat advertising display receiving surface formed by said second base of said filler which extends substantially between the vertices of said ribs of said slide when said filler is housed in said central groove, the display module being characterized in that it comprises : - longitudinal hollow cores formed in the filler in the vicinity of the lateral ends of said bases of said fill, - magnets housed in said longitudinal hollow cores so as to magnetically hold said filler in said central groove of said guardrail. - a longitudinal filler of substantially trapezoidal cross-section, configured to be housed in said central groove of said guardrail and having a first base facing the bottom of the central groove , once the filler is housed in said central groove, and a second opposite base extending between the tops of said ribs , - a flat advertising display receiving surface formed by said second base of said filler which extends substantially between the vertices of said ribs of said slide when said filler is housed in said central groove, - longitudinal hollow cores formed in the filler in the vicinity of the lateral ends of said bases of said fill, - magnets housed in said longitudinal hollow cores so as to magnetically hold said filler in said central groove of said guardrail.
System for suctioning braking particles from a friction braking system of a vehicle, in a hybrid or electric vehicle, the suction system comprising: at least one negative-pressure source , at least one suction mouth connected by a pneumatic circuit to the negative-pressure source, and a control unit configured to control the negative-pressure source, characterized in that the suction system further comprises a stream of information originating from a computer that controls a motor-generator of a driving/braking system of the vehicle, and wherein the control unit is configured to control the negative-pressure source preemptively before the actual activation of the friction braking, the control unit controlling the negative-pressure source at least as a function of the activation of electromagnetic braking. characterized in that the suction system further comprises a stream of information originating from a computer that controls a motor-generator of a driving/braking system of the vehicle, and wherein the control unit is configured to control the negative-pressure source preemptively before the actual activation of the friction braking, the control unit controlling the negative-pressure source at least as a function of the activation of electromagnetic braking.
Method for calibrating a microphone comprising a transducer element and an ASIC , wherein an output of the transducer element is fed into the ASIC , characterised in that the method comprises the following step: - calibrating a frequency dependency of an output voltage provided by the ASIC in response to a given input signal such that the sensitivity (S mic (f LLF )) of the microphone at a predetermined cutoff frequency (f LLF ) shows a predefined reduction (Δ) compared to the sensitivity (S mic (f standard )) of the microphone at a standard frequency (f standard ). - calibrating a frequency dependency of an output voltage provided by the ASIC in response to a given input signal such that the sensitivity (S mic (f LLF )) of the microphone at a predetermined cutoff frequency (f LLF ) shows a predefined reduction (Δ) compared to the sensitivity (S mic (f standard )) of the microphone at a standard frequency (f standard ).
A manual cigarette making machine comprising: a machine casing including a top wall and a side wall ; a compacting chamber access opening in the top wall located above a compacting chamber within the machine for receiving loose tobacco, the compacting chamber having a bottom; a handle mounted for rotation generally perpendicular to the top wall, the handle being attached to a driveshaft extending through the side wall into the machine casing; a cam-driven tamper mechanism operated by the driveshaft for advancing a tamper toward the compacting chamber bottom to compress loose tobacco in the compacting chamber characterized in that the manual cigarette machine further comprises a cam-driven tobacco injection assembly operated by the driveshaft including an injection drive plate mounted for rotation generally parallel to the top wall; and a tobacco spoon linked to the tobacco injection assembly for transporting compressed tobacco from the compacting chamber in response to rotation of the injection drive plate. a machine casing including a top wall and a side wall ; a compacting chamber access opening in the top wall located above a compacting chamber within the machine for receiving loose tobacco, the compacting chamber having a bottom; a handle mounted for rotation generally perpendicular to the top wall, the handle being attached to a driveshaft extending through the side wall into the machine casing; a cam-driven tamper mechanism operated by the driveshaft for advancing a tamper toward the compacting chamber bottom to compress loose tobacco in the compacting chamber characterized in that the manual cigarette machine further comprises a cam-driven tobacco injection assembly operated by the driveshaft including an injection drive plate mounted for rotation generally parallel to the top wall; and a tobacco spoon linked to the tobacco injection assembly for transporting compressed tobacco from the compacting chamber in response to rotation of the injection drive plate.