mhurhangee/ep-ind-claims huggingface dataset:
A liquid supply mechanism (20, 20', 30, 30') comprising: a lower cover having a liquid outlet; an upper cover (202, 202') connected to the lower cover, a chamber being formed between the lower cover and the upper cover (202, 202'), the chamber communicating with the liquid outlet, the upper cover (202, 202') having an axial hole (2020, 2020'); a plunger movably disposed in the chamber, the plunger having an axial rod, the axial rod being inserted into the axial hole (2020, 2020'); a driving unit (206, 306) disposed in the chamber, the driving unit (206, 306) driving the plunger to move; and characterized by the liquid supply mechanism (20, 20', 30, 30') further comprising: a plurality of damping members disposed on the axial rod, wherein a number of the damping members abutting against an inner wall of the axial hole (2020, 2020') changes in response to a height of the plunger. a lower cover having a liquid outlet; an upper cover (202, 202') connected to the lower cover, a chamber being formed between the lower cover and the upper cover (202, 202'), the chamber communicating with the liquid outlet, the upper cover (202, 202') having an axial hole (2020, 2020'); a plunger movably disposed in the chamber, the plunger having an axial rod, the axial rod being inserted into the axial hole (2020, 2020'); a driving unit (206, 306) disposed in the chamber, the driving unit (206, 306) driving the plunger to move; and characterized by the liquid supply mechanism (20, 20', 30, 30') further comprising: a plurality of damping members disposed on the axial rod, wherein a number of the damping members abutting against an inner wall of the axial hole (2020, 2020') changes in response to a height of the plunger.
A method of dynamic adaptive streaming over HTTP, by a client device from a server device, media data, in which the server device receives live media data in a communication session that may be unreliable and may result in loss of at least some media data, the method comprising: receiving data (112, 122) for a first period of media content and a second period of the media content; characterized in that wherein the data for the first period indicates that at least some media data of the first period is not available and a duration from the first period within which no media data is available, and wherein the data for the second period indicates available media data for the second period; and based on the data for the first period and the second period, omitting requests, within the duration of the first period, for media data of the first period that the data for the first period indicates is not available and sending one or more requests for the media data of the second period. receiving data (112, 122) for a first period of media content and a second period of the media content; characterized in that wherein the data for the first period indicates that at least some media data of the first period is not available and a duration from the first period within which no media data is available, and wherein the data for the second period indicates available media data for the second period; and based on the data for the first period and the second period, omitting requests, within the duration of the first period, for media data of the first period that the data for the first period indicates is not available and sending one or more requests for the media data of the second period.
An electrical well stimulation device, said device comprising a plurality of sections suitable for being joined end-to-end so as to form a tool comprising a first electrode formed by first electrodes of said sections and a second electrode formed by second electrodes of said sections, said second electrode being a peripheral electrode electrically insulated from said first electrode, said first electrode and second electrode of the tool forming, at one of the ends of said tool, a stimulation head, characterized in that one end of a body of a first section comprises a peripheral ring which is rotationally mobile and translationally immobile relative to said body of said first section, said peripheral ring comprising a threading suitable for cooperating with a threading of the second electrode of one end of a second section to join the second section to the first section, and in that: - the threading of the peripheral ring being an external threading, the second electrode of the first section comprises an extension between the peripheral ring and a termination of the end of said first section, or - the threading of the second electrode of the second section being an external threading, the second electrode of the second section comprises an extension between the threading and a termination of the end of said second section, the first section and/or the second section comprising means, called "electrical contact means", suitable for establishing an electrical contact between the second electrode of the first section and the second electrode of the second section in a zone of contact of the extension, when the second section is joined onto the first section, said zone of contact being a peripheral zone of the extension. - the threading of the peripheral ring being an external threading, the second electrode of the first section comprises an extension between the peripheral ring and a termination of the end of said first section, or - the threading of the second electrode of the second section being an external threading, the second electrode of the second section comprises an extension between the threading and a termination of the end of said second section,
A bypass control method for a generating unit, comprising the following steps: step 1: during the starting period of a generating unit provided with a bypass system, a boiler being firstly started by means of said bypass system in normal mode; wherein said bypass system comprises a first-side bypass valve group and a second-side bypass valve group that are respectively provided on the main steam pipe and/or the reheat steam pipe, which are connected with both sides of an outlet header of a super heater and/or reheater of said boiler; step 2: closing said second-side by-pass valve group and at the same time forcing said first bypass valve group to a wide open position, so that said steam that passes through said header is unilaterally discharged only from said first-side bypass valve group in an open state; step 3: after maintaining said first-side bypass valve group in an open state for a required time period, closing said first-side bypass valve group and at the same time opening said second-side bypass valve group, so that said steam that passes through said header is discharged only from said second-side bypass valve group in the open state; step 4: after maintaining said second-side bypass valve group in a starting state for a required time period, restoring a normal control state of said bypass system and being prepared to impulse start a turbine. step 1: during the starting period of a generating unit provided with a bypass system, a boiler being firstly started by means of said bypass system in normal mode; wherein said bypass system comprises a first-side bypass valve group and a second-side bypass valve group that are respectively provided on the main steam pipe and/or the reheat steam pipe, which are connected with both sides of an outlet header of a super heater and/or reheater of said boiler; step 2: closing said second-side by-pass valve group and at the same time forcing said first bypass valve group to a wide open position, so that said steam that passes through said header is unilaterally discharged only from said first-side bypass valve group in an open state; step 3: after maintaining said first-side bypass valve group in an open state for a required time period, closing said first-side bypass valve group and at the same time opening said second-side bypass valve group, so that said steam that passes through said header is discharged only from said second-side bypass valve group in the open state; step 4: after maintaining said second-side bypass valve group in a starting state for a required time period, restoring a normal control state of said bypass system and being prepared to impulse start a turbine.
A pressure guidewire comprising: - a shaft tube comprising: - a proximal section providing pushability to the pressure guidewire; - a middle section extending further relative to the proximal section; - a sensor housing extending further relative to the middle section; - a pressure sensor communication means routed to the sensor housing through the proximal section and the middle section; and - a tip pressure sensor embedded within the sensor housing and communicatively connected to the pressure sensor communication means; characterized in that the shaft tube comprises an inner hypotube installed substantially within the middle section, the outside diameter of said hypotube fitting the inside diameter of said shaft tube, and in that the middle section is cut according to a cut pattern thereby resulting in greater flexibility in the middle section than in the proximal section. - a shaft tube comprising: - a proximal section providing pushability to the pressure guidewire; - a middle section extending further relative to the proximal section; - a sensor housing extending further relative to the middle section; - a pressure sensor communication means routed to the sensor housing through the proximal section and the middle section; and - a tip pressure sensor embedded within the sensor housing and communicatively connected to the pressure sensor communication means; - a proximal section providing pushability to the pressure guidewire; - a middle section extending further relative to the proximal section; - a sensor housing extending further relative to the middle section; - a pressure sensor communication means routed to the sensor housing through the proximal section and the middle section; and - a tip pressure sensor embedded within the sensor housing and communicatively connected to the pressure sensor communication means; characterized in that the shaft tube comprises an inner hypotube installed substantially within the middle section, the outside diameter of said hypotube fitting the inside diameter of said shaft tube, and in that the middle section is cut according to a cut pattern thereby resulting in greater flexibility in the middle section than in the proximal section.
Method for operating a clutch transmission, in particular a twin clutch transmission, with a hydraulic circuit, which comprises at least one pump (7, 9) for the promotion of hydraulic medium and at least one pressure accumulator for the reception and provision of hydraulic medium being under pressure, wherein an electric motor is assigned to the pump (7, 9), said electric motor being operated depending on a charge requirement of the pressure accumulator, wherein for determining the charge requirement the pump (7, 9) is driven by the electric motor and the consequent power consumption of the electric motor is determined, characterised in that the hydraulic circuit comprises an actuating circuit, in particular high-pressure circuit, having the pressure accumulator, and a cooling circuit, in particular low-pressure circuit, wherein depending on the pressure of the pressure accumulator the hydraulic medium is conducted into the actuating circuit or into the cooling circuit, wherein depending on the power consumption it is determined whether the hydraulic medium is conducted into the actuating circuit or into the cooling circuit.
A telescopic pneumatic linear actuator for unwinders with movable arms, which comprises a first annular cylinder, provided with a respective cavity; a second annular cylinder, which can be inserted into and can slide within said cavity of said first annular cylinder and is provided with a respective cavity, and an annular piston, which can be inserted into and can slide within said cavity of said second annular cylinder, characterized in that said first and second annular cylinders (12, 20) and said annular piston are provided with respective holes (13, 21, 29) for the passage of a self-expanding spindle.
An operating device (11, 111) for an electric appliance comprising a plurality of display elements, a plurality of operating elements, and a translucent operating surface, with the display elements and operating elements disposed below said surface, for operation by applying a finger and/or by drawing an applied finger across, wherein the operating elements are flat capacitive sensor elements (20, 123) and together with the display elements have common accommodation housings (12, 112, 212), the sensor elements provided on the top surfaces facing the operating surface, wherein the display elements are arranged in through-holes (14, 16, 114, 116) in the accommodation housings, characterized in that the operating device (11, 111) has at least two different adjacent accommodation housings (12, 112, 212) selected from a group of two similar accommodation housings, wherein the group of similar accommodation housings is defined in that in each case exterior on both sides of the accommodation housings (12, 112, 212) small through-holes (14, 114) are provided, and between every two small through-holes (14, 114), there is either a large through-hole (16, 116) or a correspondingly large field (15, 115) provided, which is closed, wherein an accommodation housing (12, 112, 212) has a plurality of through-holes (14, 16, 114, 116) in and between a grid-type frame, respectively.
A bio imaging system, comprising: a light emitter array including a plurality of light emitters configured to irradiate light; a sensor array including a plurality of sensors configured to detect light scattered or reflected by internal tissue of a living body; and a stretchable substrate configured to support the plurality of light emitters and the plurality of sensors, wherein each sensor of the plurality of sensors includes a plurality of photo-detecting elements (220-n) stacked on each other as a stack of photo-detecting elements on the stretchable substrate, such that the plurality of sensors includes a plurality of stacks of photo-detecting elements, wherein, in each stack of the plurality of stacks, the plurality of photo-detecting elements of the stack have different absorption peak wavelengths in relation to each other, and wherein, the light emitter array and the sensor array are at different heights from the stretchable substrate, such that at least one light emitter of the plurality of light emitters at least partially overlaps at least two stacks of photo-detecting elements of the plurality of stacks of photo detecting elements in a direction perpendicular to the stretchable substrate. a light emitter array including a plurality of light emitters configured to irradiate light; a sensor array including a plurality of sensors configured to detect light scattered or reflected by internal tissue of a living body; and a stretchable substrate configured to support the plurality of light emitters and the plurality of sensors, wherein each sensor of the plurality of sensors includes a plurality of photo-detecting elements (220-n) stacked on each other as a stack of photo-detecting elements on the stretchable substrate, such that the plurality of sensors includes a plurality of stacks of photo-detecting elements, wherein, in each stack of the plurality of stacks, the plurality of photo-detecting elements of the stack have different absorption peak wavelengths in relation to each other, and wherein, the light emitter array and the sensor array are at different heights from the stretchable substrate, such that at least one light emitter of the plurality of light emitters at least partially overlaps at least two stacks of photo-detecting elements of the plurality of stacks of photo detecting elements in a direction perpendicular to the stretchable substrate.
A display device comprising: a display panel including a folding portion; a metal layer disposed on one surface of the display panel, and including a first metal layer and a second metal layer spaced apart from each other in the folding portion; a first adhesive layer disposed at edges of the first metal layer and the second metal layer; and a first compressible member disposed on the first metal layer and a second compressible member disposed on the second metal layer, the first and second compressible members (510, 520) being disposed closer to the folding portion than the first adhesive layer; a set bracket including a first portion and a second portion spaced apart from each other, the first portion of the set bracket being attached to the first metal layer through the first adhesive layer and the second portion of the set bracket being attached to the second metal layer through the first adhesive layer, wherein the first and second compressible members (510, 520) are configured to be compressed by the set bracket, the first and second compressible members (510, 520) compressed by the set bracket have a same thickness with the thickness of the first adhesive layer, and the first and second compressible members (510, 520) support the display panel. a display panel including a folding portion; a metal layer disposed on one surface of the display panel, and including a first metal layer and a second metal layer spaced apart from each other in the folding portion; a first adhesive layer disposed at edges of the first metal layer and the second metal layer; and a first compressible member disposed on the first metal layer and a second compressible member disposed on the second metal layer, the first and second compressible members (510, 520) being disposed closer to the folding portion than the first adhesive layer; a set bracket including a first portion and a second portion spaced apart from each other, the first portion of the set bracket being attached to the first metal layer through the first adhesive layer and the second portion of the set bracket being attached to the second metal layer through the first adhesive layer, wherein the first and second compressible members (510, 520) are configured to be compressed by the set bracket, the first and second compressible members (510, 520) compressed by the set bracket have a same thickness with the thickness of the first adhesive layer, and the first and second compressible members (510, 520) support the display panel.
Hairdressing appliance for shaping the hair comprising: - first and second jaws (2, 3) arranged opposite each other, - a first processing surface carried by the first jaw and a second processing surface carried by the second jaw, the surfaces (4, 5) being intended to grip a lock of hair, at least one of the surfaces (4, 5) being intended to be heated, - the jaws being connected so as to move from an open position to a closed position, - magnetic means (14, 18) for detecting the movement to open position and/or the movement to closed position - fluid vaporisation means, - a fluid tank in fluid communication with said vaporisation means, - means for adjusting the flow of this fluid, - a control unit to control the following means: the fluid flow adjustment means and the fluid vaporisation means, the control unit being programmed to receive from the magnetic detection means (14,18) a signal representing a movement, characterised in that the control unit is programmed to control, in response to the signal, the means for adjusting the flow of this fluid, so that upon detection of the signal representing a movement, the fluid flow towards the vaporisation means varies. - first and second jaws (2, 3) arranged opposite each other, - a first processing surface carried by the first jaw and a second processing surface carried by the second jaw, the surfaces (4, 5) being intended to grip a lock of hair, at least one of the surfaces (4, 5) being intended to be heated, - the jaws being connected so as to move from an open position to a closed position, - magnetic means (14, 18) for detecting the movement to open position and/or the movement to closed position - fluid vaporisation means, - a fluid tank in fluid communication with said vaporisation means, - means for adjusting the flow of this fluid, - a control unit to control the following means: the fluid flow adjustment means and the fluid vaporisation means, the control unit being programmed to receive from the magnetic detection means (14,18) a signal representing a movement, characterised in that the control unit is programmed to control, in response to the signal, the means for adjusting the flow of this fluid, so that upon detection of the signal representing a movement, the fluid flow towards the vaporisation means varies.
Method for cleaning and/or maintaining an automatic dishwashing machine, characterized in that in a normal cleaning cycle for items to be cleaned, in particular dirty dishes, a pre-portioned maintenance agent for automatic dishwashing machines, formulated separately from the dishwashing agent, is metered in with a machine dishwashing agent, the maintenance agent comprising i. an acid and/or ii. a buffer system of at least one acid and at least one base and iii. at least one non-ionic surfactant and wherein the maintenance agent comprises at least two different portions A and B, wherein portion B comprises an acid from i) and/or ii) and at least one nonionic surfactant from iii) and portion A comprises at least one nonionic surfactant from iii) and optionally at least one base from ii), whereby the maintenance agent is dosed into the interior of the automatic dishwasher at the start of the cleaning cycle, preferably before the automatic dishwashing detergent and where portion B is released into the wash liquor in the pre-wash step of the cleaning cycle and portion A is released into the wash liquor in the rinse cycle of the cleaning cycle. i. an acid and/or ii. a buffer system of at least one acid and at least one base and iii. at least one non-ionic surfactant and wherein the maintenance agent comprises at least two different portions A and B, wherein portion B comprises an acid from i) and/or ii) and at least one nonionic surfactant from iii) and portion A comprises at least one nonionic surfactant from iii) and optionally at least one base from ii), whereby the maintenance agent is dosed into the interior of the automatic dishwasher at the start of the cleaning cycle, preferably before the automatic dishwashing detergent and where portion B is released into the wash liquor in the pre-wash step of the cleaning cycle and portion A is released into the wash liquor in the rinse cycle of the cleaning cycle.