mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical accessory (10; 20; 30) comprising a motor provided with a base which accommodates electrical and/or electronic elements and adapted to be mounted in a standard flush-mounted box for modular products, this base comprising: - a casing of insulating material having an outer face (SE) which delimits an overall bulk volume, and - an accessory support to which said base is fixed, this accessory support comprising a generally flat frame having a thickness defined between a rear plane to bear against a mounting wall and a face front intended to be covered with at least one finishing element, said accessory support including openings in the shape of keyholes for fixing it to the flush-mounted box, characterised in that said accessory support is free of any wall or sidewalk extending, projecting from said rear plane , outside said overall bulk volume, and in that the functional securing of the base to said accessory support is achieved by means of fasteners which extend through said frame thickness, at a distance from the openings in the shape of keyholes. - a casing of insulating material having an outer face (SE) which delimits an overall bulk volume, and - an accessory support to which said base is fixed, this accessory support comprising a generally flat frame having a thickness defined between a rear plane to bear against a mounting wall and a face front intended to be covered with at least one finishing element, said accessory support including openings in the shape of keyholes for fixing it to the flush-mounted box, characterised in that said accessory support is free of any wall or sidewalk extending, projecting from said rear plane , outside said overall bulk volume, and in that the functional securing of the base to said accessory support is achieved by means of fasteners which extend through said frame thickness, at a distance from the openings in the shape of keyholes.
A method for wireless communication, comprising: performing a sending operation of a first feedback sequence on a first uplink resource, wherein the first feedback sequence comprises feedback information corresponding to at least one piece of first Downlink Control Information, DCI, the feedback information corresponding to the first DCI reflects a reception situation of a data channel scheduled by the first DCI or a reception situation of the first DCI, when the first DCI indicates an invalid feedback resource by not indicating a time location of the feedback resource in the first DCI, a resource location of the first uplink resource is indicated by a DCI other than the first DCI; wherein the DCI other than the first DCI comprises one information field to indicate a distance between a time slot occupied by the first uplink resource and a time slot occupied by the DCI other than the first DCI.
Use of keto C18 fatty acid(s) and/or keto C18 fatty acid ester(s), wherein the oxygen of the keto is positioned at the ninth or tenth carbon atom of a keto C18 acyl group of each keto C18 fatty acid or keto C18 fatty acid ester and wherein the carbon of the oxycarbonyl group of the acyl group is C1, as a drying promoter which accelerates the drying of an alkyd resin.
An image processing device comprising: a motion detection unit configured to detect a motion vector of a living body in an intraoperative image using intraoperative images at different times; an analysis unit configured to obtain a frequency of the motion vector detected by the motion detection unit; and a region detection unit configured to detect a bleeding region including a specific living body site in the intraoperative image on the basis of the frequency obtained by the analysis unit; and an intersection detection unit configured to detect, as a bleeding point, an intersection of motion vectors of the specific living body site in the bleeding region detected by the region detection unit. a motion detection unit configured to detect a motion vector of a living body in an intraoperative image using intraoperative images at different times; an analysis unit configured to obtain a frequency of the motion vector detected by the motion detection unit; and a region detection unit configured to detect a bleeding region including a specific living body site in the intraoperative image on the basis of the frequency obtained by the analysis unit; and an intersection detection unit configured to detect, as a bleeding point, an intersection of motion vectors of the specific living body site in the bleeding region detected by the region detection unit.
An arrangement comprising: an optical device including a radially inner beam forming portion and a radially outer portion at least partly enclosing the radially inner portion , said optical device comprising a light receiving side and a light exit side; a reflector arranged between a light source and the light receiving side of the optical device to reflect and focus light emitted directly from a light source into a collimated light beam,, in a first direction towards the radially outer portion , such that a first optical path is formed from the light source to the radially outer portion via the reflector ; wherein the radially outer portion is transparent and presents a plurality of protrusions extending from a first main surface of the radially outer portion and being spaced apart in a radial direction such that incident light reaching the radially outer portion along the first optical path exits the radially outer portion in a direction parallel to the first direction, and wherein, by means of said plurality of protrusions , the radially outer portion is arranged to be at least one of scattering and attenuating for light reaching the radially outer portion along a second optical path extending directly between the light source and the radially outer portion , wherein the radially inner beam forming portion is arranged to form a focusing lens for collimating a portion of the light emitted directly by the light source . an optical device including a radially inner beam forming portion and a radially outer portion at least partly enclosing the radially inner portion , said optical device comprising a light receiving side and a light exit side; a reflector arranged between a light source and the light receiving side of the optical device to reflect and focus light emitted directly from a light source into a collimated light beam,, in a first direction towards the radially outer portion , such that a first optical path is formed from the light source to the radially outer portion via the reflector ; wherein the radially outer portion is transparent and presents a plurality of protrusions extending from a first main surface of the radially outer portion and being spaced apart in a radial direction such that incident light reaching the radially outer portion along the first optical path exits the radially outer portion in a direction parallel to the first direction, and wherein, by means of said plurality of protrusions , the radially outer portion is arranged to be at least one of scattering and attenuating for light reaching the radially outer portion along a second optical path extending directly between the light source and the radially outer portion , wherein the radially inner beam forming portion is arranged to form a focusing lens for collimating a portion of the light emitted directly by the light source .
Trim assembly having at least one first emergency catch device having a first support , having at least one trim part for a vehicle, wherein the trim part has at least one bearing device and can be coupled to a chassis of the vehicle by means of the at least one bearing device, wherein the at least first emergency catch device has at least one first catch bolt which has a screw head with a contact surface facing toward the at least one trim part and at least one first spacer , and wherein the at least first catch bolt and the at least first spacer are connected to the first support , wherein the at least one trim part is attached to the chassis frame by way of the contact surface when the trim part is arranged on a lower side of the chassis and the at least one bearing device is broken down or detached.
Method for detecting that a rotatable microwave distribution apparatus of a household microwave appliance is at a standstill, and in said method - while microwaves (MW) are being supplied into a cooking compartment of the household microwave appliance , at least one microwave leakage radiation (LS) is monitored for angle-dependent recurring fluctuations (Max1, Min, Max2) and - if an absence of such fluctuations (Max1, Min, Max2) is detected, at least one action is triggered. - while microwaves (MW) are being supplied into a cooking compartment of the household microwave appliance , at least one microwave leakage radiation (LS) is monitored for angle-dependent recurring fluctuations (Max1, Min, Max2) and - if an absence of such fluctuations (Max1, Min, Max2) is detected, at least one action is triggered.
A splash-proof pouch for at least one cigarette paper booklet comprising at least one stack of paper sheets, the overall dimensions of the pouch being adapted to the overall dimensions of the paper booklet(s) , the pouch being made from or coated with a splash-proof material, the pouch providing a compartment for accommodating at least one cigarette paper booklet , the compartment having at least one slot formed in an upper portion of the pouch through which a top sheet of the stack of paper sheets can extend, the pouch comprising a lid for covering the at least one slot , the lid having means for being releasably attached to a surface of the pouch , characterized in that the compartment for the paper booklet is permanently closed on all sides except for the slot .
A table having integrated storage capacity wherein said table comprises a base and a substantially hollow, liquid-tight, load-bearing pedestal on said base, said pedestal having a bearing surface on which a removable top normally rests, said pedestal also having integrated storage capacity for an emergency water store contained within said pedestal, characterized in that said pedestal includes a port for filling and drawing, said port being accessible only by removing said top from said bearing surface, and a removable pump assembly operable to draw from said port when said top is removed from said bearing surface; wherein said table has a decorative outer surface and a design and appearance of common furniture; wherein said base supports said pedestal above a floor.
Wind turbine having a tower, a nacelle mounted thereon, a rotor group rotatably mounted therein about an axis of rotation, and a rotor brake system which comprises at least one brake arrangement having at least one first brake element supported on the nacelle and at least one second brake element forming part of the rotor group, wherein a hydraulic actuating arrangement acting on the brake arrangement having a tank , a motor-pump unit , at least one actuating cylinder and a line and valve arrangement having a brake valve in the form of an electrically activatable 3/2-way valve which is disposed in the hydraulic line which acts on the brake working space of the at least one actuating cylinder and which connects the brake working space of the at least one actuating cylinder in its activated state to the motor-pump unit or alternatively in its non-activated state to the tank , characterized by the following features: a hydraulic actuating element controlled by the operating pressure prevailing in the brake working space of the at least one actuating cylinder is assigned to the brake valve in such a way that the brake valve assumes its activated state at an operating pressure prevailing above a predetermined threshold value; the brake valve is thereby part of a valve group comprising a second electrically activatable directional valve; the second electrically activatable directional control valve of the valve group forms a drain valve and is designed as a 2/2-way valve in such a way that it connects the brake working space of the at least one cylinder in its activated state connected to the tank or in its non-activated state disconnects the respective connection; at least when the brake valve is activated, a main non-return valve with flow direction to the at least one actuating cylinder is effective in the line arrangement between the motor-pump unit and the brake working space of the at least one actuating cylinder . a hydraulic actuating element controlled by the operating pressure prevailing in the brake working space of the at least one actuating cylinder is assigned to the brake valve in such a way that the brake valve assumes its activated state at an operating pressure prevailing above a predetermined threshold value; the brake valve is thereby part of a valve group comprising a second electrically activatable directional valve; the second electrically activatable directional control valve of the valve group forms a drain valve and is designed as a 2/2-way valve in such a way that it connects the brake working space of the at least one cylinder in its activated state connected to the tank or in its non-activated state disconnects the respective connection; at least when the brake valve is activated, a main non-return valve with flow direction to the at least one actuating cylinder is effective in the line arrangement between the motor-pump unit and the brake working space of the at least one actuating cylinder .
A vehicular differential device comprising: a differential case ; a ring gear ; and a welded portion positioned on an abutting surface where the differential case and the ring gear are in contact with each other, the welded portion being configured to join the differential case and the ring gear for integral rotation of the differential case and the ring gear around a rotation axis (C1) of the vehicular differential device and the welded portion including a plurality of welding surfaces positioned at predetermined intervals along a circumferential direction around the rotation axis; the vehicular differential device being characterised in that : at least one of the differential case and the ring gear has a plurality of recessed portions formed in the abutting surface where the differential case and the ring gear do not abut against each other along the circumferential direction around the rotation axis (C1); and the welding surface is positioned on the entire abutting surface between the differential case and the ring gear other than the recessed portion . a differential case ; a ring gear ; and a welded portion positioned on an abutting surface where the differential case and the ring gear are in contact with each other, the welded portion being configured to join the differential case and the ring gear for integral rotation of the differential case and the ring gear around a rotation axis (C1) of the vehicular differential device and the welded portion including a plurality of welding surfaces positioned at predetermined intervals along a circumferential direction around the rotation axis; the vehicular differential device being characterised in that : at least one of the differential case and the ring gear has a plurality of recessed portions formed in the abutting surface where the differential case and the ring gear do not abut against each other along the circumferential direction around the rotation axis (C1); and the welding surface is positioned on the entire abutting surface between the differential case and the ring gear other than the recessed portion . at least one of the differential case and the ring gear has a plurality of recessed portions formed in the abutting surface where the differential case and the ring gear do not abut against each other along the circumferential direction around the rotation axis (C1); and the welding surface is positioned on the entire abutting surface between the differential case and the ring gear other than the recessed portion .
A method for controlling a transmission power of a terminal performing a device to device, D2D, discovery in a wireless communication system, the method comprising: receiving, by the terminal, information on D2D discovery resources for transmitting a discovery signal and power control information corresponding to the D2D discovery resources from a base station, the information on the D2D discovery resources including a number of repetitive transmission for each D2D resource pool; identifying a maximum transmission power based on a discovery range class of the terminal; identifying a first transmission power based on the power control information; comparing the maximum transmission power with the identified first transmission power; and determining the transmission power as a minimum transmission power value of the maximum transmission power and the identified first transmission power; identifying a resource for the discovery signal based on a predefined pattern and the number of repetitive transmission; and transmitting the discovery signal based on the determined transmission power and identified resource, wherein the first transmission power is identified by an equation of 10 ∗ log 10 (M)+P 0 +α ∗ PL, M being the number of resource blocks of the identified resource, P 0 being a cell-specific value, and a being a value associated with path-loss PL. receiving, by the terminal, information on D2D discovery resources for transmitting a discovery signal and power control information corresponding to the D2D discovery resources from a base station, the information on the D2D discovery resources including a number of repetitive transmission for each D2D resource pool; identifying a maximum transmission power based on a discovery range class of the terminal; identifying a first transmission power based on the power control information; comparing the maximum transmission power with the identified first transmission power; and determining the transmission power as a minimum transmission power value of the maximum transmission power and the identified first transmission power; identifying a resource for the discovery signal based on a predefined pattern and the number of repetitive transmission; and transmitting the discovery signal based on the determined transmission power and identified resource, wherein the first transmission power is identified by an equation of 10 ∗ log 10 (M)+P 0 +α ∗ PL, M being the number of resource blocks of the identified resource, P 0 being a cell-specific value, and a being a value associated with path-loss PL.
A levelling device for positioning of a medical device in relation to a patient comprising a tube having fluid communication between a first end and a second end , wherein the first end is configured for connection to the medical device and the second end is configured for connection to the said patient , a control unit connected to a sensor , wherein the sensor is configured to transmit sensor data to the control unit which is indicative of a pressure difference between the first and second end of the tube , wherein - the tube is sealed to prevent liquid or gaseous communication with the external environment; - the inner volume of the tube is filled with a liquid; and - the sensor comprises two separate absolute pressure sensors, one being in pressure sensing connection with said liquid in the tube at the first end and the other being in pressure sensing connection with said liquid in the tube at the second end , characterised in that the levelling device further comprises an actuator connected to the control unit , wherein the actuator is configured to connect to the medical device and to arrange a position (d) of the medical device along a vertical direction in relation to the patient in dependence on said pressure difference. a tube having fluid communication between a first end and a second end , wherein the first end is configured for connection to the medical device and the second end is configured for connection to the said patient , a control unit connected to a sensor , wherein the sensor is configured to transmit sensor data to the control unit which is indicative of a pressure difference between the first and second end of the tube , wherein - the tube is sealed to prevent liquid or gaseous communication with the external environment; - the inner volume of the tube is filled with a liquid; and - the sensor comprises two separate absolute pressure sensors, one being in pressure sensing connection with said liquid in the tube at the first end and the other being in pressure sensing connection with said liquid in the tube at the second end , - the tube is sealed to prevent liquid or gaseous communication with the external environment; - the inner volume of the tube is filled with a liquid; and - the sensor comprises two separate absolute pressure sensors, one being in pressure sensing connection with said liquid in the tube at the first end and the other being in pressure sensing connection with said liquid in the tube at the second end ,
A method of determining prognosis of prostate cancer in a subject comprising measuring the amount of megakaryocytes in a blood sample from the subject.
Door-lock for household appliances, comprising: - a housing having an opening for the insertion of a hook carried by the door of the appliance, - a cam rotatable relative to the housing about a first axis (A) between a retaining position and a release position, wherein in the retaining position the cam is adapted to lock said hook in a closed-door position, - a locking pin cooperating with a locking element for locking said cam in said retaining position and movable between a locking position and an unlocking position, and - an actuator for moving the locking pin between said locking position and said unlocking position, said locking pin is articulated to the housing about an axis (E) and oscillates about said axis (E) between said locking position and said unlocking position wherein said locking element is a locking wheel rotatable relative to the housing about an axis (G) parallel to the articulation axis (E) of said locking pin , characterized in that said actuator is a linear actuator having a shaft movable along a linear direction (L) and carrying a connecting element connected to the locking pin through a lever . - a housing having an opening for the insertion of a hook carried by the door of the appliance, - a cam rotatable relative to the housing about a first axis (A) between a retaining position and a release position, wherein in the retaining position the cam is adapted to lock said hook in a closed-door position, - a locking pin cooperating with a locking element for locking said cam in said retaining position and movable between a locking position and an unlocking position, and - an actuator for moving the locking pin between said locking position and said unlocking position, said locking pin is articulated to the housing about an axis (E) and oscillates about said axis (E) between said locking position and said unlocking position wherein said locking element is a locking wheel rotatable relative to the housing about an axis (G) parallel to the articulation axis (E) of said locking pin , characterized in that said actuator is a linear actuator having a shaft movable along a linear direction (L) and carrying a connecting element connected to the locking pin through a lever . said locking pin is articulated to the housing about an axis (E) and oscillates about said axis (E) between said locking position and said unlocking position wherein said locking element is a locking wheel rotatable relative to the housing about an axis (G) parallel to the articulation axis (E) of said locking pin , characterized in that said actuator is a linear actuator having a shaft movable along a linear direction (L) and carrying a connecting element connected to the locking pin through a lever .