mhurhangee/patent-ind-claim-en huggingface dataset:
Braking device , characterized in that it comprises: - a base body associable with a chassis of a towing vehicle; - first command means which can be associated with at least a parking brake of the towing vehicle and activatable to start the same; - second command means which can be connected to a braking valve of a trailer and activatable to start the braking of the same; - a lever comprising at least a first portion hinged to said body around a first axis (X) of rotation, associated with said first command means and movable between a rest position and at least a braking position in which the first command means themselves are deactivated and activated, respectively, removable locking means of said first portion being provided in said braking position, and at least a second portion , that may be gripped by an operator, hinged to said first portion around a second axis (Y) of rotation, associated with said second command means and movable between a rest position and at least a braking position in which said second command means are deactivated and activated, respectively; as a result of the starting of said second portion , the latter and said first portion move to a respective braking position by rotating around their respective axes (X, Y), whereas as a result of the release of said second portion , the latter returns to its rest position and said first portion remains stationary in the braking position due to said locking means . - a base body associable with a chassis of a towing vehicle; - first command means which can be associated with at least a parking brake of the towing vehicle and activatable to start the same; - second command means which can be connected to a braking valve of a trailer and activatable to start the braking of the same; - a lever comprising at least a first portion hinged to said body around a first axis (X) of rotation, associated with said first command means and movable between a rest position and at least a braking position in which the first command means themselves are deactivated and activated, respectively, removable locking means of said first portion being provided in said braking position, and at least a second portion , that may be gripped by an operator, hinged to said first portion around a second axis (Y) of rotation, associated with said second command means and movable between a rest position and at least a braking position in which said second command means are deactivated and activated, respectively; as a result of the starting of said second portion , the latter and said first portion move to a respective braking position by rotating around their respective axes (X, Y), whereas as a result of the release of said second portion , the latter returns to its rest position and said first portion remains stationary in the braking position due to said locking means .
Test device for determining the particle load of highly pressurised hydrogen, comprising a housing , which has an inlet and an outlet for the inflow or outflow of hydrogen, respectively, and a sampling chamber , in which a filter holder for a test filter is provided, through which a sample amount of hydrogen can flow during a test operation and which, after the test operation has been completed, can be removed from the sampling chamber to evaluate the deposition of particles, and having a venting apparatus to reduce the pressure in the sampling chamber , characterised in that the venting apparatus is arranged inside the housing and, after the outflow of hydrogen has stopped, discharges any hydrogen still remaining in the test device, at least partially, in the direction of the inlet , from the test device.
A dialysate solution container comprising: a flexible first bag body having a first interior, a first powdered pharmaceutical agent , and a flexible second bag body having a second interior, wherein the second bag body has the first powdered pharmaceutical agent sealed therein; the second bag body comprising: a mixing region (M) at a lower end portion of the second interior, wherein in the mixing region (M) the first powdered pharmaceutical agent can be mixed with water (RO); and a communication pipe by means of which the exterior of the second bag body is in communication with the second interior and wherein a first end of the communication pipe is connectable to a dialysis circuit, and a second end of the communication pipe is disposed in the mixing region (M); characterized in that the second bag body comprises a first filter through which the second interior is in communication with the first interior of the first bag body . a flexible first bag body having a first interior, a first powdered pharmaceutical agent , and a flexible second bag body having a second interior, wherein the second bag body has the first powdered pharmaceutical agent sealed therein; the second bag body comprising: a mixing region (M) at a lower end portion of the second interior, wherein in the mixing region (M) the first powdered pharmaceutical agent can be mixed with water (RO); and a communication pipe by means of which the exterior of the second bag body is in communication with the second interior and wherein a first end of the communication pipe is connectable to a dialysis circuit, and a second end of the communication pipe is disposed in the mixing region (M); characterized in that the second bag body comprises a first filter through which the second interior is in communication with the first interior of the first bag body . a mixing region (M) at a lower end portion of the second interior, wherein in the mixing region (M) the first powdered pharmaceutical agent can be mixed with water (RO); and a communication pipe by means of which the exterior of the second bag body is in communication with the second interior and wherein a first end of the communication pipe is connectable to a dialysis circuit, and a second end of the communication pipe is disposed in the mixing region (M); characterized in that the second bag body comprises a first filter through which the second interior is in communication with the first interior of the first bag body .
Wrapping machine for wrapping a product with a plastic film , comprising: - frame means ; - a supporting ring rotatably supported by said frame means and rotatably movable about a wrapping axis (X) by first driving means ; - an unwinding unit fixed to said supporting ring and supporting a reel of said film and a couple of pre-stretching rollers rotating about respective longitudinal axes and cooperating to unwind and stretch said film ; - at least one pre-stretching motor fixed to said frame means and coupled to, and arranged to rotate, said pre-stretching rollers by means of a respective transmission assembly ; wherein said transmission assembly comprises: - a driving ring rotatably supported by said frame means and which may be set in rotation about the wrapping axis (X) by said at least one pre-stretching motor , - a driving belt wound around and set in rotation by said driving ring and coupled to said pre-stretching rollers so as to rotate the latter ones when said driving ring is rotated by said pre-stretching motor ; characterised in that said driving ring can be set in rotation by means of a friction roller . - frame means ; - a supporting ring rotatably supported by said frame means and rotatably movable about a wrapping axis (X) by first driving means ; - an unwinding unit fixed to said supporting ring and supporting a reel of said film and a couple of pre-stretching rollers rotating about respective longitudinal axes and cooperating to unwind and stretch said film ; - at least one pre-stretching motor fixed to said frame means and coupled to, and arranged to rotate, said pre-stretching rollers by means of a respective transmission assembly ; - a driving ring rotatably supported by said frame means and which may be set in rotation about the wrapping axis (X) by said at least one pre-stretching motor , - a driving belt wound around and set in rotation by said driving ring and coupled to said pre-stretching rollers so as to rotate the latter ones when said driving ring is rotated by said pre-stretching motor ;
A controller (100 to 103) of an air-conditioning system of a control target, comprising: - a feedback control unit configured to generate a state quantity command from a control parameter for feedback control and a difference between a target value of a room temperature and a measured room temperature and control the room temperature to the target value on a basis of the state quantity command; - a control target heat characteristic model calculation unit configured to, during normal operation, calculate parameters of heat transport equations (R 1 , R 2 , R z , C 1 , C 2 , C z , α, β, γ, and δ) from at least one of a state quantity regarding an amount of heat supplied to the control target and the state quantity command, and the measured room temperature, and wherein the parameters correspond to a parameter of a model regarding a heat characteristic of the control target; and - a control parameter determination unit configured to calculate the control parameter for feedback control by two transfer functions (F1(s), F2(s)), wherein the first transfer function (F1(s)) is determined from the amount of heat (Q HVAC ) from the air-conditioning system to the room temperature (T z ) of the control target, and the second transfer function (F2(s)) is determined from the amount of heat of the outdoor air temperature T o to the room temperature (T z ) of the control target by using the heat transport equations and the parameters (R 1 , R 2 , R z , C 1 , C 2 , C z , α, β, γ, and δ) thereof as received from the control target heat characteristic model calculation unit . - a feedback control unit configured to generate a state quantity command from a control parameter for feedback control and a difference between a target value of a room temperature and a measured room temperature and control the room temperature to the target value on a basis of the state quantity command; - a control target heat characteristic model calculation unit configured to, during normal operation, calculate parameters of heat transport equations (R 1 , R 2 , R z , C 1 , C 2 , C z , α, β, γ, and δ) from at least one of a state quantity regarding an amount of heat supplied to the control target and the state quantity command, and the measured room temperature, and wherein the parameters correspond to a parameter of a model regarding a heat characteristic of the control target; and - a control parameter determination unit configured to calculate the control parameter for feedback control by two transfer functions (F1(s), F2(s)), wherein the first transfer function (F1(s)) is determined from the amount of heat (Q HVAC ) from the air-conditioning system to the room temperature (T z ) of the control target, and the second transfer function (F2(s)) is determined from the amount of heat of the outdoor air temperature T o to the room temperature (T z ) of the control target by using the heat transport equations and the parameters (R 1 , R 2 , R z , C 1 , C 2 , C z , α, β, γ, and δ) thereof as received from the control target heat characteristic model calculation unit .
A computer implemented method for analyzing related images, wherein related images are images captured at the same time by a stereo camera and/or include images captured by a same camera at different capture times, the method comprising the steps of: - obtaining at least a first and a second image of the related images, - defining a pixel patch comprising a plurality of pixels in the first image for which a correlation with a pixel patch of a same size and shape at a target position in the second image shall be calculated, - calculating a matching cost value between each pixel of the pixel patch in the first image and its corresponding pixels in each of a plurality of pixel patches in the second image, wherein the pixel patches of the plurality of pixel patches in the second image are of a same size and shape as the pixel patch in the first image and include the pixel patch at the target position and pixel patches at different positions in the second image, - selecting for each pixel of the pixel patch in the first image the best matching corresponding pixel from any of the pixel patches of the plurality of pixel patches in the second image based on the calculated matching cost values, - generating an aggregation window in the second image associated with a patch disparity by aggregating the matching cost values of the selected best matching corresponding pixels, - outputting, in a signal, the disparity given by the aggregation window which matches best to the pixel patch in the first image, for calculating a depth of an object or an optical flow between the related images. - obtaining at least a first and a second image of the related images, - defining a pixel patch comprising a plurality of pixels in the first image for which a correlation with a pixel patch of a same size and shape at a target position in the second image shall be calculated, - calculating a matching cost value between each pixel of the pixel patch in the first image and its corresponding pixels in each of a plurality of pixel patches in the second image, wherein the pixel patches of the plurality of pixel patches in the second image are of a same size and shape as the pixel patch in the first image and include the pixel patch at the target position and pixel patches at different positions in the second image, - selecting for each pixel of the pixel patch in the first image the best matching corresponding pixel from any of the pixel patches of the plurality of pixel patches in the second image based on the calculated matching cost values, - generating an aggregation window in the second image associated with a patch disparity by aggregating the matching cost values of the selected best matching corresponding pixels, - outputting, in a signal, the disparity given by the aggregation window which matches best to the pixel patch in the first image, for calculating a depth of an object or an optical flow between the related images.
Method for optimizing the load of a network connection concentrator, wherein the data packets sent or received by a client device compatible with a given multipath connection protocol are intercepted by said concentrator, said concentrator making it possible to aggregate connections that utilize a plurality of paths that may be used by the client device, said method comprising the following steps: a) the client device sends a connection setup message for setting up a connection to a correspondent, b) said connection setup message is intercepted by the concentrator, c) the concentrator sends said correspondent a connection setup message, the source address of which, known as first address, is identical to one of the addresses of the concentrator, d) the concentrator sends the correspondent information comprising another address, known as second address, which is identical to one of the addresses of said client device or to one of the addresses of a standby concentrator, and e) the concentrator notifies the correspondent of the need for the latter to switch over the session associated with said first address so as to associate it with said second address instead of said first address, said switchover comprising a local migration, at the correspondent, of the characteristic states of the session to the second address. a) the client device sends a connection setup message for setting up a connection to a correspondent, b) said connection setup message is intercepted by the concentrator, c) the concentrator sends said correspondent a connection setup message, the source address of which, known as first address, is identical to one of the addresses of the concentrator, d) the concentrator sends the correspondent information comprising another address, known as second address, which is identical to one of the addresses of said client device or to one of the addresses of a standby concentrator, and e) the concentrator notifies the correspondent of the need for the latter to switch over the session associated with said first address so as to associate it with said second address instead of said first address, said switchover comprising a local migration, at the correspondent, of the characteristic states of the session to the second address.
A mains electricity meter remote disconnect switching device comprising: a contactor comprising at least a first contactor member and a second contactor member ; and an actuator configured to actuate the contactor ; wherein at least one of the contactor members comprises a bus-bar joined to a moving blade by an electron beam weld. a contactor comprising at least a first contactor member and a second contactor member ; and an actuator configured to actuate the contactor ; wherein at least one of the contactor members comprises a bus-bar joined to a moving blade by an electron beam weld.
An electrical assembly for a LED light, the assembly comprising a light source board and a driver board of the LED light and an electrical connector configured to perform an electrical connection between the light source board and the driver board , the electrical connector comprising an input terminal and an output terminal , wherein one end of the input terminal is fixed on the driver board of the LED light and is electrically connected with the driver board , the output terminal comprises a conductive end , an elastic clamping portion and an abutting portion , the conductive end comprises a conductive leg , the conductive end is fixed onto and electrically connected with the light source board via the conductive leg , the elastic clamping portion and the abutting portion are provided on the conductive end , and in an assembled state, the other end of the input terminal elastically abuts against one side of the elastic clamping portion and the abutting portion abuts against the other side of the elastic clamping portion , wherein the elastic clamping portion and the abutting portion are both integrally provided on the conductive end , and a bottom of the elastic clamping portion is connected to the conductive end , and a top of the elastic clamping portion is obliquely bent in a direction away from the conductive end .
A ceramic liner , characterized in that the ceramic liner comprises a monolithic body including: a surface portion including an inner surface of the monolithic body and having a thickness less than a total thickness of the monolithic body; and a bulk portion , wherein: the surface portion comprises a discontinuous amorphous phase embedded within the surface portion ; and the bulk portion is substantially free of the discontinuous amorphous phase . a surface portion including an inner surface of the monolithic body and having a thickness less than a total thickness of the monolithic body; and a bulk portion , wherein: the surface portion comprises a discontinuous amorphous phase embedded within the surface portion ; and the bulk portion is substantially free of the discontinuous amorphous phase . the surface portion comprises a discontinuous amorphous phase embedded within the surface portion ; and the bulk portion is substantially free of the discontinuous amorphous phase .
A parking assist method for assisting parking of a subject vehicle (V) using a parking assist apparatus comprising a controller that guides the subject vehicle (V) to a parking space and a display that displays parking spaces, the parking assist method comprising: specifying available parking spaces (Me) into which the subject vehicle (V) can be parked; characterized by when parking spaces are present at right and left with respect to a travel direction of the subject vehicle (V), setting one of right and left regions to a settable region for the recommended available parking space in accordance with a traveling position of the subject vehicle (V); setting the parking space included in the settable region to a recommended available parking space (Mr); and displaying the recommended available parking space (Mr) on the display . specifying available parking spaces (Me) into which the subject vehicle (V) can be parked; characterized by when parking spaces are present at right and left with respect to a travel direction of the subject vehicle (V), setting one of right and left regions to a settable region for the recommended available parking space in accordance with a traveling position of the subject vehicle (V); setting the parking space included in the settable region to a recommended available parking space (Mr); and displaying the recommended available parking space (Mr) on the display .
A threaded interface buffer with anti-rotation structure, comprising a buffer housing , a buffer capsule and a drawbar ; wherein, the drawbar comprises a connection portion connected to the buffer capsule ; the drawbar is in threaded connection to the buffer capsule through the connection portion ; a first level anti-rotation structure for limiting the rotation of the drawbar and the buffer capsule is mounted on the drawbar and the buffer capsule ; a second level anti-rotation structure for limiting the relative rotation of the drawbar and the buffer housing is mounted between the drawbar and the buffer housing , comprising an anti-rotation plate ; one end of the anti-rotation plate is connected to the drawbar , the other end of the anti-rotation plate is connected to the buffer housing .