mhurhangee/ep-ind-claims huggingface dataset:
A hose comprising: a main body portion that defines a lumen extending therethrough and includes an outer surface, wherein the hose defines a hose axis, at least a first axially extending protrusion extending outwardly from the main body portion, at least a first axially extending slot defined in the outer surface of the main body portion, wherein a portion of the first axially extending protrusion is securable in a portion of the first axially extending slot, a second axially extending protrusion extending outwardly from the main body portion and a second axially extending slot defined in the outer surface of the main body portion, wherein the second axially extending protrusion is positioned at a first angle from the first axially extending protrusion, and wherein the second axially extending slot is positioned at a second angle from the first axially extending slot, and wherein the second axially extending slot is defined between and delimited by the first and second axially extending protrusions. a main body portion that defines a lumen extending therethrough and includes an outer surface, wherein the hose defines a hose axis, at least a first axially extending protrusion extending outwardly from the main body portion, at least a first axially extending slot defined in the outer surface of the main body portion, wherein a portion of the first axially extending protrusion is securable in a portion of the first axially extending slot, a second axially extending protrusion extending outwardly from the main body portion and a second axially extending slot defined in the outer surface of the main body portion, wherein the second axially extending protrusion is positioned at a first angle from the first axially extending protrusion, and wherein the second axially extending slot is positioned at a second angle from the first axially extending slot, and wherein the second axially extending slot is defined between and delimited by the first and second axially extending protrusions.
A manufacturing process of a hot-stamped coated part comprising the following successive steps, in this order: - providing a hot-rolled or cold-rolled steel sheet comprising a steel substrate and an aluminium-silicon alloy precoating, said precoating containing more than 50 % of free aluminium, as related to the total aluminium in the precoating, and having a thickness selected to enable alloying with said steel substrate, then - cutting said steel sheet to obtain a precoated steel blank, then - heating said blank under a non-protective atmosphere up to a temperature T i near the melting temperature of said precoating, said temperature T i being comprised between T e- 10°C and T e, where T e is the eutectic or solidus temperature of said precoating, then - heating said blank from said temperature T i up to an austenitization temperature T m of said steel substrate, said temperature T m being comprised between 840 and 950°C, under a non-protective atmosphere at a heating rate V comprised between 30°C/s and 90°C/s, V being the heating rate between said temperature T i and said temperature T m in order to obtain a coated heated blank, then - soaking said coated heated blank at said temperature T m for a time t m comprised between 20s and 90s, then - hot-stamping said blank in order to obtain a hot-stamped coated part, then - cooling said stamped part at a cooling rate in order to form a microstructure in said steel substrate comprising at least one constituent chosen among martensite or bainite. - providing a hot-rolled or cold-rolled steel sheet comprising a steel substrate and an aluminium-silicon alloy precoating, said precoating containing more than 50 % of free aluminium, as related to the total aluminium in the precoating, and having a thickness selected to enable alloying with said steel substrate, then - cutting said steel sheet to obtain a precoated steel blank, then - heating said blank under a non-protective atmosphere up to a temperature T i near the melting temperature of said precoating, said temperature T i being comprised between T e- 10°C and T e, where T e is the eutectic or solidus temperature of said precoating, then - heating said blank from said temperature T i up to an austenitization temperature T m of said steel substrate, said temperature T m being comprised between 840 and 950°C, under a non-protective atmosphere at a heating rate V comprised between 30°C/s and 90°C/s, V being the heating rate between said temperature T i and said temperature T m in order to obtain a coated heated blank, then - soaking said coated heated blank at said temperature T m for a time t m comprised between 20s and 90s, then - hot-stamping said blank in order to obtain a hot-stamped coated part, then - cooling said stamped part at a cooling rate in order to form a microstructure in said steel substrate comprising at least one constituent chosen among martensite or bainite.
Device for testing the chronometric precision of a watch movement, or a watch, wherein said device includes at least one receptacle arranged to hold, up to a given acceleration threshold, at least one movement or one watch, and includes manoeuvring means arranged to manoeuvre each said receptacle in space, arranged to impose on each said receptacle an overall cycle that includes at least one cycle with a predefined trajectory under the control of control means including a clock or connected to an external time base, said predefined cycle including passing through standard chronometric test positions, characterized in that said device includes rate sensing means for recording the rate parameters of each movement, or respectively watch, placed in a said receptacle, and said device includes fine control means and analysis means interfaced with said control means and said rate sensing means, and arranged to evaluate the chronometric precision of each said movement or respectively of each said watch, in a kinematic and/or dynamic cycle applied to each said receptacle, during a motion of said receptacle wherein the centre of inertia of said movement, or respectively of said watch, has a variable position, during an angular motion of said receptacle wherein the centre of inertia of said movement, or respectively of said watch, has a fixed position, during a stabilisation phase once the centre of inertia of said movement, or respectively of said watch, has reached a fixed position and after its linear and angular speed vectors and its acceleration reach zero, and during which stabilisation phase the rate is variable, and during a stop phase wherein the centre of inertia of said movement or respectively of said watch is in a fixed position and wherein the linear and angular speed vectors and acceleration are all zero, and in which stop phase the rate is stable, and in that said fine control means include a sequencer, which is arranged to control the changes of chronometric test position of said movement, or respectively of said watch, in a multi-position sequence, after each measurement per position, and to start another multi-position sequence as soon as the preceding sequence finishes and which observes the predefined total duration of one cycle of several successive multi-position sequences, said sequencer also being arranged to manage the durations of rate stabilisation (Ts), the durations of measurement per position (Tp), and the durations of multi-position sequence intervals (Ti) defining a basic interval in which a chronometric test is performed in each of the predefined chronometric positions.
A process for the separation and purification of magnesium lactate from a fermentation broth obtained from a fermentation process of an organic waste feedstock, comprising the steps of: (a) providing a clarified fermentation broth from which insoluble impurities have been removed comprising magnesium lactate in a soluble form being the result of a fermentation process, the fermentation broth being at a temperature of about 45 °C to about 75 °C; (b) concentrating the clarified broth from step (a) to a concentration of about 150 g/L to about 220 g/L of lactate; (c) performing at least one cooling crystallization of the concentrated clarified broth from step (b) to obtain magnesium lactate crystals, wherein the cooling rate of the at least one cooling crystallization is in the range of about 10 to about 0.5 °C/h; and (d) collecting the magnesium lactate crystals obtained. (a) providing a clarified fermentation broth from which insoluble impurities have been removed comprising magnesium lactate in a soluble form being the result of a fermentation process, the fermentation broth being at a temperature of about 45 °C to about 75 °C; (b) concentrating the clarified broth from step (a) to a concentration of about 150 g/L to about 220 g/L of lactate; (c) performing at least one cooling crystallization of the concentrated clarified broth from step (b) to obtain magnesium lactate crystals, wherein the cooling rate of the at least one cooling crystallization is in the range of about 10 to about 0.5 °C/h; and (d) collecting the magnesium lactate crystals obtained.
A computer-implemented method comprising: detecting, by a microprocessor of a computing device, a message from a sender to a recipient, the message including a reference to external content in the form of a link (210, 310) or an attachment; accessing a first user model comprising interest information about interests of the sender; accessing a second user model comprising interest information about interests of the recipient; identifying, based on the first and second user models, interest content from the external content as relevant to an interest that is common between the sender and the recipient; generating a summarized content (312, 320) from the external content and based on the interest content and containing only a subset of information in the external content; generating, based on the summarized content (312, 320), a quick link (314, 322) that brings a reader directly to a portion of the external content; and modifying the message to include the summarized content (312, 320) and the quick link (314, 322) in the message. detecting, by a microprocessor of a computing device, a message from a sender to a recipient, the message including a reference to external content in the form of a link (210, 310) or an attachment; accessing a first user model comprising interest information about interests of the sender; accessing a second user model comprising interest information about interests of the recipient; identifying, based on the first and second user models, interest content from the external content as relevant to an interest that is common between the sender and the recipient; generating a summarized content (312, 320) from the external content and based on the interest content and containing only a subset of information in the external content; generating, based on the summarized content (312, 320), a quick link (314, 322) that brings a reader directly to a portion of the external content; and modifying the message to include the summarized content (312, 320) and the quick link (314, 322) in the message.
A system comprising: an image processor configured to desaturate a visible color image of tissue within a surgical site into a desaturated image, the visible color image being a reflected white light image captured in a visible electro-magnetic spectrum by an endoscopic camera; acquire a first enhanced image of the tissue within the surgical site, the first enhanced image captured by the endoscopic camera in response to illuminating the tissue with non-visible electromagnetic radiation; color the enhanced image with a first visible color to form a first enhanced color image; combine the first enhanced color image and the desaturated image for display on a display device. desaturate a visible color image of tissue within a surgical site into a desaturated image, the visible color image being a reflected white light image captured in a visible electro-magnetic spectrum by an endoscopic camera; acquire a first enhanced image of the tissue within the surgical site, the first enhanced image captured by the endoscopic camera in response to illuminating the tissue with non-visible electromagnetic radiation; color the enhanced image with a first visible color to form a first enhanced color image; combine the first enhanced color image and the desaturated image for display on a display device.
A container system, comprising: a container having a cover; and a container integration device having a first member and a second member, wherein the second member is coupled to the first member characterised in that the second member is configured to receive therein the container, the first member being movable with respect to the second member between an open configuration and a closed configuration; wherein the first member has a lock device configured to cooperate with the cover to lock the first member with the second member in the closed configuration; and wherein the lock device of the first member comprises at least one flange, wherein the at least one flange is disposed below a bottom tray of the cover to lock the first member with the second member in the closed configuration. a container having a cover; and a container integration device having a first member and a second member, wherein the second member is coupled to the first member characterised in that the second member is configured to receive therein the container, the first member being movable with respect to the second member between an open configuration and a closed configuration; wherein the first member has a lock device configured to cooperate with the cover to lock the first member with the second member in the closed configuration; and wherein the lock device of the first member comprises at least one flange, wherein the at least one flange is disposed below a bottom tray of the cover to lock the first member with the second member in the closed configuration.
A modem comprising: a buffer; an active status controller configured to determine that the modem is active based on a number of packets obtained from a network; a prediction controller configured to predict that the number of packets obtained are indicative of a workload type based on a trained model; and a latency value generator configured to generate a latency value based on the workload type of the number of packets, the latency value configured to cause a processor processing the number of packets to enter a power saving state or a power executing state, wherein the latency value indicates an amount of time the modem can buffer packets received from the network before there is no space remaining in the buffer for buffering. a buffer; an active status controller configured to determine that the modem is active based on a number of packets obtained from a network; a prediction controller configured to predict that the number of packets obtained are indicative of a workload type based on a trained model; and a latency value generator configured to generate a latency value based on the workload type of the number of packets, the latency value configured to cause a processor processing the number of packets to enter a power saving state or a power executing state, wherein the latency value indicates an amount of time the modem can buffer packets received from the network before there is no space remaining in the buffer for buffering.
Sealed and thermally insulated tank arranged in a bearing structure to contain a cold fluid, in which the wall of the tank comprises in succession a primary sealing membrane intended to be in contact with the fluid, a primary insulating barrier, a secondary sealing membrane and a secondary insulating barrier arranged between the secondary sealing membrane and the bearing structure, in which the secondary insulating barrier comprises a first set of lagging elements which are juxtaposed to form a first layer, one lagging element of the first layer comprising a box structure filled with an insulating packing, the insulating packing essentially consisting of a material chosen from the group consisting of mineral wools, organic wools, low-density polymer foams and aerogels, characterized in that the secondary insulating barrier further comprises a second set of lagging elements which are juxtaposed to form a second layer situated between the first layer and the bearing structure, one lagging element of the second layer comprising each time a block of high-density polymer foam.
Voice-controlled data system comprising - a data storage unit comprising media files having associated file identification data, - a vocabulary generating unit for generating phonetic data corresponding to the file identification data, the phonetic data being supplied to a speech recognition unit as a recognition vocabulary, whereas one of the media files is selected according to a recognized speech control command on the basis of the generated phonetic data, wherein the file identification data are contained in a header of a media file and comprise a language identification part for identifying the language of the file identification data, and wherein the vocabulary generating unit is for generating the phonetic data for the file identification data of a media file based on its language identification part. - a data storage unit comprising media files having associated file identification data, - a vocabulary generating unit for generating phonetic data corresponding to the file identification data, the phonetic data being supplied to a speech recognition unit as a recognition vocabulary, whereas one of the media files is selected according to a recognized speech control command on the basis of the generated phonetic data, wherein the file identification data are contained in a header of a media file and comprise a language identification part for identifying the language of the file identification data, and wherein the vocabulary generating unit is for generating the phonetic data for the file identification data of a media file based on its language identification part.
Method for the secure transmission of a new key (nK) from a key location to a cryptography module which comprises, for this purpose, a key memory which can be written to and, in addition, a further key memory for a private key (KM prv), the method having the following steps: - a device number for the cryptography module and a key pair comprising a private key and a public key (KM pvr KM pub) are generated in a secure environment for an asymmetrical encryption method, the private key (KM prv) is transmitted to the cryptography module and the public key (KM pub) is stored exclusively in a database secured against unauthorized access under the device number; - the key location reads a first data record, which contains the device number and is signed using the private key (KM prv), from the cryptography module and transmits it to the secure database; - the secure database determines the public key (KM pub) with the aid of the device number, uses said key to check the signature of the data record containing the device number and sends the public key (KM pub) back to the key location; - the key location generates a setting data record, which contains the new key (nK) and is encrypted using the public key (KM pub) of the cryptography module, and sends this setting data record to the cryptography module; - the cryptography module decrypts the setting data record, checks the redundancy contained therein and sets the new key (nK). - a device number for the cryptography module and a key pair comprising a private key and a public key (KM pvr KM pub) are generated in a secure environment for an asymmetrical encryption method, the private key (KM prv) is transmitted to the cryptography module and the public key (KM pub) is stored exclusively in a database secured against unauthorized access under the device number; - the key location reads a first data record, which contains the device number and is signed using the private key (KM prv), from the cryptography module and transmits it to the secure database; - the secure database determines the public key (KM pub) with the aid of the device number, uses said key to check the signature of the data record containing the device number and sends the public key (KM pub) back to the key location; - the key location generates a setting data record, which contains the new key (nK) and is encrypted using the public key (KM pub) of the cryptography module, and sends this setting data record to the cryptography module; - the cryptography module decrypts the setting data record, checks the redundancy contained therein and sets the new key (nK).
A horizontal gas-liquid separator for an air conditioner, comprising: a housing defining a cavity, the cavity has a gas outlet formed in a top of the cavity and a liquid outlet formed in a bottom of the cavity, a minimum distance between the gas outlet and a left sidewall of the cavity being denoted by L1, and a minimum distance between the liquid outlet and the left sidewall of the cavity being denoted by L2; and a refrigerant inlet pipe located on a left sidewall of the housing and having an end extending into the cavity and facing a right sidewall of the cavity, a distance between an end face of the end of the refrigerant inlet pipe and the left sidewall being denoted by L3, and the L3 being greater than or equal to the L1, the L3 being greater than or equal to the L2, the horizontal gas-liquid separator further comprising a partition plate disposed in the cavity, the partition plate being located on a right side of the gas outlet to divide the cavity into a plurality of sub-cavities arranged in a left-right direction, and the partition plate defining a penetrating hole communicating two adjacent sub-cavities. a housing defining a cavity, the cavity has a gas outlet formed in a top of the cavity and a liquid outlet formed in a bottom of the cavity, a minimum distance between the gas outlet and a left sidewall of the cavity being denoted by L1, and a minimum distance between the liquid outlet and the left sidewall of the cavity being denoted by L2; and a refrigerant inlet pipe located on a left sidewall of the housing and having an end extending into the cavity and facing a right sidewall of the cavity, a distance between an end face of the end of the refrigerant inlet pipe and the left sidewall being denoted by L3, and the L3 being greater than or equal to the L1, the L3 being greater than or equal to the L2, the horizontal gas-liquid separator further comprising a partition plate disposed in the cavity, the partition plate being located on a right side of the gas outlet to divide the cavity into a plurality of sub-cavities arranged in a left-right direction, and the partition plate defining a penetrating hole communicating two adjacent sub-cavities.
An anchoring for a motorcyclist protection system, comprising a flat bar consisting of three substantially straight sections (T1, T2, T3) and two bends made in the same direction, the first bend defining a first inner angle β1 between the first and the second section and the second bend defining a second inner angle β2 between the second and the third section, a first section being intended to be fixed to a post of a vehicle restraint system, the third section being intended to be coupled with a motorcyclist protection barrier, wherein the planes containing the first and the third section form an angle α of 20° ± 5° and the sum of the inner angles β1 and β2 is 200° ± 5°.