mhurhangee/ep-ind-claims huggingface dataset:
A connector, comprising: a plurality of contacts; and a housing holding the contacts, the housing comprising: a body portion, and a flat plate-shaped fitting portion projecting from the body portion, the fitting portion to fit with a mating connector, wherein the fitting portion comprises a first main surface and a second main surface opposite to each other and a pair of side surfaces (18, 19) connecting between the first main surface and the second main surface, wherein each contact has a contact portion disposed on the first main surface, the fitting portion is provided with a metal cover portion, and the metal cover portion is integrally formed with the housing and extends along a periphery of the fitting portion to cover the second main surface, the pair of side surfaces (18, 19), and a front end surface of the fitting portion. a plurality of contacts; and a housing holding the contacts, the housing comprising: a body portion, and a flat plate-shaped fitting portion projecting from the body portion, the fitting portion to fit with a mating connector, a body portion, and a flat plate-shaped fitting portion projecting from the body portion, the fitting portion to fit with a mating connector, wherein the fitting portion comprises a first main surface and a second main surface opposite to each other and a pair of side surfaces (18, 19) connecting between the first main surface and the second main surface, wherein each contact has a contact portion disposed on the first main surface, the fitting portion is provided with a metal cover portion, and the metal cover portion is integrally formed with the housing and extends along a periphery of the fitting portion to cover the second main surface, the pair of side surfaces (18, 19), and a front end surface of the fitting portion.
An article of footwear comprising: an upper member at least partially defining a foot-receiving chamber; a sole structure engaged with the upper member, wherein the sole structure includes an exterior outsole surface and an impact-attenuating member located between the outsole surface and the foot-receiving chamber, wherein a major surface of the impact-attenuating member has an opening or recess defined therein; a housing provided in the opening or recess accessible from the footwear interior chamber, wherein the housing defines a receptacle and the receptacle has an opening for removably receiving an electronic module facing the foot-receiving chamber, wherein the electronic module is configured to measure at least one physical or physiological parameter associated with use of the article of footwear; a system for securing the electronic module with the housing, the system including a retaining member configured to extend into a recess, opening, or groove defined in the electronic module so as provide secured engagement of the electronic module with the housing; and a release tool for releasing the electronic module from the secured engagement with the housing. an upper member at least partially defining a foot-receiving chamber; a sole structure engaged with the upper member, wherein the sole structure includes an exterior outsole surface and an impact-attenuating member located between the outsole surface and the foot-receiving chamber, wherein a major surface of the impact-attenuating member has an opening or recess defined therein; a housing provided in the opening or recess accessible from the footwear interior chamber, wherein the housing defines a receptacle and the receptacle has an opening for removably receiving an electronic module facing the foot-receiving chamber, wherein the electronic module is configured to measure at least one physical or physiological parameter associated with use of the article of footwear; a system for securing the electronic module with the housing, the system including a retaining member configured to extend into a recess, opening, or groove defined in the electronic module so as provide secured engagement of the electronic module with the housing; and a release tool for releasing the electronic module from the secured engagement with the housing.
An apparatus for applying a liquid substance, the apparatus comprising: (a) a trocar; (b) a container portion, wherein the container portion comprises: (i) a capsule, wherein the capsule comprises a liquid substance, and (ii) a valve operable to control the flow of a medium through the container portion, wherein the container portion is operable to rupture the capsule to release the liquid substance from the capsule; (c) a cannula member disposed within the trocar; (d) a cannulated shaft disposed within the cannula member and in fluid communication with the container portion, wherein the cannulated shaft is dimensioned to extend percutaneously into a patient; and (e) a swab portion, wherein the swab portion is in fluid communication with the cannulated shaft, wherein the swab portion is operable to apply the liquid substance. (a) a trocar; (b) a container portion, wherein the container portion comprises: (i) a capsule, wherein the capsule comprises a liquid substance, and (ii) a valve operable to control the flow of a medium through the container portion, wherein the container portion is operable to rupture the capsule to release the liquid substance from the capsule; (i) a capsule, wherein the capsule comprises a liquid substance, and (ii) a valve operable to control the flow of a medium through the container portion, (c) a cannula member disposed within the trocar; (d) a cannulated shaft disposed within the cannula member and in fluid communication with the container portion, wherein the cannulated shaft is dimensioned to extend percutaneously into a patient; and (e) a swab portion, wherein the swab portion is in fluid communication with the cannulated shaft, wherein the swab portion is operable to apply the liquid substance.
A patient-specific navigation guide for use in spinal surgery comprising a first and a second guide member, both integral with a supporting frame and extending along a respective longitudinal development axis (2a, 3a) from a proximal opening (2p, 3p) to a distal opening (2d, 3d) for guiding surgical instruments on a first vertebra of a patient; contact members (14, 15, 16) designed to match with a corresponding plurality of contact areas (101, 102, 103) on a first and on a second vertebra of the patient in order to define a single coupling configuration of the patient-specific navigation guide on the patient's vertebrae (100, 200), wherein said first and second guide members are substantially opposite with respect to a median plane orthogonal to a straight line joining said longitudinal axes (2a, 3a) of said first and second guide members, characterized in that said guide comprises a third guide member adapted to abut on a second vertebra which is adjacent and consecutive to the first vertebra, in such a way that there are only three guide members in total; said third guide member being integral with said supporting frame through a plate connected to said first or to said second guide member; said plate extends from said supporting frame in a caudal direction, considering the guide in use configuration.
A bending vibration type sound transmitter, comprising: a plurality of vibrating bodies (1A-1F) performing resonant vibration; and two lids (3, 4), wherein each of said vibrating bodies is quadrangular-shaped, wherein said plurality of vibrating bodies form a column by joining long-sides thereof to each other, wherein said column is fastened between said two lids by nipping two short-sides of each vibrating bodies in said two lids, characterised in that each of said vibrating bodies (1A-1F) includes a driving transducer vibrating by applying an electric signal and at least one resonating vibrator driven by said driving transducer, wherein each of said resonating vibrating bodies is tabular and includes a concave portion in which said driving transducer is arranged, and wher ein each of said two lids includes a protruding portion for fitting in said column. a plurality of vibrating bodies (1A-1F) performing resonant vibration; and two lids (3, 4), wherein each of said vibrating bodies is quadrangular-shaped, wherein said plurality of vibrating bodies form a column by joining long-sides thereof to each other, wherein said column is fastened between said two lids by nipping two short-sides of each vibrating bodies in said two lids, characterised in that each of said vibrating bodies (1A-1F) includes a driving transducer vibrating by applying an electric signal and at least one resonating vibrator driven by said driving transducer, wherein each of said resonating vibrating bodies is tabular and includes a concave portion in which said driving transducer is arranged, and wher ein each of said two lids includes a protruding portion for fitting in said column.
A method for selecting a function on a touchscreen comprising at least one element for providing the function arranged to be executed in response to activating said element, in which method a cursor comprising a handle part and a pointing part is arranged on the screen and said handle part of the cursor is substantially arranged at a point on the screen indicated by a user by a pointing means such that said pointing part resides on the screen substantially at a different point than the indicated point, characterized in that a threshold value is arranged to be stored in an operational connection with the touchscreen for the distance between the point indicated on the screen and the previous location of the cursor, the method comprising: comparing the point indicated on the screen and the previous location of the cursor, and activating a predetermined operation mode in response to the relation between said threshold value and the distance between the point indicated on the screen and the previous location of the cursor.
Liquid crystal display device comprising a front substrate and a back substrate which extend parallel to and at a distance from the front substrate, front and back substrates being joined together by means of a sealing frame which delimits a sealed enclosure for the confinement of a liquid crystal, the liquid crystal display device comprising at least a first electrode structured on a lower face of the front substrate, and at least a second electrode, the optical properties of the liquid crystal being modified by application of an appropriate electric voltage at the cross point of the considered first and second electrode (12, 16), the at least first electrode and the at least second electrode being made of a transparent electric conductor material and being extended towards the exterior of the liquid crystal display device by a first, respectively a second electrically conductive path (20, 24) structured on the lower face of the front substrate and which extend close to an edge of the front substrate or up to this edge, at least a third electrode defining a capacitive touch zone being structured on an upper face of the front substrate, said third electrode being made of a transparent electrically conductive material and being extended by a third electrically conductive path which extend close to or up to the edge of the front substrate and which makes it possible to connect the third electrode to an external control device, at least a protective layer or a polariser being fixed onto the upper face of the front substrate and covering the third electrode, characterized in that the liquid crystal display device comprises connecting pins arranged on the edge of the front substrate, one of these connecting pins being in electric contact with the third electrically conductive path to connect the latter with the external control device, other electrical pins being in electric contact with the first, respectively the second electrically conductive path (20, 24), making it possible to connect the first and the second electrode (12, 16) to the external control device or to a distinct external control device, the liquid crystal display device being also characterized in that the second electrode is structured on an upper face of the back substrate and opposed to the first electrode.
A camera module comprising: a circuit board on which an image sensor is disposed, a lens unit disposed in front of a sensor surface of the image sensor, a housing accommodating the lens unit and the image sensor, a shield can on an outer surface of the housing, a gyro sensor disposed on the circuit board to detect movement, wherein the circuit board comprises a first circuit board on which the image sensor is disposed, and a second circuit board on which the gyro sensor is disposed, wherein the shield can includes a support bracket extending from an inner surface of the shield can, the support bracket including a guide groove in which the second circuit board is disposed, and wherein the first circuit board is disposed to extend in a first axis direction, and the second circuit board is disposed to extend in a direction parallel to the optical axis direction while perpendicular to the first axis, and wherein the gyro sensor is disposed between the second circuit board and the housing. a circuit board on which an image sensor is disposed, a lens unit disposed in front of a sensor surface of the image sensor, a housing accommodating the lens unit and the image sensor, a shield can on an outer surface of the housing, a gyro sensor disposed on the circuit board to detect movement, wherein the circuit board comprises a first circuit board on which the image sensor is disposed, and a second circuit board on which the gyro sensor is disposed, wherein the shield can includes a support bracket extending from an inner surface of the shield can, the support bracket including a guide groove in which the second circuit board is disposed, and wherein the first circuit board is disposed to extend in a first axis direction, and the second circuit board is disposed to extend in a direction parallel to the optical axis direction while perpendicular to the first axis, and wherein the gyro sensor is disposed between the second circuit board and the housing.
An operating device for an illuminant with a power factor correction circuit, comprising - an input connection for receiving an input voltage (Vin), - an inductor coupled to the input connection, - a controllable switch means coupled with the inductor, in order to selectively charge or discharge the inductor by closing and opening the switch means, - an output connection for outputting an output voltage (Vout), and - a control unit for controlling the switch means, wherein the control unit is designed such that depending on an output voltage (Vout) it determines a switch-on time (Ton) for switching the switch means on and controls the switch means selectively according to at least one first operating mode and a second operating mode, wherein the control unit is designed such that it determines the switch-on time (Ton) for the switch means on the basis of a comparison of a target switch-on time determined depending on the output voltage with a minimum switch-on time (Ton min) and selectively controls the switch means depending on the duration of the determined switch-on time (Ton) according to the first operating mode or the second operating mode, and wherein the control unit is designed such that in the first operating mode it switches on the switch means for the duration of the minimum switch-on time (Ton min), then switches off the switch means and only switches the switch means back on again after expiration of a wait time (Twait) for detecting a lowering of a current (lL) through the inductor to a specific current-limit when discharging the inductor, characterized in that the control unit is designed such that it determines a difference between the target switch-on time and the minimum switch-on time (Ton min) and determines the wait time (Twait) depending on the difference. - an input connection for receiving an input voltage (Vin), - an inductor coupled to the input connection, - a controllable switch means coupled with the inductor, in order to selectively charge or discharge the inductor by closing and opening the switch means, - an output connection for outputting an output voltage (Vout), and - a control unit for controlling the switch means, wherein the control unit is designed such that depending on an output voltage (Vout) it determines a switch-on time (Ton) for switching the switch means on and controls the switch means selectively according to at least one first operating mode and a second operating mode, wherein the control unit is designed such that it determines the switch-on time (Ton) for the switch means on the basis of a comparison of a target switch-on time determined depending on the output voltage with a minimum switch-on time (Ton min) and selectively controls the switch means depending on the duration of the determined switch-on time (Ton) according to the first operating mode or the second operating mode, and
A method of producing a relief image or mold from a liquid photopolymer resin, said method comprising the steps of: a) placing an image film onto an exposure glass of an exposure unit; b) placing a coverfilm onto the image film and applying a vacuum between the coverfilm and the exposure glass to tightly pull the coverfilm and the image film onto the exposure glass; c) placing a sheet of substrate material onto a bottom glass of the exposure unit and temporarily adhering the sheet of substrate material to the bottom glass, preferably wherein the substrate material is coated with an adhesive layer on one side of the substrate material such that the adhesive coating is situated on the side of the substrate material furthest from the bottom glass; d) casting photopolymer resin onto the substrate material and laminating a flexible polyester sheet on top of the photopolymer resin, preferably wherein the flexible polyester sheet is coated on one side with a layer of adhesive such that the adhesive coating is situated on the side of the flexible polyester sheet adjacent to the photopolymer resin; and e) exposing the photopolymer resin through the image film to selectively crosslink and cure the photopolymer resin and form a cured relief image or mold, wherein the photopolymer resin is under-exposed such that a height of the cured relief image or mold is less than the height of the cast photopolymer resin and the relief image or mold comprises a raised relief pattern that has rounded edges at the point where a top surface of the raised relief pattern meets a sidewall of the raised relief pattern. a) placing an image film onto an exposure glass of an exposure unit; b) placing a coverfilm onto the image film and applying a vacuum between the coverfilm and the exposure glass to tightly pull the coverfilm and the image film onto the exposure glass; c) placing a sheet of substrate material onto a bottom glass of the exposure unit and temporarily adhering the sheet of substrate material to the bottom glass, preferably wherein the substrate material is coated with an adhesive layer on one side of the substrate material such that the adhesive coating is situated on the side of the substrate material furthest from the bottom glass; d) casting photopolymer resin onto the substrate material and laminating a flexible polyester sheet on top of the photopolymer resin, preferably wherein the flexible polyester sheet is coated on one side with a layer of adhesive such that the adhesive coating is situated on the side of the flexible polyester sheet adjacent to the photopolymer resin; and e) exposing the photopolymer resin through the image film to selectively crosslink and cure the photopolymer resin and form a cured relief image or mold, wherein the photopolymer resin is under-exposed such that a height of the cured relief image or mold is less than the height of the cast photopolymer resin and the relief image or mold comprises a raised relief pattern that has rounded edges at the point where a top surface of the raised relief pattern meets a sidewall of the raised relief pattern.
An LED component comprising; - a plurality of electrically connected LEDs, at least a portion of said plurality having a peak wavelength emission between 200 nm and 500 nm, - an encapsulant material comprising a photo luminescent material and a base material, said encapsulant material at least partially encapsulating said plurality of LEDs, - wherein the LED component has a first light output spectrum with at least a first output peak in the wavelength range from 600 to 800 nm, said first output peak having a full width at half maximum of at least 50 nm, and a second light output peak corresponding to said portion of the plurality of LEDs, and - wherein the second light output peak having a peak wavelength emission between 200 nm and 500 nm is obtained with at least two emissive LEDs having emissive output wavelength peaks at least 5 nm apart from each other, characterized in that - the LEDs are arranged in a plastic leaded chip carrier comprising a cavity in which an anode, a cathode and a heat sink are located, wherein the LEDs are bonded to the heat sink and positioned from each other at a distance amounting to at least the LED's own width, and wherein the LEDs are not centrally aligned. - a plurality of electrically connected LEDs, at least a portion of said plurality having a peak wavelength emission between 200 nm and 500 nm, - an encapsulant material comprising a photo luminescent material and a base material, said encapsulant material at least partially encapsulating said plurality of LEDs, - wherein the LED component has a first light output spectrum with at least a first output peak in the wavelength range from 600 to 800 nm, said first output peak having a full width at half maximum of at least 50 nm, and a second light output peak corresponding to said portion of the plurality of LEDs, and - wherein the second light output peak having a peak wavelength emission between 200 nm and 500 nm is obtained with at least two emissive LEDs having emissive output wavelength peaks at least 5 nm apart from each other, - the LEDs are arranged in a plastic leaded chip carrier comprising a cavity in which an anode, a cathode and a heat sink are located, wherein the LEDs are bonded to the heat sink and positioned from each other at a distance amounting to at least the LED's own width, and wherein the LEDs are not centrally aligned.
Method for producing a piston for an internal combustion engine from a piston upper part and a piston lower part, comprising the following steps: a) provision of the piston upper part, preferably of steel, and of the piston lower part, preferably of steel, in a friction welding device, wherein the piston upper part has a piston head with a combustion cavity, and wherein the piston lower part has two mutually opposite skirt elements (7a, 7b) connected to one another via two mutually opposite pin bosses (8a, 8b), b) provision of a deflecting device, configured to deflect at least one weld bead arising during the friction welding, on or in the friction welding device, c) joining of piston upper part and piston lower part to one another by means of friction welding. a) provision of the piston upper part, preferably of steel, and of the piston lower part, preferably of steel, in a friction welding device, wherein the piston upper part has a piston head with a combustion cavity, and wherein the piston lower part has two mutually opposite skirt elements (7a, 7b) connected to one another via two mutually opposite pin bosses (8a, 8b), b) provision of a deflecting device, configured to deflect at least one weld bead arising during the friction welding, on or in the friction welding device, c) joining of piston upper part and piston lower part to one another by means of friction welding.