mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for intraoral scanning, the apparatus comprising: an elongate handheld wand comprising a probe at a distal end of the elongate handheld wand ; one or more light projectors , each light projector comprising: at least one light source configured to generate light when activated; and a pattern generating optical element , wherein the pattern generating optical element is configured to generate a pattern of light when the light is transmitted through the pattern generating optical element , and two or more cameras , each of the two or more cameras comprising a camera sensor and one or more lenses, wherein each of the two or more cameras is configured to capture a plurality of images that depict at least a portion of the projected pattern of light on an intraoral surface, wherein each camera is configured to focus at an object focal plane that is located between about 1 mm and about 30 mm from a lens of the one or more lenses that is farthest from the camera sensor . an elongate handheld wand comprising a probe at a distal end of the elongate handheld wand ; one or more light projectors , each light projector comprising: at least one light source configured to generate light when activated; and a pattern generating optical element , wherein the pattern generating optical element is configured to generate a pattern of light when the light is transmitted through the pattern generating optical element , and two or more cameras , each of the two or more cameras comprising a camera sensor and one or more lenses, wherein each of the two or more cameras is configured to capture a plurality of images that depict at least a portion of the projected pattern of light on an intraoral surface, wherein each camera is configured to focus at an object focal plane that is located between about 1 mm and about 30 mm from a lens of the one or more lenses that is farthest from the camera sensor . at least one light source configured to generate light when activated; and a pattern generating optical element , wherein the pattern generating optical element is configured to generate a pattern of light when the light is transmitted through the pattern generating optical element , and two or more cameras , each of the two or more cameras comprising a camera sensor and one or more lenses, wherein each of the two or more cameras is configured to capture a plurality of images that depict at least a portion of the projected pattern of light on an intraoral surface, wherein each camera is configured to focus at an object focal plane that is located between about 1 mm and about 30 mm from a lens of the one or more lenses that is farthest from the camera sensor .
An electrolyte for a lithium secondary battery comprising: a lithium salt comprising LiPF 6 ; a solvent component; and an additive comprising a following compound, wherein R 1 , R 2 and R 3 are each independently hydrogen, an alkyl group having 1 to 20 carbon atoms, a cycloalkyl group having 3 to 20 carbon atoms, an aryl group having 6 to 30 carbon atoms, or an arylalkyl group having 6 to 30 carbon atoms. a lithium salt comprising LiPF 6 ; a solvent component; and an additive comprising a following compound, wherein R 1 , R 2 and R 3 are each independently hydrogen, an alkyl group having 1 to 20 carbon atoms, a cycloalkyl group having 3 to 20 carbon atoms, an aryl group having 6 to 30 carbon atoms, or an arylalkyl group having 6 to 30 carbon atoms.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; and a first plate and a second plate disposed on one side and the other side of the battery cell stack, respectively, to discharge heat generated by the plurality of battery cells externally, wherein the plurality of battery cells include a receiving portion for accommodating an electrode assembly and an electrolyte, and a sealing portion, partially disposed on an outer periphery of the receiving portion, each of the plurality of battery cells includes a first surface on which the sealing portion is not disposed and a second surface disposed on the opposite side of the first surface on which the sealing portion is disposed, and the battery cell stack is provided, by alternately stacking, at least one first battery cell of which the first surface faces the first plate, and at least one second battery cell of which the second surface faces the second plate. a battery cell stack in which a plurality of battery cells are stacked; and a first plate and a second plate disposed on one side and the other side of the battery cell stack, respectively, to discharge heat generated by the plurality of battery cells externally, wherein the plurality of battery cells include a receiving portion for accommodating an electrode assembly and an electrolyte, and a sealing portion, partially disposed on an outer periphery of the receiving portion, each of the plurality of battery cells includes a first surface on which the sealing portion is not disposed and a second surface disposed on the opposite side of the first surface on which the sealing portion is disposed, and the battery cell stack is provided, by alternately stacking, at least one first battery cell of which the first surface faces the first plate, and at least one second battery cell of which the second surface faces the second plate.
A brewing assembly for a refrigerator appliance , the brewing assembly comprising: a dispensing assembly for selectively dispensing a flow of water; a pitcher configured to removably be positioned within the refrigerator appliance and being fluidly coupled to the dispensing assembly ; an upper reservoir positioned within the pitcher for receiving the flow of water from the dispensing assembly ; a brew module positioned within the pitcher below the upper reservoir and comprising a plurality of canisters for receiving brewing contents and the flow of water from the upper reservoir to create a brewed beverage; a lower reservoir positioned below the brew module for receiving the brewed beverage from the plurality of canisters ; and a plurality of water dispensing valves fluidly coupled to the upper reservoir , each of the plurality of water dispensing valves being positioned over one of the canisters to regulate the flow of water into each of the canisters ; wherein the upper reservoir is periodically filled by the dispensing assembly and then selectively dispenses a flow of water into the brew module , wherein the upper reservoir comprises a plurality of drip passages which fluidly connect upper storage volume and brew module .
A semi-solid composition, comprising: a biodegradable polyorthoester, bupivacaine, and meloxicam, wherein the polyorthoester is represented by Formula I: where: R* is a methyl, ethyl, propyl or butyl, n is the number of repeating units and is an integer ranging from 5 to 400, and A in each subunit is R 1 or R 3 , where R 1 is where p and q are each independently integers ranging from about 1 to 20, each R 5 is independently hydrogen or C 1-4 alkyl; and R 6 is: where s is an integer from 0 to 10; t is an integer from 2 to 30; and R 7 is hydrogen or C 1-4 alkyl; and R 3 is: where x is an integer ranging from 1 to 100; y is an integer in a range from 2 to 30; and R 8 is hydrogen or C 1-4 alkyl.
A die-casting machine comprising a first fixed vertical plane supporting a fixed half-die, a second fixed vertical plane longitudinally spaced apart from the first fixed plane , a movable vertical plane carrying a movable half-die, placed between the fixed planes and horizontally translatable on command towards the first fixed plane for coupling the fixed half-die and the movable half-die, and at least one horizontal column , wherein each horizontal column extends longitudinally along a respective column axis (X) between a first end , secured to the first fixed plane , and a second end (10",110"), secured to the second fixed plane , and slidably supporting the movable plane , wherein, at said first end , the horizontal column has a shaped section for the connection with the first fixed plane , comprising a plurality of circumferential ribs , projecting radially and axially spaced apart, interspersed with grooves ; wherein, for each column , the die-casting machine comprises a connecting device adapted to be for rigidly coupled to the shaped section of the column , forming an abutment that opposes the extraction of the column from the first fixed plane , said connecting device comprising a shell rigidly coupled with shape coupling to the shaped section of the column ; said die-casting machine being characterized in that the shell consists of two half-shells , each in the form of a hollow half-cylinder, coupled together by means of a plurality of tangential screws ; wherein each groove of the shaped section has a substantially trapezoidal profile ; wherein said profile has a first side consisting of a truncated cone surface coaxial with the column axis (X), a groove bottom consisting of a cylindrical surface coaxial with the column axis (X) and a second side consisting of a further truncated cone surface coaxial with the column axis (X), so that said sides converge towards the column axis (X); wherein each side of the profile is inclined with respect to the direction transverse to the column axis (X) by an angle (α) between 6 and 16 degrees, preferably between 8 and 14 degrees, for example equal to 10 degrees.
inspection system for visually inspecting objects, in particular the surface of objects, during their transport along a transport path, the system comprising a free space (28 → 29) allowing the objects to pass through the system and including an inspection area (A) in which the objects are inspected visually, an illumination device for illuminating at least the peripheral surface of an object in the inspection area, and a plurality of camera/sensor devices (10a-10f), each of them being configured to take an image of a surface section of said peripheral surface in its respective field of view by receiving light running along a respective light path from the illuminated object to the camera/sensor device, the fields of view of the camera/sensor devices in combination providing for full peripheral coverage of azimuth angle 360° of the inspection area, wherein the length of at least one of the light paths is longer than the spatial distance between its ends (S, E). characterized in that the camera/sensor device and a mirror attributed to the respective camera/sensor device are arranged such that, in operation of the system, light from the surface reaches the respective camera/sensor device by running along a first portion of the respective light path with a major path direction component being in particular radial within a reference plane being the plane (T × W) of the azimuth angle followed by a second portion with major path component along a reference axis normal to said reference plane, wherein a ratio by which the path length of one of the first and second portions is larger than the other is lower than 2. a free space (28 → 29) allowing the objects to pass through the system and including an inspection area (A) in which the objects are inspected visually, an illumination device for illuminating at least the peripheral surface of an object in the inspection area, and a plurality of camera/sensor devices (10a-10f), each of them being configured to take an image of a surface section of said peripheral surface in its respective field of view by receiving light running along a respective light path from the illuminated object to the camera/sensor device, the fields of view of the camera/sensor devices in combination providing for full peripheral coverage of azimuth angle 360° of the inspection area, wherein the length of at least one of the light paths is longer than the spatial distance between its ends (S, E). characterized in that the camera/sensor device and a mirror attributed to the respective camera/sensor device are arranged such that, in operation of the system, light from the surface reaches the respective camera/sensor device by running along a first portion of the respective light path with a major path direction component being in particular radial within a reference plane being the plane (T × W) of the azimuth angle followed by a second portion with major path component along a reference axis normal to said reference plane, wherein a ratio by which the path length of one of the first and second portions is larger than the other is lower than 2.
A headphone comprising: a speaker casing including a main speaker unit , a sub-speaker unit and a support member that supports the main speaker unit and the sub-speaker unit ; and a headband that is connected to the speaker casing and is to be placed on a head of a user, characterized in that the support member supports the main speaker unit with a main plane of the main speaker unit being positioned at an angle (α) ranging from 10° to 30° inclusive with respect to a main plane of the support member , so that the main plane of the main speaker unit faces an ear lobe of the user when the headphone is worn, the support member supports the sub-speaker unit with a main plane of the sub-speaker unit being positioned at an angle (γ) ranging from 30° to 50° inclusive with respect to the main plane of the support member , and the support member is a baffle plate on which the main speaker unit is mounted. a speaker casing including a main speaker unit , a sub-speaker unit and a support member that supports the main speaker unit and the sub-speaker unit ; and a headband that is connected to the speaker casing and is to be placed on a head of a user, characterized in that the support member supports the main speaker unit with a main plane of the main speaker unit being positioned at an angle (α) ranging from 10° to 30° inclusive with respect to a main plane of the support member , so that the main plane of the main speaker unit faces an ear lobe of the user when the headphone is worn, the support member supports the sub-speaker unit with a main plane of the sub-speaker unit being positioned at an angle (γ) ranging from 30° to 50° inclusive with respect to the main plane of the support member , and the support member is a baffle plate on which the main speaker unit is mounted.
A mask system for treating a patient for sleep disordered breathing, comprising: a mask adapted to seal against a patient's face thereby forming a breathing cavity for positive pressure treatment; and headgear to support the mask in position on the patient's face during treatment, the headgear comprising a knitted textile formed of a unitary structure that is fully-fashioned to shape in one unitary piece, without being cut from a sheet of material, wherein the knitted textile has an inner layer (463-2) and an outer layer (461-2), and wherein the inner or outer layer is formed to include a slit or gap (470-2) and a rigid or semi-rigid element (472-2) is inserted through the slit or gap to provide rigidity to the headgear. a mask adapted to seal against a patient's face thereby forming a breathing cavity for positive pressure treatment; and headgear to support the mask in position on the patient's face during treatment, the headgear comprising a knitted textile formed of a unitary structure that is fully-fashioned to shape in one unitary piece, without being cut from a sheet of material, wherein the knitted textile has an inner layer (463-2) and an outer layer (461-2), and wherein the inner or outer layer is formed to include a slit or gap (470-2) and a rigid or semi-rigid element (472-2) is inserted through the slit or gap to provide rigidity to the headgear.
Method for authenticating a driver in a motor vehicle , with a recognition device arranged in the motor vehicle for detecting actual data of the driver inside the motor vehicle , which are transmitted during authentication to a checking device arranged in an external station outside the motor vehicle , wherein the checking device compares the actual data with nominal data and, if the actual data matches the nominal data , an enable signal is sent from the external station to the motor vehicle , thereby enabling the driver to start the motor vehicle , wherein a second checking device is provided inside the motor vehicle , which receives the nominal data from the external station , wherein the nominal data of the checking device of the external station are transmitted at regular intervals to the second checking device , wherein the second checking device is provided separately from the recognition device .
A method of selecting a session management, SM, entity for serving a wireless communication device, WCD, in a core network that comprises an access management entity serving the WCD and an anchor SM entity that controls a first user plane entity that handles a data session associated with the WCD in a first domain, and a second SM entity for controlling a second user plane entity in a second domain of the core network ; the method is performed by the access management entity and characterised by : - selecting , based on WCD information indicating properties of the WCD and based on SM domain information at least indicating the user plane entities that are controlled by the first SM entity and the second SM entity respectively, the second SM entity as an additional intermediate SM entity to control a user plane entity in the second domain for handling the data session in the second domain; - sending , towards the second SM entity , a session request message requesting the second SM entity to act as the additional intermediate SM entity by allocating resources for handling the data session in the second domain; - receiving , in response to the session request message, a session response message indicating that the second SM entity has accepted to act as the additional intermediate SM entity. - selecting , based on WCD information indicating properties of the WCD and based on SM domain information at least indicating the user plane entities that are controlled by the first SM entity and the second SM entity respectively, the second SM entity as an additional intermediate SM entity to control a user plane entity in the second domain for handling the data session in the second domain; - sending , towards the second SM entity , a session request message requesting the second SM entity to act as the additional intermediate SM entity by allocating resources for handling the data session in the second domain; - receiving , in response to the session request message, a session response message indicating that the second SM entity has accepted to act as the additional intermediate SM entity.
A system for surgical robotic guidance, comprising: a robotic system having a robot configured to pass to a target through a port , the robotic system including a detachable endoscope employed in guiding the robot along a path to a location, the location being defined in accordance with a position and orientation of the robot , wherein the system is configured to store feedback from the robot when the location is reached, the stored feedback enabling to re-obtain the location using the robot ; and characterized in that the system further comprises an ultrasonic probe which can replace the endoscope , wherein, upon having employed the endoscope in guiding the robot to the location and upon a subsequent replacement of the endoscope with the ultrasonic probe , the ultrasonic probe is guided automatically by the robot along the path to the location based on the stored feedback of the robot to permit engagement of the ultrasonic probe to collect ultrasonic images at the location, such that visual images and ultrasonic images are taken at different times but at the same location. a robotic system having a robot configured to pass to a target through a port , the robotic system including a detachable endoscope employed in guiding the robot along a path to a location, the location being defined in accordance with a position and orientation of the robot , wherein the system is configured to store feedback from the robot when the location is reached, the stored feedback enabling to re-obtain the location using the robot ; and characterized in that the system further comprises an ultrasonic probe which can replace the endoscope , wherein, upon having employed the endoscope in guiding the robot to the location and upon a subsequent replacement of the endoscope with the ultrasonic probe , the ultrasonic probe is guided automatically by the robot along the path to the location based on the stored feedback of the robot to permit engagement of the ultrasonic probe to collect ultrasonic images at the location, such that visual images and ultrasonic images are taken at different times but at the same location.
A display apparatus comprising: a light-emitting diode, LED, module including a first LED having a first driving voltage and a second LED having a second driving voltage that is smaller than the first driving voltage; a common anode node configured to connect an anode of the first LED to an anode of the second LED ; and a power controller configured to supply the first driving voltage to the first LED and the second driving voltage to the second LED through the common anode node , wherein the power controller is configured to apply the first driving voltage to the common anode node and a cathode of the first LED , and the second driving voltage to the common anode node and a cathode of the second LED ; characterised in that : the power controller is configured to apply a common positive potential to the common anode node , wherein the power controller is configured to apply a first ground potential to the cathode of the first LED , and a second ground potential to the cathode of the second LED , wherein the first ground potential is different from the second ground potential. a light-emitting diode, LED, module including a first LED having a first driving voltage and a second LED having a second driving voltage that is smaller than the first driving voltage; a common anode node configured to connect an anode of the first LED to an anode of the second LED ; and a power controller configured to supply the first driving voltage to the first LED and the second driving voltage to the second LED through the common anode node , wherein the power controller is configured to apply the first driving voltage to the common anode node and a cathode of the first LED , and the second driving voltage to the common anode node and a cathode of the second LED ; characterised in that : the power controller is configured to apply a common positive potential to the common anode node , wherein the power controller is configured to apply a first ground potential to the cathode of the first LED , and a second ground potential to the cathode of the second LED , wherein the first ground potential is different from the second ground potential. the power controller is configured to apply a common positive potential to the common anode node , wherein the power controller is configured to apply a first ground potential to the cathode of the first LED , and a second ground potential to the cathode of the second LED , wherein the first ground potential is different from the second ground potential.